mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a transmission section configured to transmit uplink control information using an uplink control channel; and a control section configured to control, based on information transmitted from a base station, application of intra-slot frequency hopping for the uplink control channel or inter-slot frequency hopping for the uplink control channel, characterized in that in the information transmitted from the base station, the application of intra-slot frequency hopping for the uplink control channel and the application of inter-slot frequency hopping for the uplink control channel are set separately, and when the intra-slot frequency hopping is enabled between a first part and a second part in a slot, the control section determines a number of symbols for the uplink control channel in the first part and the second part based on an integer value obtained by applying a floor function to half of the number of symbols for the uplink control channel per slot. a transmission section configured to transmit uplink control information using an uplink control channel; and a control section configured to control, based on information transmitted from a base station, application of intra-slot frequency hopping for the uplink control channel or inter-slot frequency hopping for the uplink control channel, characterized in that in the information transmitted from the base station, the application of intra-slot frequency hopping for the uplink control channel and the application of inter-slot frequency hopping for the uplink control channel are set separately, and when the intra-slot frequency hopping is enabled between a first part and a second part in a slot, the control section determines a number of symbols for the uplink control channel in the first part and the second part based on an integer value obtained by applying a floor function to half of the number of symbols for the uplink control channel per slot.
A Moringa peregrina seed extract, characterized in that it is obtained by solid-liquid extraction of the unshelled seed cake, with stirring, in a proportion of about 25% by weight of solid matter relative to the total weight used in a predominantly alcoholic solvent, the alcohol being chosen from ethanol or methanol optionally with a cosolvent such as a polyol or subcritical water, in a proportion of from 70% to 100% by weight of alcohol relative to the total weight of the solvent, at a temperature of between 16 and 30°C for a period of about 2 hours, and by separation of the liquid and solid phases so as to remove the solid phase and to recover a liquid extract of Moringa peregrina seed, said extract being rich in the compound 2,5-diformylfuran.
A rear portion of a ski mountaineering binding, wherein: it comprises a base which is fixable to a ski; it comprises a turret which is borne by the base and which is rotatable with respect to the base in order to assume a first position of the turret, wherein it is couplable to the heel of a ski boot, so that it is possible to ski downhill, and in order to assume a second position of the turret, wherein it is not couplable to the heel of a ski boot, so that it is possible to walk uphill; it comprises a brake for a ski which is fixable to the ski and which is able to assume a braked configuration, in which it brakes the ski, and a non-active configuration in which it is non-active; it comprises first elastic means which are arranged in order to exert a force which tends to bring the brake into the braked configuration; it comprises transmission means; it comprises a connecting element which engages on the transmission means and which connects the brake and the turret to one another; characterised in that it comprises recovery and release means which are configured: so as to recover a portion of connecting element when the turret is rotated into the second position of the turret, with the consequence that the brake is brought, by means of the connecting element, into the non-active configuration; so as to release the portion of connecting element which has been previously recovered when the turret is rotated into the first position of the turret, with the consequence that the brake can reach the braked configuration due to the action exerted by the first elastic means. it comprises a base which is fixable to a ski; it comprises a turret which is borne by the base and which is rotatable with respect to the base in order to assume a first position of the turret, wherein it is couplable to the heel of a ski boot, so that it is possible to ski downhill, and in order to assume a second position of the turret, wherein it is not couplable to the heel of a ski boot, so that it is possible to walk uphill; it comprises a brake for a ski which is fixable to the ski and which is able to assume a braked configuration, in which it brakes the ski, and a non-active configuration in which it is non-active; it comprises first elastic means which are arranged in order to exert a force which tends to bring the brake into the braked configuration; it comprises transmission means; it comprises a connecting element which engages on the transmission means and which connects the brake and the turret to one another; characterised in that it comprises recovery and release means which are configured: so as to recover a portion of connecting element when the turret is rotated into the second position of the turret, with the consequence that the brake is brought, by means of the connecting element, into the non-active configuration; so as to release the portion of connecting element which has been previously recovered when the turret is rotated into the first position of the turret, with the consequence that the brake can reach the braked configuration due to the action exerted by the first elastic means.
A data communications system for transmitting data over a three phase power system between a surface and a subsurface location, said data communications system comprising: a surface system module provided with a first power supply providing a first AC power signal and a second power supply providing a second AC power signal; a sub-surface system module providing a first powered module and a second powered module wherein the second powered module provides a data communications signal to the surface system module; a cable connection provided between the surface system module and the sub-surface system module to transmit the power signals to the sub-surface system module and data communication signal to the surface system module; and wherein the data communications signal transmitted to the surface system module provides an indication of power applied to the second powered module and a power signal is varied in response to the applied power. a surface system module provided with a first power supply providing a first AC power signal and a second power supply providing a second AC power signal; a sub-surface system module providing a first powered module and a second powered module wherein the second powered module provides a data communications signal to the surface system module; a cable connection provided between the surface system module and the sub-surface system module to transmit the power signals to the sub-surface system module and data communication signal to the surface system module; and
An absorbent article comprising: a) a first nonwoven material; b) a second nonwoven material; c) at least one bond area between the first nonwoven material and the second nonwoven material; and d) a polymeric filler composition disposed within the bond area, wherein the polymeric filler composition comprises: - one or more polymer(s) selected from the group consisting of polypropylene homopolymers, propylene-ethylene copolymers, and mixtures thereof; and - from 0 % to less than 5 % of a tackifier, by weight of the polymeric filler composition; and wherein the polymer filler composition has a Toughness of at least 25 MJ.m -3, wherein Toughness is measured according to the Extensional Test Method described herein a) a first nonwoven material; b) a second nonwoven material; c) at least one bond area between the first nonwoven material and the second nonwoven material; and d) a polymeric filler composition disposed within the bond area, wherein the polymeric filler composition comprises: - one or more polymer(s) selected from the group consisting of polypropylene homopolymers, propylene-ethylene copolymers, and mixtures thereof; and - from 0 % to less than 5 % of a tackifier, by weight of the polymeric filler composition; and wherein the polymer filler composition has a Toughness of at least 25 MJ.m -3, wherein Toughness is measured according to the Extensional Test Method described herein - one or more polymer(s) selected from the group consisting of polypropylene homopolymers, propylene-ethylene copolymers, and mixtures thereof; and - from 0 % to less than 5 % of a tackifier, by weight of the polymeric filler composition; and wherein the polymer filler composition has a Toughness of at least 25 MJ.m -3, wherein Toughness is measured according to the Extensional Test Method described herein
A method of phase modulating a carrier wave, the method comprising a step of creating a set of signals s h ( t) constituted by a wave of carrier frequency f c and of phase φ( t)= h φ 0 ( t) that is modulated in time t in such a manner that s h ( t)=cos(2π f c t + h φ 0 ( t)), where h is an integer and characterized in that φ 0 ( t)=2 arctan(( t - t 0)/ w 0), the modulation corresponding to a single phase pulse centered on a time t 0, and of positive characteristic duration w 0, and incrementing the phase of the signal s h ( t) by the quantity h 2π, in such a manner as to generate a single sideband frequency spectrum directly.
A positive electrode for a non-aqueous electrolyte secondary battery in which a positive electrode active substance layer containing a positive electrode material is formed on a surface of a positive electrode current collector, wherein the positive electrode material comprises a positive electrode active substance in which a ratio of true density/tap density of secondary particles of a lithium composite oxide containing nickel as the main component is within the range of 1.6 to 2.3, the average porosity on the center side of the half (R/2 [μm]) of the particle radius of D50 of the secondary particles is larger than the average porosity on the surface side in the secondary particles, and a weight per unit area of the positive electrode active substance layer is in the range of 20 to 30 mg/cm 2.
An air conditioning system for an aircraft comprising an air cycle machine (310, 710) adapted to receive a first medium comprising fresh air and a second medium comprising bleed air, the air cycle machine comprising: a compressor (312, 712) configured to compress the first medium; a first turbine (313, 713) configured to receive the second medium; a shaft mechanically coupling the compressor and the first turbine; and a second turbine (314, 714) mounted on the shaft and configured to expand the first medium, wherein the air conditioning system comprises a mixing point of the first medium and second medium downstream of the compressor (312, 712) and downstream of the first turbine (313, 713), wherein the air conditioning system comprises an integral rotor comprising a third turbine drivable by the second medium and a fan driven by the third turbine, and wherein the air conditioning system comprises a second shaft mechanically coupled to the fan and the third turbine. a compressor (312, 712) configured to compress the first medium; a first turbine (313, 713) configured to receive the second medium; a shaft mechanically coupling the compressor and the first turbine; and a second turbine (314, 714) mounted on the shaft and configured to expand the first medium,
A converged network for in building communications, comprising: horizontal cabling comprising a duct adapted to carry communication lines for wired communications and wireless communications; a distributed antenna system, DAS, hub coupled to the communication lines for wireless communications; a remote socket to couple to the communication lines for wireless communications with a remote electronics unit, wherein the remote socket comprises a socket adapted to receive the remote electronics unit, wherein the socket is configured to house different multiple media to connect to remote electronics housed in the remote electronics unit, the socket including a socket interface configured to mate with a remote electronics unit interface, wherein at least one of the socket and remote electronics unit further includes an actuation mechanism configured to connect the different multiple media simultaneously, wherein the multiple media includes: one or more insulated copper wires for providing power to the remote electronics unit; one of fiber cabling for radio frequency, RF, signal distribution and cabling for digitally modulated signal distribution; and cabling for RF signal transmission to antennas; and one or more antennas coupled to the remote socket. horizontal cabling comprising a duct adapted to carry communication lines for wired communications and wireless communications; a distributed antenna system, DAS, hub coupled to the communication lines for wireless communications; a remote socket to couple to the communication lines for wireless communications with a remote electronics unit, wherein the remote socket comprises a socket adapted to receive the remote electronics unit, wherein the socket is configured to house different multiple media to connect to remote electronics housed in the remote electronics unit, the socket including a socket interface configured to mate with a remote electronics unit interface, wherein at least one of the socket and remote electronics unit further includes an actuation mechanism configured to connect the different multiple media simultaneously, wherein the multiple media includes: one or more insulated copper wires for providing power to the remote electronics unit; one of fiber cabling for radio frequency, RF, signal distribution and cabling for digitally one or more insulated copper wires for providing power to the remote electronics unit; one of fiber cabling for radio frequency, RF, signal distribution and cabling for digitally modulated signal distribution; and cabling for RF signal transmission to antennas; and one or more antennas coupled to the remote socket.
A method for providing local speech dialog applications on mobile terminals of vehicles, comprising the following steps: (a) producing local speech dialog applications by a server, whereby the speech dialog applications exhibit a formal description of a speech dialog in a specific description language and language models for individual dialog steps of the local speech dialog; (b) transmitting the produced local speech dialog applications via digital radio by a radio transmitter to a radio receiver of the mobile terminals located in a local transmission area of the radio transmitter on a specific local radio reception frequency (f); (c) wherein to each local radio frequency (f) internet addresses of local internet sites are assigned from which the server automatically produces the local speech dialog applications to be transmitted in the respective local transmission area, and (d) the respective speech dialog application exhibiting a time stamp of a point in time when the local speech dialog application was produced. (a) producing local speech dialog applications by a server, whereby the speech dialog applications exhibit a formal description of a speech dialog in a specific description language and language models for individual dialog steps of the local speech dialog; (b) transmitting the produced local speech dialog applications via digital radio by a radio transmitter to a radio receiver of the mobile terminals located in a local transmission area of the radio transmitter on a specific local radio reception frequency (f); (c) wherein to each local radio frequency (f) internet addresses of local internet sites are assigned from which the server automatically produces the local speech dialog applications to be transmitted in the respective local transmission area, and (d) the respective speech dialog application exhibiting a time stamp of a point in time when the local speech dialog application was produced.
A system (300; 400) for operating a peripheral device (250, 260, 270, 280) associated with a client from a server (100; 100'), the system comprising:- a server (100; 100') being configured for running at least one application (120, 130, 140); at least one client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n) being configured to be connected to the server (100; 100') via a communications link; at least one peripheral device (250, 260, 270, 280) associated with each client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n); and a peripheral manager (240; 240 1) associated with each client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n) and being configured for controlling each associated peripheral device (250, 260, 270, 280); characterised in that the server (100; 100') comprises an application virtualisation platform (110; 110') for virtualising at least one application (120, 130, 140; 130') running thereon; and each client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n) comprises a client virtualisation platform (210; 210 1, 210 2, 210 3, 210 4,..., 210 n) for interacting with the application virtualisation platform (110; 110'); and in that the system (300; 400) further comprises at least one peripheral manager simulator (160, 245) configured to establish a virtual channel (320; 420) through which communication is enabled between at least one application (120, 130, 140) running on the server (100; 100') and at least one peripheral device (250, 260, 270, 280) associated with at least one client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n). a server (100; 100') being configured for running at least one application (120, 130, 140); at least one client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n) being configured to be connected to the server (100; 100') via a communications link; at least one peripheral device (250, 260, 270, 280) associated with each client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n); and a peripheral manager (240; 240 1) associated with each client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n) and being configured for controlling each associated peripheral device (250, 260, 270, 280); characterised in that the server (100; 100') comprises an application virtualisation platform (110; 110') for virtualising at least one application (120, 130, 140; 130') running thereon; and each client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n) comprises a client virtualisation platform (210; 210 1, 210 2, 210 3, 210 4,..., 210 n) for interacting with the application virtualisation platform (110; 110'); and in that the system (300; 400) further comprises at least one peripheral manager simulator (160, 245) configured to establish a virtual channel (320; 420) through which communication is enabled between at least one application (120, 130, 140) running on the server (100; 100') and at least one peripheral device (250, 260, 270, 280) associated with at least one client (200; 200 1, 200 2, 200 3, 200 4,..., 200 n).
A rolling door comprising a door leaf which can be moved between an open position, in which it at least partially exposes a wall opening and forms a multi-layer winding above the wall opening, and a closed position, in which it at least partially closes the wall opening, as well as comprising joint assemblies (20, 30) arranged in the region of the lateral edges of the door leaf, at least sections of which are running in the direction of gravity in the closed position, and secured to the door leaf, for guiding the door leaf movement, each of which has a plurality of joint elements (26, 36) connected to each other in an articulated manner relative to joint axes running perpendicular to the lateral edges and approximately parallel to the door leaf plane, wherein at least sections of the door leaf are made of a bendable material, such as a plastic film, which is stabilised by two, three or more stabilising devices running perpendicular to the lateral edges and in the door leaf plane, wherein the door leaf is only connected to the joint assemblies (20, 30) via the stabilising devices, characterised in that the edge of the door leaf which is a leading edge in an opening movement is formed by a leading stabilising device connected in a non-rotary manner to an upper edge of a segment, which is an upper edge in the closed position, made of a bendable material, said stabilising device being connected in a non-rotary manner to a guide arrangement, and the guide arrangement connected to the leading stabilising device in a non-rotary manner has two guide rollers arranged one behind the other in the direction of the door leaf movement, each of which is connected to a common carrier in a rotating manner relative to a roller axis running parallel to the joint axes, which carrier is connected to the leading stabilising device in a non-rotary manner, wherein the carrier is preferably attached to a joint element which is a leading joint during the opening movement.
A method for using a client agent to enable secure authentication in a virtual private network environment using an HTTP cookie, the method comprising: a) intercepting, by a client agent executing on a client, an HTTP communication comprising an authentication cookie from an appliance on a virtual private network to the client, the authentication cookie verifying that a request of the client corresponds to a particular session; b) removing, by the client agent, the authentication cookie from the HTTP communication; c) storing, by the client agent, the authentication cookie; d) transmitting, by the client agent, the modified HTTP communication without the authentication cookie to an application executing on the client having a session with a server; e) intercepting, by the client agent, an HTTP request from the application to the server via the session; f) inserting, by the client agent in the HTTP request, the authentication cookie; and g) transmitting, by the client agent, the modified HTTP request having the authentication cookie to the appliance, the authentication cookie verifying that the HTTP request corresponds to the session. a) intercepting, by a client agent executing on a client, an HTTP communication comprising an authentication cookie from an appliance on a virtual private network to the client, the authentication cookie verifying that a request of the client corresponds to a particular session; b) removing, by the client agent, the authentication cookie from the HTTP communication; c) storing, by the client agent, the authentication cookie; d) transmitting, by the client agent, the modified HTTP communication without the authentication cookie to an application executing on the client having a session with a server; e) intercepting, by the client agent, an HTTP request from the application to the server via the session; f) inserting, by the client agent in the HTTP request, the authentication cookie; and g) transmitting, by the client agent, the modified HTTP request having the authentication cookie to the appliance, the authentication cookie verifying that the HTTP request corresponds to the session.