mhurhangee/patent-ind-claim-en huggingface dataset:
A chiller controller for limiting suction flow, comprising: - one or more processors ; and - a memory device comprising a state detector , an energy predictor , and a compressor controller , the memory device storing computer-readable instructions that when executed by the one or more processors , cause the one or more processors to: - receive, at the state detector , a first pressure from an evaporator pressure sensor coupled to an evaporator ; - receive, at the state detector , a second pressure from a condenser pressure sensor coupled to a condenser ; - determine, by the energy predictor , a predicted energy level of operation of a compressor based on the first pressure and the second pressure, the predicted energy level associated with liquid droplet flow from the evaporator to the compressor ; - compare, by the compressor controller , the predicted energy level to an operating energy level of the compressor ; and - modify, by the compressor controller , at least one of a power and a current to a prime mover of the compressor based on the comparison satisfying a modification condition. - one or more processors ; and - a memory device comprising a state detector , an energy predictor , and a compressor controller , the memory device storing computer-readable instructions that when executed by the one or more processors , cause the one or more processors to: - receive, at the state detector , a first pressure from an evaporator pressure sensor coupled to an evaporator ; - receive, at the state detector , a second pressure from a condenser pressure sensor coupled to a condenser ; - determine, by the energy predictor , a predicted energy level of operation of a compressor based on the first pressure and the second pressure, the predicted energy level associated with liquid droplet flow from the evaporator to the compressor ; - compare, by the compressor controller , the predicted energy level to an operating energy level of the compressor ; and - modify, by the compressor controller , at least one of a power and a current to a prime mover of the compressor based on the comparison satisfying a modification condition. - receive, at the state detector , a first pressure from an evaporator pressure sensor coupled to an evaporator ; - receive, at the state detector , a second pressure from a condenser pressure sensor coupled to a condenser ; - determine, by the energy predictor , a predicted energy level of operation of a compressor based on the first pressure and the second pressure, the predicted energy level associated with liquid droplet flow from the evaporator to the compressor ; - compare, by the compressor controller , the predicted energy level to an operating energy level of the compressor ; and - modify, by the compressor controller , at least one of a power and a current to a prime mover of the compressor based on the comparison satisfying a modification condition.
A process for preparing an aqueous gel ink with fixed color comprising the steps of: (i) preparing a gel-based matrix of aqueous ink; (ii) preparing an aqueous suspension of gold or silver nanoparticles with fixed color by mixing gold or silver salts with: - water, - a derivative of alkaline earth metal, - an ester of retinol of formula (I): wherein R is an optionally substituted C 1- C 6 aliphatic group, more specifically a (C 1 -C 6 )alkyl group, and - optionally, a carbonate; (iii) adding under stirring the aqueous suspension of gold or silver nanoparticles obtained in step (ii) to the gel-based matrix of aqueous ink obtained in step (i), thereby obtaining an aqueous gel ink with fixed color with gold or silver nanoparticles dispersed therein. (i) preparing a gel-based matrix of aqueous ink; (ii) preparing an aqueous suspension of gold or silver nanoparticles with fixed color by mixing gold or silver salts with: - water, - a derivative of alkaline earth metal, - an ester of retinol of formula (I): wherein R is an optionally substituted C 1- C 6 aliphatic group, more specifically a (C 1 -C 6 )alkyl group, and - optionally, a carbonate; - water, - a derivative of alkaline earth metal, - an ester of retinol of formula (I): wherein R is an optionally substituted C 1- C 6 aliphatic group, more specifically a (C 1 -C 6 )alkyl group, and - optionally, a carbonate; (iii) adding under stirring the aqueous suspension of gold or silver nanoparticles obtained in step (ii) to the gel-based matrix of aqueous ink obtained in step (i), thereby obtaining an aqueous gel ink with fixed color with gold or silver nanoparticles dispersed therein.
A process for producing an episulfide compound for an optical material, comprising: a step of chlorinating glycerin to obtain dichloropropanol; a step of epoxidizing the dichloropropanol to obtain epichlorohydrin; a step of reacting the epichlorohydrin with a sulfating agent to obtain a bis(chlorohydrin) (di)sulfide compound through a thiol compound; a step of epoxidizing the bis(chlorohydrin) (di)sulfide compound under basic conditions to obtain an epoxy compound; and a step of reacting the epoxy compound with a sulfating agent to obtain an episulfide compound represented by following General Formula : wherein, in the formula, n represents 0 or 1, wherein the step of chlorinating glycerin is a step of chlorinating glycerin to obtain a composition containing dichloropropanol and chlorine-based impurities, wherein the impurities comprise chlorine-based byproducts and/or hydrolysable chlorine, wherein the chlorine-based byproducts are at least one compound selected from allyl chloride, 1,2-dichloropropane, 2,3-dichloropropene, 2-chloroallyl alcohol, 1,3-dichloropropene and 1,2,3-trichloropropane, and the step of epoxidizing the dichloropropanol is a step of epoxidizing the dichloropropanol of the composition to obtain a composition containing epichlorohydrin and 5,000 ppm or less of the chlorine-based impurities. a step of chlorinating glycerin to obtain dichloropropanol; a step of epoxidizing the dichloropropanol to obtain epichlorohydrin; a step of reacting the epichlorohydrin with a sulfating agent to obtain a bis(chlorohydrin) (di)sulfide compound through a thiol compound; a step of epoxidizing the bis(chlorohydrin) (di)sulfide compound under basic conditions to obtain an epoxy compound; and a step of reacting the epoxy compound with a sulfating agent to obtain an episulfide compound represented by following General Formula : wherein, in the formula, n represents 0 or 1, wherein the step of chlorinating glycerin is a step of chlorinating glycerin to obtain a composition containing dichloropropanol and chlorine-based impurities, wherein the impurities comprise chlorine-based byproducts and/or hydrolysable chlorine, wherein the chlorine-based byproducts are at least one compound selected from allyl chloride, 1,2-dichloropropane, 2,3-dichloropropene, 2-chloroallyl alcohol, 1,3-dichloropropene and 1,2,3-trichloropropane, and the step of epoxidizing the dichloropropanol is a step of epoxidizing the dichloropropanol of the composition to obtain a composition containing epichlorohydrin and 5,000 ppm or less of the chlorine-based impurities.
A levelling device for materials in powder or granule form, comprising a rest plane , predisposed to receive at least a layer (L) of material in powder or granule form having a thickness (S); wherein: a leveller is positioned above the rest plane ; the rest plane and the leveller are mobile in relation to one another along a longitudinal direction (X); the leveller is provided with a first element , arranged at a first height (H1) that is lower than the thickness (S) of the layer (L), which is predisposed to interfere with a surface layer (L1) of the layer (L) and to lift the surface layer (L1) to a height that is greater than the thickness (S) thereof without forming an accumulation of material; the leveller is provided with a second element , positioned downstream of the first element and located at a second height (H2) so as to interfere with the surface layer (L1); characterised in that the first element comprises a wire-shaped element . a leveller is positioned above the rest plane ; the rest plane and the leveller are mobile in relation to one another along a longitudinal direction (X); the leveller is provided with a first element , arranged at a first height (H1) that is lower than the thickness (S) of the layer (L), which is predisposed to interfere with a surface layer (L1) of the layer (L) and to lift the surface layer (L1) to a height that is greater than the thickness (S) thereof without forming an accumulation of material; the leveller is provided with a second element , positioned downstream of the first element and located at a second height (H2) so as to interfere with the surface layer (L1); characterised in that the first element comprises a wire-shaped element .
A process for producing a zeolite membrane formed on internal wall faces of cells of a porous monolith substrate having a plurality of cells formed from one end face to the other end face in a longitudinal direction, the process comprising the step of removing a structure-directing agent by heating, in an atmosphere having an O 2 concentration of 35 vol% or more, a zeolite membrane containing the structure-directing agent, the zeolite membrane being formed on the substrate by hydrothermal synthesis, wherein the structure-directing agent is 1-adamantanamine which is used as a structure-forming agent for forming a pore structure inherent to zeolite, and the zeolite membrane formed is a DDR type zeolite membrane .
A method for server management in a communications network, comprising: receiving, by a surrogate manager server, SM , from a topology manager, TM , a request for a serving surrogate server, SS; determining , by the SM, a best SS based on information available at the SM, the information including network statistics, server statistics, server status, network topology, network load, or access constraints; on a condition that the best SS is in a connected server state: transmitting, by the SM to the TM, a message indicating an identity of the best SS; on a condition that the best SS is not in a connected server state: determining , by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS. receiving, by a surrogate manager server, SM , from a topology manager, TM , a request for a serving surrogate server, SS; determining , by the SM, a best SS based on information available at the SM, the information including network statistics, server statistics, server status, network topology, network load, or access constraints; on a condition that the best SS is in a connected server state: transmitting, by the SM to the TM, a message indicating an identity of the best SS; on a condition that the best SS is not in a connected server state: determining , by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS. transmitting, by the SM to the TM, a message indicating an identity of the best SS; on a condition that the best SS is not in a connected server state: determining , by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS. determining , by the SM, a best connected SS based on the information available at the SM; transmitting, by the SM to the TM, a message indicating an identity of the best connected SS; transmitting, by the SM, a management command to transition the best SS to the connected server state, and transmitting, by the SM to the TM, a message indicating the identity of the best SS.
Arrangement for the allocation of destination calls in an elevator system with at least two elevators , comprising a wireless transmitter device connected with an allocation control of the elevator system, which transmitter device interacts within a certain mutual distance with a wireless ID device carried by a passenger, which ID device is configured to transmit to the transmitter device an ID which is linked with a special transportation service in the elevator system, whereby the ID device is configured to transmit ID data and/or a call with a departure floor and destination floor to the allocation control , in which arrangement the transmitter device is located at least in the vicinity of an elevator and in the vicinity of a tag carrying a symbol (62-70) correlated to the special transportation service characterized in that the elevator system comprises a memory with particular operation parameter of the elevators linked to a special transportation service request of the ID device and that the tag is realized as a display which is configured to display different symbols (62-70) according to different special transportation services in response to the data received from the ID device ..
A circuit breaker comprising: a housing having a bottom side ; a trip mechanism disposed in said housing ; a first terminal on the bottom side of said housing , the first terminal electrically connected to said trip mechanism ; a second terminal on the bottom side of said housing , the second terminal electrically connected to said trip mechanism ; a first terminal barrier connected to said housing , the first terminal barrier slidable from a first position at least partially covering said first terminal to a second position at least partially exposing said first terminal ; and a second terminal barrier connected to said housing , the second terminal barrier slidable from a first position at least partially covering said second terminal to a second position at least partially exposing said second terminal wherein the bottom side of said housing has a first long side, a second long side, a first short side and a second short side; said housing has a first wall perpendicular to the first long side and a second wall perpendicular to the second long side; characterized in that the circuit breaker further comprises at least one slot along said first wall; at least one slot along said second wall; said first terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall; and said second terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall. a housing having a bottom side ; a trip mechanism disposed in said housing ; a first terminal on the bottom side of said housing , the first terminal electrically connected to said trip mechanism ; a second terminal on the bottom side of said housing , the second terminal electrically connected to said trip mechanism ; a first terminal barrier connected to said housing , the first terminal barrier slidable from a first position at least partially covering said first terminal to a second position at least partially exposing said first terminal ; and a second terminal barrier connected to said housing , the second terminal barrier slidable from a first position at least partially covering said second terminal to a second position at least partially exposing said second terminal wherein the bottom side of said housing has a first long side, a second long side, a first short side and a second short side; said housing has a first wall perpendicular to the first long side and a second wall perpendicular to the second long side; characterized in that the circuit breaker further comprises at least one slot along said first wall; at least one slot along said second wall; said first terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall; and said second terminal barrier having at least two runners that interlock with said at least one slot along said first wall and said at least one slot along said second wall.
A method comprising; generating , at a first device , key information for a virtual private network, VPN, connection between the first device and a second device , the VPN connection being over a public network ; wherein the key information comprises one or more session keys for a VPN session associated with the VPN connection that are specific to the VPN session; generating , at the first device , a plurality of shares from the key information; wherein the plurality of shares includes a first set of one or more shares and a second set of one or more shares; wherein the first set of one or more shares is different than the second set of one or more shares; causing the first set of one or more shares to be stored on a dongle that is paired to the first device ; causing the second set of one or more shares to be stored on the first device ; in response to a request to re-establish the VPN session associated with the VPN connection between the first device and the second device : retrieving the first set of one or more shares from the dongle ; re-establishing the VPN session between the first device and the second device based on the first set of one or more shares and the second set of one or more shares. retrieving the first set of one or more shares from the dongle ; re-establishing the VPN session between the first device and the second device based on the first set of one or more shares and the second set of one or more shares.
Capsule comprising alginate encapsulating : - insulin-secreting cells, - a RGD-alginate, - mesenchymal stem cells, and - extracellular matrix, wherein the surface of the capsule is at least partly coated with a zwitterionic polymer, which is chitosan on which zwitterionic moieties have been grafted. - insulin-secreting cells, - a RGD-alginate, - mesenchymal stem cells, and - extracellular matrix,
A method, comprising: receiving , by a first computer system , data shared by a second computer system to permit the first computer system to perform processing of the data according to a set of policies specified by the second computer system; instantiating , by the first computer system, a verification environment in which to process the shared data; processing , by the first computer system, a portion of the shared data by executing a set of processing routines to generate a result based on the shared data; verifying , by the verification environment of the first computer system, whether the result is in accordance with the set of policies specified by the second computer system; determining , by the verification environment of the first computer system, whether to output the result based on the verifying; and sending , by the verification environment of the first computer system, an indication of an outcome of the determining to the second computer system, wherein the indication is usable by the second computer system to determine whether to provide the first computer system with continued access to the shared data. receiving , by a first computer system , data shared by a second computer system to permit the first computer system to perform processing of the data according to a set of policies specified by the second computer system; instantiating , by the first computer system, a verification environment in which to process the shared data; processing , by the first computer system, a portion of the shared data by executing a set of processing routines to generate a result based on the shared data; verifying , by the verification environment of the first computer system, whether the result is in accordance with the set of policies specified by the second computer system; determining , by the verification environment of the first computer system, whether to output the result based on the verifying; and sending , by the verification environment of the first computer system, an indication of an outcome of the determining to the second computer system, wherein the indication is usable by the second computer system to determine whether to provide the first computer system with continued access to the shared data.
A heat treatment monitoring system , comprising - a conveyor belt for moving the pieces of food - a laser light emitting and distribution unit for generating a first laser beam and a second laser beam and for directing the first laser beam towards a first position on the conveyor belt and the second laser beam towards a second position on the conveyor belt within or next to a heat treatment unit ; - a sensor system for detecting the first laser beam and the second laser beam scattered from the piece of food ; - a measurement unit for determining a three dimensional profile of the piece of food according to the detection of the sensor system by means of laser triangulation, characterized in that - the heat treatment monitoring system comprises the heat treatment unit for heating pieces of food ; and - the conveyor belt is provided for moving the pieces of food )through the heat treatment unit ; and - the measurement unit is adapted to observe a difference of respective surface structures of different pieces of food caused by the heat treatment as the conveyor belt moves the pieces of food through the heat treatment unit from a focus point of the first laser beam towards the second position, which is the focus point of the second laser beam to determine information about the difference in surface structure at different stages of the heat treatment process to automatically control the heat treatment process. - a sensor system for detecting the first laser beam and the second laser beam scattered from the piece of food ; - a measurement unit for determining a three dimensional profile of the piece of food according to the detection of the sensor system by means of laser triangulation, characterized in that - the heat treatment monitoring system comprises the heat treatment unit for heating pieces of food ; and - the conveyor belt is provided for moving the pieces of food )through the heat treatment unit ; and - the measurement unit is adapted to observe a difference of respective surface structures of different pieces of food caused by the heat treatment as the conveyor belt moves the pieces of food through the heat treatment unit from a focus point of the first laser beam towards the second position, which is the focus point of the second laser beam to determine information about the difference in surface structure at different stages of the heat treatment process to automatically control the heat treatment process.
Method for determining the head-related transfer function (HRTF) for at least one person using a vehicle , wherein the head-related transfer function (HRTF) is calculated based on features of the person which are captured by cameras , characterized in that the features are captured by a plurality of cameras at least partially one after the other over time, wherein at least one of the cameras is arranged such that it captures the person in the external region of the vehicle as they approach and open the vehicle .
A pulverized material of Odontella aurita for use for anti-obesity, wherein the pulverized material is a microfluidized material of Odontella aurita ..