mhurhangee/patent-ind-claim-en huggingface dataset:
A method for launching a projectile from a barrel accommodating a. a projectile ; b. a rocket motor at the rear end of the projectile comprising a first compartment (6") containing a first propellant ; c. a countermass at the rear end of the barrel ; and d. a second compartment between the rocket motor and the countermass containing a second propellant , wherein said first and second compartments (6",6') form a high pressure chamber subsequent to firing of the projectile ; wherein a cartridge case radially encloses the projectile , the rocket motor , the countermass , and the second compartment , wherein a pressure sealing is provided between the cartridge case and the barrel at the rearmost part of the cartridge case , i) wherein combustion gases originating from propellants contained in said first and second compartments (6",6') in said high pressure chamber accelerate the projectile in the firing direction and the countermass in the opposite direction towards a breech; and ii) wherein the pressure in the high pressure chamber falls in the second compartment to a level below the pressure in the first compartment (6") when the countermass leaves the barrel ; and iii) wherein said first compartment (6") upholds substantially the originally formed pressure by means of an opening of said first compartment (6") delimiting the exhaust of gases from the first compartment (6") to the second compartment , thus enabling continued acceleration of the projectile after the countermass has exited the barrel . a. a projectile ; b. a rocket motor at the rear end of the projectile comprising a first compartment (6") containing a first propellant ; c. a countermass at the rear end of the barrel ; and d. a second compartment between the rocket motor and the countermass containing a second propellant , wherein said first and second compartments (6",6') form a high pressure chamber subsequent to firing of the projectile ; i) wherein combustion gases originating from propellants contained in said first and second compartments (6",6') in said high pressure chamber accelerate the projectile in the firing direction and the countermass in the opposite direction towards a breech; and ii) wherein the pressure in the high pressure chamber falls in the second compartment to a level below the pressure in the first compartment (6") when the countermass leaves the barrel ; and iii) wherein said first compartment (6") upholds substantially the originally formed pressure by means of an opening of said first compartment (6") delimiting the exhaust of gases from the first compartment (6") to the second compartment , thus enabling continued acceleration of the projectile after the countermass has exited the barrel .
Solar-control glazing including on at least one of the faces of a glass substrate a layer system comprising at least one solar-radiation-absorbing layer and dielectric layers surrounding said solar-radiation-absorbing layer, characterized in that the solar-radiation-absorbing layer is a metallic layer based on tungsten alloyed with at least nickel and comprising chromium, the layer system comprising, between the substrate and the solar-radiation-absorbing layer, at least one layer made of a dielectric material based on a compound selected from silicon oxide, aluminium oxide, silicon nitride, aluminium nitride, mixed aluminium-silicon nitrides, silicon oxynitride and aluminium oxynitride, and, over the solar-radiation-absorbing layer, at least one layer made of a dielectric material based on a compound selected from silicon oxide, aluminium oxide, silicon nitride, aluminium nitride, mixed aluminium-silicon nitrides, silicon oxynitride and aluminium oxynitride.
A method operational at a host controller (110; 406), comprising: upon detecting , at the host controller (110; 406), an error condition in a task execution or a processing of tasks by a processing circuit coupled to the host controller (110; 406), setting , by the host controller , an error register (107; 420) to enable a host software operating at the processing circuit to: upon detecting that the error register (107; 420) has been set , perform error handling ; and upon completing the error handling , clear the error condition; and upon detecting, at the host controller (110; 406), that the error condition has been cleared , resuming the task execution or the processing of tasks by the processing circuit . upon detecting , at the host controller (110; 406), an error condition in a task execution or a processing of tasks by a processing circuit coupled to the host controller (110; 406), setting , by the host controller , an error register (107; 420) to enable a host software operating at the processing circuit to: upon detecting that the error register (107; 420) has been set , perform error handling ; and upon completing the error handling , clear the error condition; and upon detecting that the error register (107; 420) has been set , perform error handling ; and upon completing the error handling , clear the error condition; and upon detecting, at the host controller (110; 406), that the error condition has been cleared , resuming the task execution or the processing of tasks by the processing circuit .
A water treatment subsea installation adapted for treatment of raw seawater into process water suitable for use in subsea hydrocarbon production, the water treatment installation comprising: a seawater inlet to a primary filtration unit wherein a filtration membrane separates a receiving chamber from a permeate chamber having an outlet for treated water, a pump in fluid flow communication with the treated water outlet , a recirculation loop feeding a portion of the treated water via a subsea electro-chlorinator back to the water stream upstream or downstream of the membrane of the primary filtration unit, and a secondary filtration unit installed in the treated water stream between the primary filtration unit and the electro-chlorinator , such that the secondary filtration unit receives treated water from the primary filtration unit , wherein the secondary filtration unit comprises a reverse osmosis (RO) unit having outlets for permeate and reject water , the reject water outlet discharging RO reject rich in NaCl and high in divalent ions to the recirculation loop and feeding a nano-filtration unit installed in the recirculation loop , the nano-filtration unit having outlets for permeate and reject water , the permeate water outlet feeding NF permeate rich in NaCl and low in divalent ions to the electro-chlorinator . a seawater inlet to a primary filtration unit wherein a filtration membrane separates a receiving chamber from a permeate chamber having an outlet for treated water, a pump in fluid flow communication with the treated water outlet , a recirculation loop feeding a portion of the treated water via a subsea electro-chlorinator back to the water stream upstream or downstream of the membrane of the primary filtration unit, and a secondary filtration unit installed in the treated water stream between the primary filtration unit and the electro-chlorinator , such that the secondary filtration unit receives treated water from the primary filtration unit , wherein the secondary filtration unit comprises a reverse osmosis (RO) unit having outlets for permeate and reject water , the reject water outlet discharging RO reject rich in NaCl and high in divalent ions to the recirculation loop and feeding a nano-filtration unit installed in the recirculation loop , the nano-filtration unit having outlets for permeate and reject water , the permeate water outlet feeding NF permeate rich in NaCl and low in divalent ions to the electro-chlorinator .
A computer-implemented method, comprising: receiving a request for a cryptographic key, the request specifying a lifetime for cryptographic material which is to be used in encrypting the requested cryptographic key; fulfilling the request for the cryptographic key by: obtaining the cryptographic key; encrypting the obtained cryptographic key using cryptographic material inaccessible outside of a set of hardware devices that each provide hardware protection of the cryptographic material, the cryptographic material having an expiration corresponding to the lifetime after which the cryptographic material becomes inaccessible to the set of hardware devices where the expiration is enforced by an automated process; providing the encrypted cryptographic key; and causing the set of hardware devices to lose access to the obtained cryptographic key after the encrypted cryptographic key has been provided. receiving a request for a cryptographic key, the request specifying a lifetime for cryptographic material which is to be used in encrypting the requested cryptographic key; fulfilling the request for the cryptographic key by: obtaining the cryptographic key; encrypting the obtained cryptographic key using cryptographic material inaccessible outside of a set of hardware devices that each provide hardware protection of the cryptographic material, the cryptographic material having an expiration corresponding to the lifetime after which the cryptographic material becomes inaccessible to the set of hardware devices where the expiration is enforced by an automated process; providing the encrypted cryptographic key; and causing the set of hardware devices to lose access to the obtained cryptographic key after the encrypted cryptographic key has been provided. obtaining the cryptographic key; encrypting the obtained cryptographic key using cryptographic material inaccessible outside of a set of hardware devices that each provide hardware protection of the cryptographic material, the cryptographic material having an expiration corresponding to the lifetime after which the cryptographic material becomes inaccessible to the set of hardware devices where the expiration is enforced by an automated process; providing the encrypted cryptographic key; and causing the set of hardware devices to lose access to the obtained cryptographic key after the encrypted cryptographic key has been provided.
A tubular turbine device for a fluid transport network , comprising: - at least one running equipment arranged on a turbine shaft , - at least one guiding equipment arranged upstream of the running equipment , and - at least one generator coupled to the turbine shaft and configured to convert a mechanical energy into electrical energy, - at least one cross-section adjustment equipment configured to change a cross-sectional area of the tubular turbine device that can be flowed through depending on the volume flow of the fluid flowing through the tubular turbine device , characterized in that - the cross-section adjustment equipment comprises at least one plate module with at least one blocking element arranged radially movably in a through-flow opening of the plate module . - at least one running equipment arranged on a turbine shaft , - at least one guiding equipment arranged upstream of the running equipment , and - at least one generator coupled to the turbine shaft and configured to convert a mechanical energy into electrical energy, - at least one cross-section adjustment equipment configured to change a cross-sectional area of the tubular turbine device that can be flowed through depending on the volume flow of the fluid flowing through the tubular turbine device , characterized in that - the cross-section adjustment equipment comprises at least one plate module with at least one blocking element arranged radially movably in a through-flow opening of the plate module .
An ink jet ink composition comprising: a sublimation dye; a dispersant for the sublimation dye; and polyether siloxane having a weight average molecular weight of 1000 or more and having 5 or more siloxane repeating units, wherein the dispersant is at least one selected from the group consisting of an acrylic resin, a styrene resin, and a urethane resin and has a weight average molecular weight of 500 or more. a sublimation dye; a dispersant for the sublimation dye; and polyether siloxane having a weight average molecular weight of 1000 or more and having 5 or more siloxane repeating units, wherein the dispersant is at least one selected from the group consisting of an acrylic resin, a styrene resin, and a urethane resin and has a weight average molecular weight of 500 or more.
Assistance device for assisting the movement of an opening panel comprising an outside opening control mechanically connected to at least one lock , a locking device associated with the at least one lock, and a movement means for moving the opening panel from a closed position to a partially open position, said movement means being electrically connected to the outside opening control by a control unit , an additional control means associated with the control unit making it possible for the opening panel to be moved by said movement means from a closed position to a partially open position, characterized in that said additional control means is arranged projecting on the gripping body of the outside opening control .
A conveyor system including a drop area and a discharge area for conveying an article from said drop area to said discharge area , the conveyor system comprising: a suspended storage having a storage body for storing the article and a suspending member adapted to suspend the storage body from a rail provided on a ceiling above a floor and disposed between the drop area and the discharge area ; wherein the suspended storage has an opening on the storage body through which an article can be dropped into and discharged from the storage body , hanger sorters that convey the suspended storages with the stored articles between the areas of the conveyor system , a reorienting device including an engaging member adapted to be engaged with the storage body at the drop area and the discharge area so as to reorient the suspended storage in order to permit dropping and/or discharging of the article in/from the storage body , characterized in that the engaging member is adapted to move into the storage body so as to move within an interior of the storage body so as to press an interior surface of the storage body and thereby to reorient the suspended storage from at least one of an orientation for conveying the article to an orientation for dropping the article into the opening at the drop area or from the orientation for conveying the article to an orientation for discharging the article from the opening at the discharge area . a suspended storage having a storage body for storing the article and a suspending member adapted to suspend the storage body from a rail provided on a ceiling above a floor and disposed between the drop area and the discharge area ; wherein the suspended storage has an opening on the storage body through which an article can be dropped into and discharged from the storage body , hanger sorters that convey the suspended storages with the stored articles between the areas of the conveyor system , a reorienting device including an engaging member adapted to be engaged with the storage body at the drop area and the discharge area so as to reorient the suspended storage in order to permit dropping and/or discharging of the article in/from the storage body , characterized in that the engaging member is adapted to move into the storage body so as to move within an interior of the storage body so as to press an interior surface of the storage body and thereby to reorient the suspended storage from at least one of an orientation for conveying the article to an orientation for dropping the article into the opening at the drop area or from the orientation for conveying the article to an orientation for discharging the article from the opening at the discharge area .
Device for the switching of an electrical consumer load circuit, operated at high voltage from a voltage source, in an electrically-driven means of locomotion, by a drive operated at low voltage, wherein a contact bolt is connected to the push rod of a linear drive , and the contact bolt can be brought into at least two positions in a switching housing , wherein the switching housing has at least two contact rings on its inner wall, of which one is connected to the voltage source , and the other is connected to the consumer load circuit , wherein the linear drive is designed as a stepper motor, characterised in that the rotor has a threaded nut for the movement of the push rod , designed in the form of a threaded rod, wherein the push rod is secured against rotation, and the threaded nut is secured against rotation, relative to the rotor .
An oxygen-mixing cosmetic container comprising: a body having a storing space of which the upper portion is open such that a cosmetic is contained therein; a cap combined to the upper portion of the body and having a pumping portion in which a nozzle is formed; a valve airtightly mounted at the center of the lower portion of the body and having a fracture rod protruding downwardly; an oxygen capsule having a fracture film rupturing by the fracture rod of the valve to supply oxygen to the storing space of the body ; a connecting tube formed integrally with the lower portion of the body to surround the lower portion of the valve and the upper portion of the oxygen capsule , and having an outer diameter smaller than that of the body ; and an oxygen supply cap detachably coupled to the connecting tube , the oxygen supply cap having a capsule mounting portion to which the oxygen capsule is fitted characterized in that the oxygen capsule is fitted through a plurality of fixing pieces radially protruding from the inner-diameter lower portion such that oxygen is ejected, wherein the body and the oxygen supply cap have the same outer diameters, and annular jaws are respectively formed on the lower end of the outer circumferential surface of the body and the upper end of the outer circumferential surface of the oxygen supply cap to prevent slip. a body having a storing space of which the upper portion is open such that a cosmetic is contained therein; a cap combined to the upper portion of the body and having a pumping portion in which a nozzle is formed; a valve airtightly mounted at the center of the lower portion of the body and having a fracture rod protruding downwardly; an oxygen capsule having a fracture film rupturing by the fracture rod of the valve to supply oxygen to the storing space of the body ; a connecting tube formed integrally with the lower portion of the body to surround the lower portion of the valve and the upper portion of the oxygen capsule , and having an outer diameter smaller than that of the body ; and an oxygen supply cap detachably coupled to the connecting tube , the oxygen supply cap having a capsule mounting portion to which the oxygen capsule is fitted characterized in that the oxygen capsule is fitted through a plurality of fixing pieces radially protruding from the inner-diameter lower portion such that oxygen is ejected, wherein the body and the oxygen supply cap have the same outer diameters, and annular jaws are respectively formed on the lower end of the outer circumferential surface of the body and the upper end of the outer circumferential surface of the oxygen supply cap to prevent slip.
An ex vivo method for expanding an NK cell population, comprising the steps of: a) culturing an haematopoietic progenitor cell (HPC) comprising sample obtained from a patient; b) contacting said sample with a compound which inhibits the action of REV-ERB; and c) expanding said cells in vitro to produce an NK cell population. a) culturing an haematopoietic progenitor cell (HPC) comprising sample obtained from a patient; b) contacting said sample with a compound which inhibits the action of REV-ERB; and c) expanding said cells in vitro to produce an NK cell population.
A method for extending a surface penetrating radar, SPR, footprint for performing localization of a vehicle equipped with an SPR system, the method comprising: transmitting at least one SPR signal from at least one SPR transmit element; receiving a response signal via at least two SPR receive elements, the response signal including, at least in part, a reflection of the SPR signal from an object; determining that the object is in a region of interest and is not underneath an SPR antenna array including determining a distance from the object based on a difference in phase at which the response signal is received at the at least two SPR receive elements; and creating or expanding a subsurface map associated with performing localization of the vehicle using the SPR system based at least in part on the object. transmitting at least one SPR signal from at least one SPR transmit element; receiving a response signal via at least two SPR receive elements, the response signal including, at least in part, a reflection of the SPR signal from an object; determining that the object is in a region of interest and is not underneath an SPR antenna array including determining a distance from the object based on a difference in phase at which the response signal is received at the at least two SPR receive elements; and creating or expanding a subsurface map associated with performing localization of the vehicle using the SPR system based at least in part on the object.
A communication device (10, 16-19), comprising: a transmitter , the transmitter being adapted to transmit synchronization symbols and data symbols, wherein the communication device (10, 16-19) is operable in a regular mode and in at least one low power mode, wherein the transmitter is adapted to transmit synchronization symbols during low power mode which use more tones than tones are used for data symbols at least at the end of the low power mode, and wherein the communication device (10, 16-19) is adapted to perform a channel estimation based on the synchronization symbols. a transmitter , the transmitter being adapted to transmit synchronization symbols and data symbols, wherein the communication device (10, 16-19) is operable in a regular mode and in at least one low power mode, wherein the transmitter is adapted to transmit synchronization symbols during low power mode which use more tones than tones are used for data symbols at least at the end of the low power mode, and wherein the communication device (10, 16-19) is adapted to perform a channel estimation based on the synchronization symbols.
A condenser for a water purifier, the condenser comprising: a pipe including a plurality of bending portions disposed to overlap each other with respect to a vertical direction, each bending portion comprising a U-shaped section and a straight line section that are continuously arranged; a cooling wire installed on each of upper surfaces and lower surfaces of each of the plurality of bending portions , the upper and lower surfaces being opposite to each other with respect to the vertical direction, the condenser being characterized in that the portions of the cooling wire installed on the upper surfaces and the portions of the cooling wire installed on the lower surfaces of a bending portion disposed adjacent in the vertical direction are alternately disposed; and a fixing member (S) disposed to surround a portion of the cooling wire . a pipe including a plurality of bending portions disposed to overlap each other with respect to a vertical direction, each bending portion comprising a U-shaped section and a straight line section that are continuously arranged; a cooling wire installed on each of upper surfaces and lower surfaces of each of the plurality of bending portions , the upper and lower surfaces being opposite to each other with respect to the vertical direction, the condenser being characterized in that the portions of the cooling wire installed on the upper surfaces and the portions of the cooling wire installed on the lower surfaces of a bending portion disposed adjacent in the vertical direction are alternately disposed; and a fixing member (S) disposed to surround a portion of the cooling wire .