mhurhangee/patent-ind-claim-en huggingface dataset:
A method of securely storing data comprising: fragmenting the data into a plurality, N, of secret shares of equal size according to a secret sharing algorithm, wherein a threshold number, T, of such shares is sufficient to recover the data, where T is less than N, wherein the method is characterised by the steps of: splitting each share into data particles (404aa-404np) of equal size; writing the particles (404aa-404np) to storage such that the particles (404aa-404np) of each share are written to independent storage means corresponding to that share, alongside co-existing particles (404aa-404np) of data from other shares of other data, all data particles (404aa-404np) of a share being written to the same independent storage means , and particles (404aa-404np) from different shares being written to different independent storage means , each particle (404aa-404np) being anonymous relative to each other and identified only by an identifier unique within its respective storage means and otherwise indistinguishable from the coexisting particles (404aa-404np) of the other shares of the other data. fragmenting the data into a plurality, N, of secret shares of equal size according to a secret sharing algorithm, wherein a threshold number, T, of such shares is sufficient to recover the data, where T is less than N, wherein the method is characterised by the steps of: splitting each share into data particles (404aa-404np) of equal size; writing the particles (404aa-404np) to storage such that the particles (404aa-404np) of each share are written to independent storage means corresponding to that share, alongside co-existing particles (404aa-404np) of data from other shares of other data, all data particles (404aa-404np) of a share being written to the same independent storage means , and particles (404aa-404np) from different shares being written to different independent storage means , each particle (404aa-404np) being anonymous relative to each other and identified only by an identifier unique within its respective storage means and otherwise indistinguishable from the coexisting particles (404aa-404np) of the other shares of the other data. splitting each share into data particles (404aa-404np) of equal size; writing the particles (404aa-404np) to storage such that the particles (404aa-404np) of each share are written to independent storage means corresponding to that share, alongside co-existing particles (404aa-404np) of data from other shares of other data, all data particles (404aa-404np) of a share being written to the same independent storage means , and particles (404aa-404np) from different shares being written to different independent storage means , each particle (404aa-404np) being anonymous relative to each other and identified only by an identifier unique within its respective storage means and otherwise indistinguishable from the coexisting particles (404aa-404np) of the other shares of the other data.
An exoskeleton system, comprising: a body interface configured for securing to a back of a user and including a panel provided with at least one anchoring slot and at least one locking slot , the panel defining a center axis (C-C); a power supply adapted to provide motion control to the exoskeleton system, the power supply having an anterior region (A) and a posterior region (P), the anterior region (A) defining a center axis (X-X) and the anterior region (A) including: at least one anchor extending from the anterior region (A) of the power supply and corresponding in location to the at least one anchoring slot , the at least one anchor configured to fit through at least one anchoring slot to engage the body interface ; at least one locking element comprising at least one protruding part extending from the anterior region (A) of the power supply and corresponding to the at least one locking slot of the panel , the at least one locking element having a locking control arranged to be selected to a locking position for maintain engagement with the body interface and selected to an unlocking position for disengagement from the body interface . a body interface configured for securing to a back of a user and including a panel provided with at least one anchoring slot and at least one locking slot , the panel defining a center axis (C-C); a power supply adapted to provide motion control to the exoskeleton system, the power supply having an anterior region (A) and a posterior region (P), the anterior region (A) defining a center axis (X-X) and the anterior region (A) including: at least one anchor extending from the anterior region (A) of the power supply and corresponding in location to the at least one anchoring slot , the at least one anchor configured to fit through at least one anchoring slot to engage the body interface ; at least one locking element comprising at least one protruding part extending from the anterior region (A) of the power supply and corresponding to the at least one locking slot of the panel , the at least one locking element having a locking control arranged to be selected to a locking position for maintain engagement with the body interface and selected to an unlocking position for disengagement from the body interface . at least one anchor extending from the anterior region (A) of the power supply and corresponding in location to the at least one anchoring slot , the at least one anchor configured to fit through at least one anchoring slot to engage the body interface ; at least one locking element comprising at least one protruding part extending from the anterior region (A) of the power supply and corresponding to the at least one locking slot of the panel , the at least one locking element having a locking control arranged to be selected to a locking position for maintain engagement with the body interface and selected to an unlocking position for disengagement from the body interface .
A process for making a pre-polyester comprising: providing an esterification pipe reactor comprising a pipe, the pipe having an inlet and an outlet, the pipe also having a recirculation reaction zone (RR zone) and a plug reaction profile reaction zone (PRPR zone) with the RR zone being closer to the inlet than the PRPR zone is; adding a solubilizing agent into the pipe; and reacting one or more reactants flowing in the pipe towards the outlet under esterification reaction conditions to form the pre-polyester. providing an esterification pipe reactor comprising a pipe, the pipe having an inlet and an outlet, the pipe also having a recirculation reaction zone (RR zone) and a plug reaction profile reaction zone (PRPR zone) with the RR zone being closer to the inlet than the PRPR zone is; adding a solubilizing agent into the pipe; and reacting one or more reactants flowing in the pipe towards the outlet under esterification reaction conditions to form the pre-polyester.
Modular system for production of dried seafood products, wherein the module comprises a container , the container comprising: - a drying room for holding racks of seafood materials that are to become the dried seafood products, - an air heater configured for heating air in the drying room to exceed a selected minimum temperature, - a freezing unit configured for cooling air in the drying room and maintaining an air temperature below a selected maximum temperature, the selected maximum temperature being below freezing, and - a control unit configured for controlling the air temperature in the drying room via the freezing unit and the air heater , such that the air temperature is below 0 degree Celsius for a duration of a drying process of the seafood materials. - a drying room for holding racks of seafood materials that are to become the dried seafood products, - an air heater configured for heating air in the drying room to exceed a selected minimum temperature, - a freezing unit configured for cooling air in the drying room and maintaining an air temperature below a selected maximum temperature, the selected maximum temperature being below freezing, and - a control unit configured for controlling the air temperature in the drying room via the freezing unit and the air heater , such that the air temperature is below 0 degree Celsius for a duration of a drying process of the seafood materials. - a control unit configured for controlling the air temperature in the drying room via the freezing unit and the air heater , such that the air temperature is below 0 degree Celsius for a duration of a drying process of the seafood materials.
A step for treadable-grating staircases, comprising: - a grating stair tread having a length suitable for the width of a staircase; and - at least two end plates for attachment of the step to the outer stringers of the staircase; wherein the bars of the grating stair tread are welded on said end plates , said step being characterized in that : reinforcement elements are provided underneath said grating stair tread of the step itself, said reinforcement elements comprising: - L-shaped sectional elements integrated on the underside of the grating stair tread and fixed to the end plates ; and - one or more reinforcement bands made of sheet metal arranged orthogonal to the L-shaped sectional elements and to the treading surface; whereby a functional and structural co-operation is obtained between said grating stair tread and said reinforcement elements. - a grating stair tread having a length suitable for the width of a staircase; and - at least two end plates for attachment of the step to the outer stringers of the staircase; wherein the bars of the grating stair tread are welded on said end plates , - L-shaped sectional elements integrated on the underside of the grating stair tread and fixed to the end plates ; and - one or more reinforcement bands made of sheet metal arranged orthogonal to the L-shaped sectional elements and to the treading surface;
A compound selected from the following group of compounds: -rel-N-(3-(pentafluorosulfanyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -N-(3-(pentafluorosulfanyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -rel-N-(3-(trifluormethyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -rel-N-(3-(trifluoromethoxy)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -N-(3-(trifluoromethyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -N-(3-(trifluoromethoxy)benzyl)bicyclo[2.2.1]heptane-2-carboxamide. -rel-N-(3-(pentafluorosulfanyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -N-(3-(pentafluorosulfanyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -rel-N-(3-(trifluormethyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -rel-N-(3-(trifluoromethoxy)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -N-(3-(trifluoromethyl)benzyl)bicyclo[2.2.1]heptane-2-carboxamide -N-(3-(trifluoromethoxy)benzyl)bicyclo[2.2.1]heptane-2-carboxamide.
A system for verifying operation of an optical flame detector , the system comprising: the optical flame detector , positioned in a manner to have a field of view which includes a location of potential fire, wherein the optical flame detector comprises: a digital infrared test signal source , wherein the digital infrared test signal source is configured to transmit a digital infrared test signal in the direction of the location of the potential fire with a spread similar to that of a coverage area included in the field of view of the optical flame detector ; and at least one of an ultraviolet light sensor , a visible light sensor , and an infrared sensor ; and a portable infrared test receiver , positioned at the location of the potential fire and configured to receive the digital infrared test signal, wherein upon receipt of the digital infrared test signal the portable infrared test receiver is configured to indicate that a location of potential fire is within a field of view of the optical flame detector . the optical flame detector , positioned in a manner to have a field of view which includes a location of potential fire, wherein the optical flame detector comprises: a digital infrared test signal source , wherein the digital infrared test signal source is configured to transmit a digital infrared test signal in the direction of the location of the potential fire with a spread similar to that of a coverage area included in the field of view of the optical flame detector ; and at least one of an ultraviolet light sensor , a visible light sensor , and an infrared sensor ; and a digital infrared test signal source , wherein the digital infrared test signal source is configured to transmit a digital infrared test signal in the direction of the location of the potential fire with a spread similar to that of a coverage area included in the field of view of the optical flame detector ; and at least one of an ultraviolet light sensor , a visible light sensor , and an infrared sensor ; and a portable infrared test receiver , positioned at the location of the potential fire and configured to receive the digital infrared test signal, wherein upon receipt of the digital infrared test signal the portable infrared test receiver is configured to indicate that a location of potential fire is within a field of view of the optical flame detector .
Dental restoration assembly , comprising a healing element and a support for a prosthesis , this support being attached removably to the healing element , the healing element being able to be connected directly or indirectly to a dental implant and comprising a lateral surface intended for at least partial integration within a gum in order to shape the gum as the latter heals, said healing element comprising a connection zone defined in a through-opening and able to receive the removable attachment of the support of a crown prosthesis and optionally able to receive the removable attachment of an impression-taking element , and comprising an end surface which, together with part of the lateral surface , forms an emergent surface which is intended to remain outside the gum and is asymmetrical with respect to at least one perpendicular median plane in order to present an anatomical and recognizable shape for forming the part for taking a digital impression, and the prosthesis support comprising a receiving part for a crown prosthesis and a connection part configured to cooperate with the connection zone of the healing element , said connection part of the support and the connection zone of the healing element comprising: - a male clipping component of said connection part cooperating with a recess/groove defined in a wall of the through-opening of the healing element, for the purpose of attachment by clipping between the support and the healing element , or - a threaded part of said connection part cooperating with an internally threaded part defined in a wall of the through-opening of the healing element for the purpose of mechanical connection between the support and the healing element . - a male clipping component of said connection part cooperating with a recess/groove defined in a wall of the through-opening of the healing element, for the purpose of attachment by clipping between the support and the healing element , or - a threaded part of said connection part cooperating with an internally threaded part defined in a wall of the through-opening of the healing element for the purpose of mechanical connection between the support and the healing element .
A sonic percussion therapy assembly , comprising: a first inflatable cell ; a second inflatable cell beneath the first inflatable cell ; and a sonic percussion structure comprising a plurality of speakers , attached to the first and second inflatable cells via attachment means and disposed between the first and second inflatable cells, and positioned above the second inflatable cell . a first inflatable cell ; a second inflatable cell beneath the first inflatable cell ; and a sonic percussion structure comprising a plurality of speakers , attached to the first and second inflatable cells via attachment means and disposed between the first and second inflatable cells, and positioned above the second inflatable cell .
Vacuum cleaner suction tube , with at least one latching projection , wherein the latching projection is formed in an end region of the vacuum cleaner suction tube , and wherein the latching projection is formed from the material of the vacuum cleaner suction tube , characterized in that the latching projection is formed outwards starting from the central axis of the vacuum cleaner suction tube , that the latching projection has a latching edge , that the latching edge lies in a plane whose plane normal is the central axis of the vacuum cleaner suction tube , that the latching edge is arranged on the side of the latching projection facing away from the end region , and that at least one second latching projection is formed in the end region on the vacuum cleaner suction tube .
Aircraft navigation system comprising: a civil-certified GPS-receiver , a military-type GPS-receiver , a monitoring unit , an alerting unit , and a transponder , wherein the civil-certified GPS-receiver is adapted for determining a first position information based on C/A-GPS-signals, wherein the military-type GPS-receiver is adapted for determining a second position information based on P(Y)-GPS-signals, wherein the aircraft navigation system is adapted to issue aircraft navigation signals based on the first position information when the aircraft is flying under normal navigation conditions in civil airspace, wherein the monitoring unit is adapted to detect a first abnormal navigation condition upon occurrence of jamming conditions within the C/A-GPS-signals, and wherein the monitoring unit is further adapted to compare the first position information with the second position information, and to detect a second abnormal navigation condition upon occurrence of a difference between the first position information and the second position information being larger than a threshold value for more than a threshold duration, wherein the alerting unit is adapted to initiate an alert procedure upon detection of at least one of the first and second abnormal navigation conditions by setting a transponder code in the aircraft to issuing a signal indicating airborne emergency, wherein the aircraft navigation system is adapted to be switched to issuing aircraft navigation signals based on the second position information of the military-type GPS-receiver after the alert procedure is initiated. a civil-certified GPS-receiver , a military-type GPS-receiver , a monitoring unit , an alerting unit , and a transponder , wherein the civil-certified GPS-receiver is adapted for determining a first position information based on C/A-GPS-signals, wherein the military-type GPS-receiver is adapted for determining a second position information based on P(Y)-GPS-signals, wherein the aircraft navigation system is adapted to issue aircraft navigation signals based on the first position information when the aircraft is flying under normal navigation conditions in civil airspace, wherein the monitoring unit is adapted to detect a first abnormal navigation condition upon occurrence of jamming conditions within the C/A-GPS-signals, and wherein the monitoring unit is further adapted to compare the first position information with the second position information, and to detect a second abnormal navigation condition upon occurrence of a difference between the first position information and the second position information being larger than a threshold value for more than a threshold duration, wherein the alerting unit is adapted to initiate an alert procedure upon detection of at least one of the first and second abnormal navigation conditions by setting a transponder code in the aircraft to issuing a signal indicating airborne emergency, wherein the aircraft navigation system is adapted to be switched to issuing aircraft navigation signals based on the second position information of the military-type GPS-receiver after the alert procedure is initiated.
A combination of at least one carbonation tower and at least one container , for appliances beverage dispenser, more specifically for preparing and delivering appliances of carbonated instant drinks, wherein the container cooperates with the at least one carbonation tower and a power supply of carbon dioxide/CO2, wherein said carbonation tower comprises: - a substantially elongated body comprised of only one cylindrical pipe provided with at least two orifices and secured to a base comprising at least one nozzle , said base further comprising a lid of a lower compartment ; wherein the water and carbon dioxide/CO2 are sucked by the center of the carbonation tower by the upper edge of the pipe and/or the orifices and expelled in a path orthogonal to the suction axis through the at least one nozzle , wherein said lower compartment comprises at least one electric engine cooperating with at least one propeller which acts as a centrifuge to suck CO2 and water from the interior of the cylindrical pipe and dispensing the water + CO2 mixture into the container by means of the at least one nozzle , and wherein said lid further comprises, on its perimeter wall, a portion provided with a toroidal contoured rib which forms a thread for coupling the carbonation tower to a lower nozzle of the container . - a substantially elongated body comprised of only one cylindrical pipe provided with at least two orifices and secured to a base comprising at least one nozzle , said base further comprising a lid of a lower compartment ;
A method performed by a network node serving wireless devices in a radio network where feedback signalling is employed to indicate either an acknowledgement, ACK, or a non-acknowledgement, NACK, of correct reception of data transmitted by the wireless devices, the method comprising: - assigning , prior to receiving a set of concurrent transmissions of data from a group of wireless devices served by the network node , a shared radio resource to the group of wireless devices to be used for retransmission in case the feedback signalling for at least one transmission of data out of the set of concurrent transmissions of data indicates a NACK, - receiving the set of concurrent transmissions of data from the group of wireless devices wherein a subset of the concurrent transmissions of data is not received correctly, - transmitting , as said feedback signalling, a NACK to those wireless devices in the group of wireless devices that transmitted the subset that was not received correctly, and - receiving , on the shared radio resource, a retransmission of at least one of the concurrent transmissions of data in the subset that was not received correctly from at least one wireless device to which said NACK was transmitted, wherein the network node signals to the wireless devices in the group that a first transmission mode shall be used for the set of concurrent transmissions of data, and that a second transmission mode shall be used for the retransmission on the shared radio resource, the second transmission mode being less robust to interference than the first transmission mode. - assigning , prior to receiving a set of concurrent transmissions of data from a group of wireless devices served by the network node , a shared radio resource to the group of wireless devices to be used for retransmission in case the feedback signalling for at least one transmission of data out of the set of concurrent transmissions of data indicates a NACK, - receiving the set of concurrent transmissions of data from the group of wireless devices wherein a subset of the concurrent transmissions of data is not received correctly, - transmitting , as said feedback signalling, a NACK to those wireless devices in the group of wireless devices that transmitted the subset that was not received correctly, and - receiving , on the shared radio resource, a retransmission of at least one of the concurrent transmissions of data in the subset that was not received correctly from at least one wireless device to which said NACK was transmitted,