mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system for securely executing software instructions, the computer system comprising: a first processor having a plurality of hardware registers ; a memory ; and an emulator program including a plurality of instructions stored in the memory that are executable by the first processor to: emulate a second processor ; emulate execution of a plurality of native machine instructions on the second processor , the native machine instructions being native to the second processor , native meaning an operational code within the standard instruction set of the emulated second processor; and emulate execution of a plurality of secure machine instructions on the second processor , the secure machine instructions being nonnative to the second processor and including one or more opcodes configured to ensure unencrypted values of operand data associated with the opcodes are stored only in one or more of the hardware registers of the first processor . a first processor having a plurality of hardware registers ; a memory ; and an emulator program including a plurality of instructions stored in the memory that are executable by the first processor to: emulate a second processor ; emulate execution of a plurality of native machine instructions on the second processor , the native machine instructions being native to the second processor , native meaning an operational code within the standard instruction set of the emulated second processor; and emulate execution of a plurality of secure machine instructions on the second processor , the secure machine instructions being nonnative to the second processor and including one or more opcodes configured to ensure unencrypted values of operand data associated with the opcodes are stored only in one or more of the hardware registers of the first processor . emulate a second processor ; emulate execution of a plurality of native machine instructions on the second processor , the native machine instructions being native to the second processor , native meaning an operational code within the standard instruction set of the emulated second processor; and emulate execution of a plurality of secure machine instructions on the second processor , the secure machine instructions being nonnative to the second processor and including one or more opcodes configured to ensure unencrypted values of operand data associated with the opcodes are stored only in one or more of the hardware registers of the first processor .
Mixer for an exhaust system of an internal combustion engine, comprising: - a plate-shaped mixer body with an incoming flow side to be arranged oriented in the upstream direction in relation to an exhaust gas flow (H A1 ) and with an outflow side to be arranged oriented in the downstream direction in relation to the exhaust gas flow (H A1 ), - a first exhaust gas flow-through opening in the mixer body , - a reactant-receiving body carried on the mixer body in the area of the first exhaust gas flow-through opening , wherein the reactant-receiving body provides a reactant-receiving body flow-through duct through which exhaust gases may flow, - a plurality of second exhaust gas flow-through openings in the mixer body , wherein the second exhaust gas flow-through openings are arranged enclosing the first exhaust gas flow-through opening in the mixer body , characterized in that the first exhaust gas flow-through opening is configured as elongated in the direction of an opening longitudinal axis (L) and that the reactant-receiving body has a reactant-receiving area tapering in a V-shaped manner in the direction of the opening longitudinal axis (L). - a plate-shaped mixer body with an incoming flow side to be arranged oriented in the upstream direction in relation to an exhaust gas flow (H A1 ) and with an outflow side to be arranged oriented in the downstream direction in relation to the exhaust gas flow (H A1 ), - a first exhaust gas flow-through opening in the mixer body , - a reactant-receiving body carried on the mixer body in the area of the first exhaust gas flow-through opening , wherein the reactant-receiving body provides a reactant-receiving body flow-through duct through which exhaust gases may flow, - a plurality of second exhaust gas flow-through openings in the mixer body , wherein the second exhaust gas flow-through openings are arranged enclosing the first exhaust gas flow-through opening in the mixer body , characterized in that the first exhaust gas flow-through opening is configured as elongated in the direction of an opening longitudinal axis (L) and that the reactant-receiving body has a reactant-receiving area tapering in a V-shaped manner in the direction of the opening longitudinal axis (L).
A method of fabricating a back-contact solar cell, the method comprising: depositing a plurality of metal particles or a plurality of conductive particles; characterized by mechanically deforming said metal particles or said conductive particles such that said deformed particles are coalesced; forming a conductive contact that includes the mechanically deformed metal particles or the mechanically deformed conductive particles for the solar cell; and forming a metal layer directly on the mechanically deformed particles . depositing a plurality of metal particles or a plurality of conductive particles; characterized by mechanically deforming said metal particles or said conductive particles such that said deformed particles are coalesced; forming a conductive contact that includes the mechanically deformed metal particles or the mechanically deformed conductive particles for the solar cell; and forming a metal layer directly on the mechanically deformed particles .
A composition for use in reducing cancer in a patient in need of treatment wherein the composition comprises natural killer (NK) cells wherein greater than about 50% of the NK cells have been genetically modified to express a polypeptide that confers resistance to a chemotherapy agent.
A rotor blade for a gas turbine engine , comprising: an airfoil extending in span between a root and a tip region , and said airfoil includes a chord extending between leading edge and a trailing edge ; a sweep angle (S) defined at said leading edge of said airfoil ; and a dihedral angle (D) defined relative to said chord of said airfoil ; characterised in that : said sweep (S) angle and said dihedral angle are generally localized at said tip region of said airfoil, said sweep angle (S) and said dihedral angle (D) being formed over a distance of said airfoil equivalent to about 10% to about 40% of said span. an airfoil extending in span between a root and a tip region , and said airfoil includes a chord extending between leading edge and a trailing edge ; a sweep angle (S) defined at said leading edge of said airfoil ; and a dihedral angle (D) defined relative to said chord of said airfoil ; characterised in that : said sweep (S) angle and said dihedral angle are generally localized at said tip region of said airfoil, said sweep angle (S) and said dihedral angle (D) being formed over a distance of said airfoil equivalent to about 10% to about 40% of said span.
A composition comprising (i) one or more substituted diamondoids; and (ii) a solvent A and/or (iii) a solvent B; wherein said (i) one or more substituted diamondoids comprises one or more ketones of adamantane. (i) one or more substituted diamondoids; and (ii) a solvent A and/or (iii) a solvent B;
Module for installation in a housing of a hearing device , in particular of a hearing aid , said module comprising a receiver , which has a first sound opening for emitting acoustic signals, and an acoustic channel , which is aligned with the first sound opening and extends in a longitudinal direction for conducting sound, - wherein the acoustic channel is enclosed by a cup-shaped holder , - wherein the holder has a second sound opening , which is aligned with the acoustic channel , - wherein the holder carries a spout with a mounting end and with a connecting piece for connecting an ear mold , and - wherein said spout has a longitudinally extending sound conduction channel aligned with said second sound opening of said holder , and - wherein the bottom of the cup-shaped holder is spaced from the receiver . - wherein the acoustic channel is enclosed by a cup-shaped holder , - wherein the holder has a second sound opening , which is aligned with the acoustic channel , - wherein the holder carries a spout with a mounting end and with a connecting piece for connecting an ear mold , and - wherein said spout has a longitudinally extending sound conduction channel aligned with said second sound opening of said holder , and - wherein the bottom of the cup-shaped holder is spaced from the receiver .
A single-body loculus (1, 1") made of a plastic material, with a leaning base for leaning a coffin, vertical side walls , a vertical bottom wall , a front opening opposite the bottom wall and an upper wall , wherein the side walls are made with ribs or ribbing or are corrugated, and the loculus is self-supporting, wherein the loculus (1, 1") is stackable with the leaning base supported by the upper wall of the underlying loculus , and wherein the leaning base is inclined towards the bottom wall and defines a tank for collecting liquids, characterized in that the upper wall is inclined towards the bottom wall with the same inclination as the leaning base . wherein the loculus (1, 1") is stackable with the leaning base supported by the upper wall of the underlying loculus , and wherein the leaning base is inclined towards the bottom wall and defines a tank for collecting liquids, characterized in that the upper wall is inclined towards the bottom wall with the same inclination as the leaning base .
A scroll compressor unit for use in a cooling system configured to operate in one of three modes, a DX mode of operation when outdoor air is too hot or too humid and the cooling system operates as a normal closed circuit system, a hybrid mode of operation when outside temperatures cool down and the cooling system operates as a s partial reduced normal closed circuit system and a free cooling system, and a thermosiphon mode of operation when the outside temperature is below a predetermined temperature and the cooling system operates without the normal closed circuit system, the scroll compressor unit comprising: a main casing including several ports, including an inlet compressor port , an outlet compressor port , an inlet refrigerant pump port , and an outlet refrigerant pump port ; a scroll compressor supported by the main casing; a refrigerant pump supported by the main casing; and a controller configured to selectively engage the scroll compressor and the refrigerant pump to achieve one of the DX mode, the hybrid mode, and the thermosiphon mode. a main casing including several ports, including an inlet compressor port , an outlet compressor port , an inlet refrigerant pump port , and an outlet refrigerant pump port ; a scroll compressor supported by the main casing; a refrigerant pump supported by the main casing; and a controller configured to selectively engage the scroll compressor and the refrigerant pump to achieve one of the DX mode, the hybrid mode, and the thermosiphon mode.
A balancer device for hoisting, positioning and orientating a load in space, comprising: a frame ; a hoist rope attachment means at an upper side of said frame which is arranged to be attached to a hoisting eye or a rope of a crane; at least two suspension rope attachment means which are each arranged to be attached to a respective suspension rope for suspending, positioning and orientating the load from a lower side of said frame , and a traction assembly comprising a linear actuator; wherein said linear actuator is arranged to move said one of said suspension rope attachment means relative to the other suspension rope attachment means in order to orientate and position the load in space; characterized in that said traction assembly further comprises a balancer chain attached to said frame at a first outer end and to said suspension rope attachment means at a second outer end; said linear actuator is provided with a pulley wheel on its other outer end and said balancer chain is suspended over said pulley wheel , such that if the pulley wheel is forced to move the suspension rope attachment means is pulled towards the upper side of the frame . a frame ; a hoist rope attachment means at an upper side of said frame which is arranged to be attached to a hoisting eye or a rope of a crane; at least two suspension rope attachment means which are each arranged to be attached to a respective suspension rope for suspending, positioning and orientating the load from a lower side of said frame , and a traction assembly comprising a linear actuator; wherein said linear actuator is arranged to move said one of said suspension rope attachment means relative to the other suspension rope attachment means in order to orientate and position the load in space; characterized in that said traction assembly further comprises a balancer chain attached to said frame at a first outer end and to said suspension rope attachment means at a second outer end; said linear actuator is provided with a pulley wheel on its other outer end and said balancer chain is suspended over said pulley wheel , such that if the pulley wheel is forced to move the suspension rope attachment means is pulled towards the upper side of the frame .
A mobile terminal , comprising: a host assembly , having a folded state and comprising: a base , comprising a first surface , wherein the first surface defines a receiving groove ; and a support , rotatably connected to the base , capable of being located in the receiving groove and unfolded relative to the base , and comprising an inner face facing the receiving groove when the host assembly is in the folded state; and a display assembly , detachably connected to the host assembly ; characterized in that , when the support is unfolded with a first angle relative to the first surface of the base , the display assembly is attached to the inner face , and the display assembly is configured to abut against the base at a bottom of the receiving groove ; wherein the support comprises a first outer face , and the first outer face is arranged opposite to the inner face ; when the host assembly is in the folded state, the support is located in the receiving groove , and the first outer face is flush with the first surface . a host assembly , having a folded state and comprising: a base , comprising a first surface , wherein the first surface defines a receiving groove ; and a support , rotatably connected to the base , capable of being located in the receiving groove and unfolded relative to the base , and comprising an inner face facing the receiving groove when the host assembly is in the folded state; and a base , comprising a first surface , wherein the first surface defines a receiving groove ; and a support , rotatably connected to the base , capable of being located in the receiving groove and unfolded relative to the base , and comprising an inner face facing the receiving groove when the host assembly is in the folded state; and a display assembly , detachably connected to the host assembly ; characterized in that , when the support is unfolded with a first angle relative to the first surface of the base , the display assembly is attached to the inner face , and the display assembly is configured to abut against the base at a bottom of the receiving groove ; wherein the support comprises a first outer face , and the first outer face is arranged opposite to the inner face ; when the host assembly is in the folded state, the support is located in the receiving groove , and the first outer face is flush with the first surface .
An antenna for a satellite comprising: first and second extensible booms , each configured to extend outwardly from the satellite in opposite directions from a stored position to a deployed position; a first set of ribs carried by the first extensible boom and a second set of ribs carried by the second extensible boom , the first and second sets of ribs configured to be in spaced apart relation when the first and second booms are in the deployed position; a Radio Frequency ,RF, reflective film carried by the first and second sets of ribs to define a curved RF reflector surface ; a first set of phased array antenna feeds carried by the first extensible boom and a second set of phased array antenna feeds carried by the second extensible boom , the first and second sets of phased array antenna feeds directed toward the RF reflective film ; a first set of fiducial devices carried by the first set of ribs and a second set of fiducial devices carried by the second set of ribs ; at least one camera directed toward the first and second sets of fiducial devices configured to sense a physical distortion of the RF reflective film ; and a controller configured to cooperatewith the at least one camera to operate the first and second sets of phased array antenna feeds to account for sensed physical distortion of the RF reflective film . first and second extensible booms , each configured to extend outwardly from the satellite in opposite directions from a stored position to a deployed position; a first set of ribs carried by the first extensible boom and a second set of ribs carried by the second extensible boom , the first and second sets of ribs configured to be in spaced apart relation when the first and second booms are in the deployed position; a Radio Frequency ,RF, reflective film carried by the first and second sets of ribs to define a curved RF reflector surface ; a first set of phased array antenna feeds carried by the first extensible boom and a second set of phased array antenna feeds carried by the second extensible boom , the first and second sets of phased array antenna feeds directed toward the RF reflective film ; a first set of fiducial devices carried by the first set of ribs and a second set of fiducial devices carried by the second set of ribs ; at least one camera directed toward the first and second sets of fiducial devices configured to sense a physical distortion of the RF reflective film ; and a controller configured to cooperatewith the at least one camera to operate the first and second sets of phased array antenna feeds to account for sensed physical distortion of the RF reflective film .
A method in a mobile communication network for configuring the network for downlink multicarrier data transmission from a network node to a mobile terminal, the method including the steps of: i) receiving , in the network node, mobile terminal capability signalling from the mobile terminal; ii) assigning , in the network node, to the mobile terminal, at least two carriers in one or more downlink multicarrier assignments based on information received in the mobile terminal capability signalling; iii) allocating , in the network node, in each radio block period, one or more of the assigned carriers for communication with the mobile terminal, wherein allocating includes selecting carriers maximizing the number of radio blocks receivable to assert that a maximum number of carriers are received by the mobile terminal; and iv) transmitting, by the network node, at least one assignment message signalling the carrier assignment to the mobile terminal. i) receiving , in the network node, mobile terminal capability signalling from the mobile terminal; ii) assigning , in the network node, to the mobile terminal, at least two carriers in one or more downlink multicarrier assignments based on information received in the mobile terminal capability signalling; iii) allocating , in the network node, in each radio block period, one or more of the assigned carriers for communication with the mobile terminal, wherein allocating includes selecting carriers maximizing the number of radio blocks receivable to assert that a maximum number of carriers are received by the mobile terminal; and iv) transmitting, by the network node, at least one assignment message signalling the carrier assignment to the mobile terminal.
A method for the purification and improvement of organoleptic indicators of treatment liquids, including drinking water, ethanol and alcoholic beverages, comprising the steps of: providing a single housing containing in sequence a multi-stage cavitation device and a filter module ; pumping a treatment liquid under pressure into the multi-stage cavitation device ; processing the treatment liquid in the multi-stage cavitation device to form a processed liquid, wherein the processing step comprises generating hydrodynamic cavitation in the treatment liquid; purifying the processed liquid through the filter module to form a purified liquid, wherein the purifying step comprises reducing a concentration of contaminants, solid particles, and colloidal particles in the processed liquid; and discharging the purified liquid from the filter module , characterized in that , the multi-stage cavitation device comprises at least two cavitation stages , each cavitation stage comprising a helical plate and a cylinder body defining a central channel having a constriction and an expansion; and the filter module comprises an annular cylindrical insert surrounding a cylindrical filter element , wherein the annular cylindrical insert defines a plurality of annular bulges forming contractions and expansions in a gap between the annular cylindrical insert and the cylindrical filter element . providing a single housing containing in sequence a multi-stage cavitation device and a filter module ; pumping a treatment liquid under pressure into the multi-stage cavitation device ; processing the treatment liquid in the multi-stage cavitation device to form a processed liquid, wherein the processing step comprises generating hydrodynamic cavitation in the treatment liquid; purifying the processed liquid through the filter module to form a purified liquid, wherein the purifying step comprises reducing a concentration of contaminants, solid particles, and colloidal particles in the processed liquid; and discharging the purified liquid from the filter module , characterized in that , the multi-stage cavitation device comprises at least two cavitation stages , each cavitation stage comprising a helical plate and a cylinder body defining a central channel having a constriction and an expansion; and the filter module comprises an annular cylindrical insert surrounding a cylindrical filter element , wherein the annular cylindrical insert defines a plurality of annular bulges forming contractions and expansions in a gap between the annular cylindrical insert and the cylindrical filter element .