mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use in improving cognitive function or suppressing amyloid plaque formation in a subject with a neurological disorder, or for use in preventing or treating a mental disorder selected from the group consisting of anxiety disorders, post-traumatic stress disorder (PTSD), panic disorder, and depression, said composition comprising isolated vesicles derived from Lactobacillus paracasei as an active ingredient.
A gas turbine blade, comprising: a turbine blade having an outer surface extending between a leading edge and a trailing edge, the outer surface being divided according to surface sections (S1, S2, S3) arranged from the leading edge to the trailing edge; a plurality of film cooling holes formed in the outer surface, each film cooling hole including a cooling channel extending inside the turbine blade to guide cooling air toward the outer surface, and an outlet communicating with the cooling channel to discharge cooling air to the outer surface and wherein the outlet has one end communicating with the outer surface; and protrusions formed on an inside surface of the outlet of at least one film cooling hole disposed in exactly one surface section (S1, S2, S3) of the outer surface; characterized in that the protrusions of the at least one film cooling hole increase in height toward the one end communicating with the outer surface. a turbine blade having an outer surface extending between a leading edge and a trailing edge, the outer surface being divided according to surface sections (S1, S2, S3) arranged from the leading edge to the trailing edge; a plurality of film cooling holes formed in the outer surface, each film cooling hole including a cooling channel extending inside the turbine blade to guide cooling air toward the outer surface, and an outlet communicating with the cooling channel to discharge cooling air to the outer surface and wherein the outlet has one end communicating with the outer surface; and protrusions formed on an inside surface of the outlet of at least one film cooling hole disposed in exactly one surface section (S1, S2, S3) of the outer surface; characterized in that the protrusions of the at least one film cooling hole increase in height toward the one end communicating with the outer surface.
A circuit for compensating signal damping while transmitting transmission signals of a wireless mobile device, the circuit comprising: - a signal coupling device configured to receive radio transmission signals of a transmit antenna of the wireless mobile device and to couple the transmission signals into a high-frequency cable for cable-connected transmission of the transmission signals, - a settable signal level amplification device comprising at least one signal amplifier for amplifying the transmission signals with a signal amplification generated by the signal amplifier, - a setting device for setting a resulting signal amplification generated by said signal level amplification device, - a detector arrangement configured to detect whether a signal level of the transmission signals of the wireless mobile device reaches or exceeds a predefined upper limit value and whether the signal level reaches or undercuts a predefined lower limit value, wherein: a) said detector arrangement and said setting device are interconnected, b) if the upper limit value is reached or exceeded, said detector arrangement is configured to cause the setting device to reduce the resulting signal amplification generated by said signal level amplification device, and c) if the lower limit value is reached or undercut, said detector arrangement is configured to cause the setting device to reduce the resulting signal amplification generated by said signal level amplification device. - a signal coupling device configured to receive radio transmission signals of a transmit antenna of the wireless mobile device and to couple the transmission signals into a high-frequency cable for cable-connected transmission of the transmission signals, - a settable signal level amplification device comprising at least one signal amplifier for amplifying the transmission signals with a signal amplification generated by the signal amplifier, - a setting device for setting a resulting signal amplification generated by said signal level amplification device, - a detector arrangement configured to detect whether a signal level of the transmission signals of the wireless mobile device reaches or exceeds a predefined upper limit value and whether the signal level reaches or undercuts a predefined lower limit value, a) said detector arrangement and said setting device are interconnected, b) if the upper limit value is reached or exceeded, said detector arrangement is configured to cause the setting device to reduce the resulting signal amplification generated by said signal level amplification device, and c) if the lower limit value is reached or undercut, said detector arrangement is configured to cause the setting device to reduce the resulting signal amplification generated by said signal level amplification device.
A radio communication system comprising: a radio transmission device having an adaptive modulation function for changing a radio transmission capacity due to quality variations of radio transmission lines; and a MAC frame transmission device, for determining and controlling communication quality, wherein the MAC frame transmission device detects a current radio transmission capacity from a PAUSE frame forwarded from the radio transmission device, selects a Quality of Service, QoS, setting suited to the radio transmission capacity from among a plurality of QoS settings which are set in advance, and controls transmission of a local area network, LAN, signal to the radio transmission device from a user network based on the selected QoS setting, thus forwarding the LAN signal to the radio transmission device, and wherein the radio transmission device determines a modulation method by which data is to be modulated for transmission based on a reception power of a reception signal transmitted from a radio counterpart station, multiplexes the modulation method into the PAUSE frame, and outputs the PAUSE frame to the MAC frame transmission device while modulating the LAN signal forwarded from the MAC frame transmission device based on the modulation method, thus transmitting the LAN signal to the radio counterpart station. a radio transmission device having an adaptive modulation function for changing a radio transmission capacity due to quality variations of radio transmission lines; and a MAC frame transmission device, for determining and controlling communication quality, wherein the MAC frame transmission device detects a current radio transmission capacity from a PAUSE frame forwarded from the radio transmission device, selects a Quality of Service, QoS, setting suited to the radio transmission capacity from among a plurality of QoS settings which are set in advance, and controls transmission of a local area network, LAN, signal to the radio transmission device from a user network based on the selected QoS setting, thus forwarding the LAN signal to the radio transmission device, and wherein the radio transmission device determines a modulation method by which data is to be modulated for transmission based on a reception power of a reception signal transmitted from a radio counterpart station, multiplexes the modulation method into the PAUSE frame, and outputs the PAUSE frame to the MAC frame transmission device while modulating the LAN signal forwarded from the MAC frame transmission device based on the modulation method, thus transmitting the LAN signal to the radio counterpart station.
A latch comprising: a housing having a fishmouth, the fishmouth defining a length between an open top end of the fishmouth and a closed bottom end of the fishmouth, a ratchet, a pawl, and a striker, wherein the striker is received within the fishmouth; and wherein the ratchet and the pawl cooperate to selectively retain the striker in the fishmouth, the ratchet movable between a closed position wherein the striker is retained in the fishmouth and an open position wherein the striker is free to exit the fishmouth, the pawl movable between a locking position wherein the pawl keeps the ratchet in the closed position and an unlocked position wherein the pawl permits movement of the ratchet out of the closed position, the ratchet being biased to the open position and the pawl being biased to the locking position; and wherein the pawl includes a lower appendage that, as the pawl rotates from the normal unlocked position during closing of the latch, rotates into the path of the ratchet rotation which stops the ratchet rotation and blocks the ratchet from moving past the closed position, thereby retaining the striker in the closed position, the closed position being an intermediate position between the open top end and the closed bottom end of the fishmouth, wherein, after the ratchet is in the closed position, the ratchet is movable downwardly out of the closed position to an over travel position to allow the striker to move downwardly toward the closed bottom end of the fishmouth. a housing having a fishmouth, the fishmouth defining a length between an open top end of the fishmouth and a closed bottom end of the fishmouth, a ratchet, a pawl, and a striker, wherein the striker is received within the fishmouth; and wherein the ratchet and the pawl cooperate to selectively retain the striker in the fishmouth, the ratchet movable between a closed position wherein the striker is retained in the fishmouth and an open position wherein the striker is free to exit the fishmouth, the pawl movable between a locking position wherein the pawl keeps the ratchet in the closed position and an unlocked position wherein the pawl permits movement of the ratchet out of the closed position, the ratchet being biased to the open position and the pawl being biased to the locking position; and wherein the pawl includes a lower appendage that, as the pawl rotates from the normal unlocked position during closing of the latch, rotates into the path of the ratchet rotation which stops the ratchet rotation and blocks the ratchet from moving past the closed position, thereby retaining the striker in the closed position, the closed position being an intermediate position between the open top end and the closed bottom end of the fishmouth, wherein, after the ratchet is in the closed position, the ratchet is movable downwardly out of the closed position to an over travel position to allow the striker to move downwardly toward the closed bottom end of the fishmouth.
Computer-based design system for an electrical drive system, having: - a cam disc editor having a graphical user interface, wherein the graphical user interface is designed to set values of parameters of a motion profile of the electrical drive system on the basis of user inputs, - a limit value memory which is designed to store limit values of the motion profile, and - a limit value monitoring device which is designed to monitor whether a value of a parameter that is input by means of a user input causes one or more of the stored limit values to be violated by the resulting motion profile, and, if one or more of the stored limit values are violated by the resulting motion profile, to adjust the input value of the parameter to a value of the parameter such that none of the stored limit values is violated by the resulting motion profile, - wherein the design system is designed to visualize a motion profile performed by the drive system, and - wherein the design system is designed to visualize deviations of a motion profile projected by means of the design system from a motion profile performed by the drive system on the basis of the projected motion profile. - a cam disc editor having a graphical user interface, wherein the graphical user interface is designed to set values of parameters of a motion profile of the electrical drive system on the basis of user inputs, - a limit value memory which is designed to store limit values of the motion profile, and - a limit value monitoring device which is designed to monitor whether a value of a parameter that is input by means of a user input causes one or more of the stored limit values to be violated by the resulting motion profile, and, if one or more of the stored limit values are violated by the resulting motion profile, to adjust the input value of the parameter to a value of the parameter such that none of the stored limit values is violated by the resulting motion profile, - wherein the design system is designed to visualize a motion profile performed by the drive system, and - wherein the design system is designed to visualize deviations of a motion profile projected by means of the design system from a motion profile performed by the drive system on the basis of the projected motion profile.
A method for implementing a multimedia ring back tone filtering service in an IP Multimedia Subsystem, IMS, comprising: receiving, by a tone filtering application server, a call request originated by a calling terminal; determining, by the tone filtering application server, whether to filter a tone according to the call request; and filtering, by the tone filtering application server, the tone according to the decision; wherein the filtering, by the tone filtering application server, the tone according to the decision comprises: deleting, by the tone filtering application server, an offer2 from a 183 message, wherein the offer2 is early media SDP of the called Media Resource Server, MRS; sending, by the tone filtering application server, the 183 message to the calling terminal; receiving, by the tone filtering application server, a Prack message from the calling terminal; setting, by the tone filtering application server, the calling terminal port number in an answer2 to 0 indicating refusing to perform early tone media negotiation, wherein the answer2 is early callee tone media SDP; and sending, by the tone filtering application server, the Prack message that carries the answer2 to a tone application server. receiving, by a tone filtering application server, a call request originated by a calling terminal; determining, by the tone filtering application server, whether to filter a tone according to the call request; and filtering, by the tone filtering application server, the tone according to the decision; deleting, by the tone filtering application server, an offer2 from a 183 message, wherein the offer2 is early media SDP of the called Media Resource Server, MRS; sending, by the tone filtering application server, the 183 message to the calling terminal; receiving, by the tone filtering application server, a Prack message from the calling terminal; setting, by the tone filtering application server, the calling terminal port number in an answer2 to 0 indicating refusing to perform early tone media negotiation, wherein the answer2 is early callee tone media SDP; and sending, by the tone filtering application server, the Prack message that carries the answer2 to a tone application server.
A method of producing a molded decorative article comprising the steps of: (i) providing a hardcoat film comprising: a polymeric film substrate having a first side and a second side; a curable coating having a first side and a second side, wherein the first side of the curable coating is disposed on the second side of the polymeric film substrate; and a protective overlayer having a first side and a second side, wherein the first side of the protective overlayer is disposed on the second side of the curable coating; wherein at least the first side of the protective overlayer is textured; and wherein the texture of the first side of the protective overlayer is imparted to the second side of the curable coating; (ii) printing an image on the hardcoat film; (iii) removing the protective overlayer; (iv) curing the curable coating; (v) cutting the hardcoat film; (vi) injection molding a plastic part on the first side of the polymeric film substrate; wherein the method comprises a further step, after the printing step (ii), before the removing step (iii) and before the curing step (iv), of forming the hardcoat film into a three-dimensional pattern and using a die and/or heat and/or a vacuum to set and/or thermoset the hardcoat film into the three-dimensional pattern. (i) providing a hardcoat film comprising: a polymeric film substrate having a first side and a second side; a curable coating having a first side and a second side, wherein the first side of the curable coating is disposed on the second side of the polymeric film substrate; and a protective overlayer having a first side and a second side, wherein the first side of the protective overlayer is disposed on the second side of the curable coating; wherein at least the first side of the protective overlayer is textured; and wherein the texture of the first side of the protective overlayer is imparted to the second side of the curable coating; a polymeric film substrate having a first side and a second side; a curable coating having a first side and a second side, wherein the first side of the curable coating is disposed on the second side of the polymeric film substrate; and a protective overlayer having a first side and a second side, wherein the first side of the protective overlayer is disposed on the second side of the curable coating; wherein at least the first side of the protective overlayer is textured; and wherein the texture of the first side of the protective overlayer is imparted to the second side of the curable coating; (ii) printing an image on the hardcoat film; (iii) removing the protective overlayer; (iv) curing the curable coating; (v) cutting the hardcoat film; (vi) injection molding a plastic part on the first side of the polymeric film substrate;
An array substrate, comprising a plurality of thin film transistors arranged in an array, wherein each of the thin film transistors comprises an active layer, and the array substrate further comprises a light absorption layer provided above the active layer, the light absorption layer is adapted for absorbing light irradiated thereon, and an orthographic projection of the light absorption layer on the active layer at least partly covers an active region of the active layer, each of the thin film transistors comprises a gate electrode, a gate insulating layer, and a source-drain electrode connected to a respective pixel electrode of the array substrate, the array substrate further comprises a passivation layer for protecting the thin film transistor, the passivation layer being located on the thin film transistor, and a common electrode, the gate electrode, the gate insulating layer, the active layer, the source-drain electrode, the pixel electrode, the passivation layer, and the light absorption layer together with the common electrode are sequentially arranged in this order on a base substrate, and the passivation layer is directly on the pixel electrode, characterized in that the active layer is an oxide active layer, in that the light absorption layer is formed by performing ion injection on the passivation layer, and in that an ion used for ion injection is any one or more selected from the group consisting of a carbon ion, an iron ion, a nickel ion and a chromium ion. each of the thin film transistors comprises a gate electrode, a gate insulating layer, and a source-drain electrode connected to a respective pixel electrode of the array substrate, the array substrate further comprises a passivation layer for protecting the thin film transistor, the passivation layer being located on the thin film transistor, and a common electrode, the gate electrode, the gate insulating layer, the active layer, the source-drain electrode, the pixel electrode, the passivation layer, and the light absorption layer together with the common electrode are sequentially arranged in this order on a base substrate, and the passivation layer is directly on the pixel electrode, characterized in that the active layer is an oxide active layer, in that the light absorption layer is formed by performing ion injection on the passivation layer, and in that an ion used for ion injection is any one or more selected from the group consisting of a carbon ion, an iron ion, a nickel ion and a chromium ion.
Apparatus for separation and enrichment of helium-3 from a nuclear power plant cover gas comprising a mixture of helium-3 and helium-4, wherein the apparatus comprises a cover gas duct and at least two separator stages (S1, S2) arranged successively, wherein the cover gas duct is connected to a first separator stage of the at least two separator stages (S1, S2), characterized in that - the first separator stage is a gas chromatographic unit comprising at least one gas chromatographic column (C-01, C-02), wherein the apparatus comprises a carrier gas duct converging with the cover gas duct into a feed duct upstream of a first one of the at least one gas chromatographic column (C-01, C-02), and - the second separator stage is connected via an effluent duct to the upstream first separator stage and comprises at least one of a permeation membrane reactor and a distillation device. - the first separator stage is a gas chromatographic unit comprising at least one gas chromatographic column (C-01, C-02), wherein the apparatus comprises a carrier gas duct converging with the cover gas duct into a feed duct upstream of a first one of the at least one gas chromatographic column (C-01, C-02), and - the second separator stage is connected via an effluent duct to the upstream first separator stage and comprises at least one of a permeation membrane reactor and a distillation device.