mhurhangee/patent-ind-claim-en huggingface dataset:
Cement mortar for casting of cavities under the water surface consisting of: a cement, mixing water with a salinity of ≥ 0.1 %, and a silicon-containing aggregate, characterised in that the aggregate is an ash from the thermal recycling of glass fibre reinforced plastics or an organic aggregate of biogenic nature and the cement is a Portland cement. a cement, mixing water with a salinity of ≥ 0.1 %, and a silicon-containing aggregate, characterised in that the aggregate is an ash from the thermal recycling of glass fibre reinforced plastics or an organic aggregate of biogenic nature and the cement is a Portland cement.
A camphorsulfonate salt of intermediate , wherein the PG is C 1 -C 10 alkyl substituted by a C 6 -C 10 aryl group
A bale wrapper comprising a film dispenser that carries a quantity of film and is mounted for rotation about a first axis, a drive mechanism for driving rotation of the film dispenser , an obstruction sensor configured to halt rotation of the film dispenser if it senses an obstruction in the path of the film dispenser , and a control system that controls the drive mechanism to adjust the rotational speed of the film dispenser , characterised in that , the control system is configured to adjust the rotational speed of the film dispenser according to the quantity of film carried by the film dispenser .
A method for identity authentication, comprising: collecting, by a terminal, action attribute information of a user in a call answering process of raising the terminal for conversation when the user raises the terminal for conversation, wherein the action attribute information includes an acceleration value and an acceleration direction of the terminal at multiple moments; determining, according to preset standard information, whether the action attribute information is matched with the standard information; if yes, the authentication being successful, performing processing corresponding to the call answering process; and otherwise, the authentication being failed, refusing to perform the processing corresponding to the call answering process. collecting, by a terminal, action attribute information of a user in a call answering process of raising the terminal for conversation when the user raises the terminal for conversation, wherein the action attribute information includes an acceleration value and an acceleration direction of the terminal at multiple moments; determining, according to preset standard information, whether the action attribute information is matched with the standard information; if yes, the authentication being successful, performing processing corresponding to the call answering process; and otherwise, the authentication being failed, refusing to perform the processing corresponding to the call answering process.
A client node , comprising: a first radio configured to use a first radio access technology and a second radio configured to use a second different radio access technology; processing logic configured to monitor and manage the state machines of said first and second radios , said processing logic configured to: place said first radio in an active operative mode; place said second radio in a reduced functionality operative mode; monitor control messages for said second radio received via said first radio while said second radio is in said reduced functionality operative mode; and maintain context information for first and second state machines associated with said first and second radio access technologies, respectively, and in response to a change in the state machine associated with said second radio , use said first radio to send an uplink message to a network node or suppress the transmission of an uplink message. a first radio configured to use a first radio access technology and a second radio configured to use a second different radio access technology; processing logic configured to monitor and manage the state machines of said first and second radios , said processing logic configured to: place said first radio in an active operative mode; place said second radio in a reduced functionality operative mode; monitor control messages for said second radio received via said first radio while said second radio is in said reduced functionality operative mode; and maintain context information for first and second state machines associated with said first and second radio access technologies, respectively, and in response to a change in the state machine associated with said second radio , use said first radio to send an uplink message to a network node or suppress the transmission of an uplink message. place said first radio in an active operative mode; place said second radio in a reduced functionality operative mode; monitor control messages for said second radio received via said first radio while said second radio is in said reduced functionality operative mode; and maintain context information for first and second state machines associated with said first and second radio access technologies, respectively, and in response to a change in the state machine associated with said second radio , use said first radio to send an uplink message to a network node or suppress the transmission of an uplink message.
A bogie for a rail vehicle, intended to carry a body of the rail vehicle, the bogie comprising an axle structure comprising two wheels , characterised in that the axle structure comprises, for each wheel , a motor comprising a casing , the axle structure further comprising a cross member extending between the casings and integral with these casings , and in that the bogie comprises suspension means , comprising: - at least one torsion bar extending along a torsion axis, - at least one body support , mounted on the torsion bar and integral in rotation about the torsion axis with the torsion bar , the body support being intended to be fixed to the body, - at least one connecting device fixed in rotation with the torsion bar about the torsion axis, and connecting the torsion bar to a respective one of the housings . - at least one torsion bar extending along a torsion axis, - at least one body support , mounted on the torsion bar and integral in rotation about the torsion axis with the torsion bar , the body support being intended to be fixed to the body, - at least one connecting device fixed in rotation with the torsion bar about the torsion axis, and connecting the torsion bar to a respective one of the housings .
A method for use in a network functions virtualization environment comprising at least one virtual network function instance, a virtual network function manager responsible for virtualization-specific aspects of the virtual network function instance, and an element manager responsible for application-specific management of the virtual network function instance, characterized by : receiving, by the virtual network function manager, a request for a graceful termination of the virtual network function instance, transmitting, by the virtual network function manager, the request for the graceful termination of the virtual network function instance to the element manager, checking, by the virtual network function manager, whether a confirmation that the virtual network function instance to be terminated has been taken out of service, is received from the element manager, and if the confirmation is received, terminating, by the virtual network function manager, the virtual network function instance. receiving, by the virtual network function manager, a request for a graceful termination of the virtual network function instance, transmitting, by the virtual network function manager, the request for the graceful termination of the virtual network function instance to the element manager, checking, by the virtual network function manager, whether a confirmation that the virtual network function instance to be terminated has been taken out of service, is received from the element manager, and if the confirmation is received, terminating, by the virtual network function manager, the virtual network function instance.
A compound of formula (I): wherein AA 1 is either absent or is a rest derived from an amino acid selected from the group consisting of N-methyl-phenylalanine, N-methyl-tryptophan, N-methyl-tyrosine and N-methyl-isoleucine, AA 2 is either absent or is a rest derived from an amino acid selected from the group consisting of N-methyl-phenylalanine, N-methyl-alanine, N-methyl-β-alanine and N-methyl-leucine, G is a linear or branched alkylene rest comprising from 1 to 10 carbon atoms wherein one or more non-vicinal methylene moieties (-CH 2 -) in said rest may be replaced by corresponding oxygen atoms (-O-), R 1 is selected from the group consisting of hydrogen and phenyl, R 2 , R 3 and R 4 are independently selected from the group consisting of hydrogen and fluorine, R 5 and R 6 are independently selected from the group consisting of hydrogen and fluorine, or a salt thereof. AA 1 is either absent or is a rest derived from an amino acid selected from the group consisting of N-methyl-phenylalanine, N-methyl-tryptophan, N-methyl-tyrosine and N-methyl-isoleucine, AA 2 is either absent or is a rest derived from an amino acid selected from the group consisting of N-methyl-phenylalanine, N-methyl-alanine, N-methyl-β-alanine and N-methyl-leucine, G is a linear or branched alkylene rest comprising from 1 to 10 carbon atoms wherein one or more non-vicinal methylene moieties (-CH 2 -) in said rest may be replaced by corresponding oxygen atoms (-O-), R 1 is selected from the group consisting of hydrogen and phenyl, R 2 , R 3 and R 4 are independently selected from the group consisting of hydrogen and fluorine, R 5 and R 6 are independently selected from the group consisting of hydrogen and fluorine,
Training apparatus arranged for supporting a bicycle , comprising a ground-supported or -supportable frame that is at least provided with a supporting roll or rollers for a bicycle back wheel that is/are movable in the frame , characterized in that at least the supporting roll or rollers for the bicycle back wheel is/are movably suspended in the frame in vertical direction, characterized in that the suspension of the roll or rollers is adapted such that horizontal movements of the roll or rollers relative to the bicycle induced by acceleration or deceleration of the bicycle are converted into vertical movements such that the horizontal movements are attenuated by gravity.
A method for distributing energy to a plurality of buildings , the method comprising: exchanging, at a central heat exchanger , heat from an incoming flow of district heat transfer fluid of a district feed conduit in a district heating grid , the incoming flow of district heat transfer fluid having a first temperature in the range of 50-120°C, to an outgoing flow of local heat transfer fluid in a local feed conduit of a local energy distributing system , the outgoing flow of local heat transfer fluid having a temperature of 5-30°C; and extracting, at a local heating system in each of the plurality of buildings , each local heating system having an inlet connected to the local feed conduit , heat from the local heat transfer fluid flowing in the local feed conduit for providing hot tap water and comfort heating to the respective building . exchanging, at a central heat exchanger , heat from an incoming flow of district heat transfer fluid of a district feed conduit in a district heating grid , the incoming flow of district heat transfer fluid having a first temperature in the range of 50-120°C, to an outgoing flow of local heat transfer fluid in a local feed conduit of a local energy distributing system , the outgoing flow of local heat transfer fluid having a temperature of 5-30°C; and extracting, at a local heating system in each of the plurality of buildings , each local heating system having an inlet connected to the local feed conduit , heat from the local heat transfer fluid flowing in the local feed conduit for providing hot tap water and comfort heating to the respective building .
A method for regulating the rotor rotational speed of a rotor of a rotary tablet press, wherein the rotor has a rotary drive for rotating the rotor , a die plate which revolves with the rotor and has a plurality of cavities as well as a plurality of upper and lower punches which likewise revolve with the rotor and are assigned in pairs to a cavity of the die plate in order to compress filling material in the cavity into a pellet, wherein a rotational speed regulator actuates the rotary drive of the rotor based on a comparison of a measured rotor rotational speed with a nominal rotational speed value, characterized in that , on the basis of directly or indirectly determined pressing force values of upper and/or lower punches, a load torque to be expected is determined for the rotary drive when passing through pressing rollers of the rotary tablet press, and the determined load torque to be expected is provided as a pilot control in the form of an additional nominal torque for actuating the rotary drive .
A pulse width modulation (PWM) based active harmonic filter (AHF) system , comprising: an input line by which upstream current is carried from an electric grid ; an output line by which downstream current is carried toward a load , wherein the load comprises a rectifier front end type variable frequency drive in a high tier chiller ; characterised by a controller configured to adjust the load on the PWM based AHF system from a first load to a second load, the first load being greater than the second load, wherein the controller is configured to adjust a frequency of the PWM based AHF system from a first frequency to a second frequency when the load is equal to the second load, and wherein the second frequency is greater than the first frequency; a first harmonic compensator configured to filter a first order of frequency harmonics of the load when the load is equal to the second load; and a second harmonic compensator configured to filter a second order of frequency harmonics of the load in addition with the first order of frequency harmonics when the load is equal to the second load and the frequency is equal to the second frequency, the second order of frequency harmonics being greater than the first order of frequency harmonics. an input line by which upstream current is carried from an electric grid ; an output line by which downstream current is carried toward a load , wherein the load comprises a rectifier front end type variable frequency drive in a high tier chiller ; characterised by a controller configured to adjust the load on the PWM based AHF system from a first load to a second load, the first load being greater than the second load, wherein the controller is configured to adjust a frequency of the PWM based AHF system from a first frequency to a second frequency when the load is equal to the second load, and wherein the second frequency is greater than the first frequency; a first harmonic compensator configured to filter a first order of frequency harmonics of the load when the load is equal to the second load; and a second harmonic compensator configured to filter a second order of frequency harmonics of the load in addition with the first order of frequency harmonics when the load is equal to the second load and the frequency is equal to the second frequency, the second order of frequency harmonics being greater than the first order of frequency harmonics.
Current transformer arrangement for high voltage gas insulated switchgear substation, wherein the current transformer is arranged in an enclosure of housing, characterized in that the current transformer is embedded by vacuum casting resin outside of a metal tube of a metal tube assembly, in such, that a primary conductor of the current transformer is located in the middle of the metal assembly and sealed by Insulation gas SF 6 , and that on the metal tube are fixed secondary coils by polyurethane and centered, and that a secondary box (1*) is casted resin of insulating material sidely on the casted resin of the metal tube , in order to contain secondary side elements of the current transformer, and that the secondary box (1*) is also made by epoxy and protecting SF 6 -leakage. wherein the current transformer is arranged in an enclosure of housing, characterized in that the current transformer is embedded by vacuum casting resin outside of a metal tube of a metal tube assembly, in such, that a primary conductor of the current transformer is located in the middle of the metal assembly and sealed by Insulation gas SF 6 , and that on the metal tube are fixed secondary coils by polyurethane and centered, and that a secondary box (1*) is casted resin of insulating material sidely on the casted resin of the metal tube , in order to contain secondary side elements of the current transformer, and that the secondary box (1*) is also made by epoxy and protecting SF 6 -leakage.
A method comprising: receiving , by at least one system service executing at a computerized watch , from an application that is currently executing, information about a user controllable operation being performed by the application, the computerized watch having a user interface component configured to receive user input; responsive to receiving the information about the user controllable operation being performed by the application, automatically generating , by the at least one system service, a dynamic control element associated with the user controllable operation being performed by the application, wherein the dynamic control element includes: a first portion that presents at least a subset of the information about the user controllable operation being performed by the application, and a second portion that obtains user input that adjusts the performance of the user controllable operation being performed by the application; and outputting , by the at least one system service, for display by the user interface component , a user interface , wherein the user interface includes: the dynamic control element, and one or more static control elements that control operations being performed by the at least one system service, wherein the one or more static control elements are independent of operations being performed by applications executing at, or communicating with, the computerized watch . receiving , by at least one system service executing at a computerized watch , from an application that is currently executing, information about a user controllable operation being performed by the application, the computerized watch having a user interface component configured to receive user input; responsive to receiving the information about the user controllable operation being performed by the application, automatically generating , by the at least one system service, a dynamic control element associated with the user controllable operation being performed by the application, wherein the dynamic control element includes: a first portion that presents at least a subset of the information about the user controllable operation being performed by the application, and a second portion that obtains user input that adjusts the performance of the user controllable operation being performed by the application; and a first portion that presents at least a subset of the information about the user controllable operation being performed by the application, and a second portion that obtains user input that adjusts the performance of the user controllable operation being performed by the application; and outputting , by the at least one system service, for display by the user interface component , a user interface , wherein the user interface includes: the dynamic control element, and one or more static control elements that control operations being performed by the at least one system service, wherein the one or more static control elements are independent of operations being performed by applications executing at, or communicating with, the computerized watch .
A parking assist method comprising: acquiring (S101) recognition information on parked vehicles existing in a parking lot; and determining (S102) whether or not two or more vehicles parked side by side exist by the recognition information; characterized by when determining that two or more vehicles parked side by side exist (S102: YES), setting (S104) a reference line (L) extending along a pathway of the parking lot; calculating (S105, S305) distances (X) between the reference line (L) and the parked vehicles included in the recognition information; extracting (S106; S204) a set of two or more vehicles so as to include at least two or more vehicles parked side by side from the recognition information and grouping (S107; S205) the set of vehicles on a basis of the calculated distances (X); and when a space into which parking is possible exists (S109: YES; S207: YES) between the parked vehicles included in the grouped set of vehicles , estimating (S110; S208) the space as an available parking space. acquiring (S101) recognition information on parked vehicles existing in a parking lot; and determining (S102) whether or not two or more vehicles parked side by side exist by the recognition information; characterized by when determining that two or more vehicles parked side by side exist (S102: YES), setting (S104) a reference line (L) extending along a pathway of the parking lot; calculating (S105, S305) distances (X) between the reference line (L) and the parked vehicles included in the recognition information; extracting (S106; S204) a set of two or more vehicles so as to include at least two or more vehicles parked side by side from the recognition information and grouping (S107; S205) the set of vehicles on a basis of the calculated distances (X); and when a space into which parking is possible exists (S109: YES; S207: YES) between the parked vehicles included in the grouped set of vehicles , estimating (S110; S208) the space as an available parking space.
System for attaching a bracelet to a watch case, comprising: - a first bracelet element arranged so as to adopt a position between a pair of horns comprised by said watch case; - a bar housed in said first element and extending along a transverse axis (A-A) of this latter, said bar having at least one retractable pivot intended to cooperate with one of said horns of said watch case; - a second bracelet element mounted around said bar so as to pivot relative to said first element; characterized in that said first element and said second element are adjacent links, arranged so as to define: - a first relative angular position between said first element and said second element in which said retractable pivot is held in a deployed position in which said pivot is able to cooperate with said horn; and - a second relative angular position between said first element and said second element in which said retractable pivot is retracted or is able to be retracted. - a first bracelet element arranged so as to adopt a position between a pair of horns comprised by said watch case; - a bar housed in said first element and extending along a transverse axis (A-A) of this latter, said bar having at least one retractable pivot intended to cooperate with one of said horns of said watch case; - a second bracelet element mounted around said bar so as to pivot relative to said first element; - a first relative angular position between said first element and said second element in which said retractable pivot is held in a deployed position in which said pivot is able to cooperate with said horn; and - a second relative angular position between said first element and said second element in which said retractable pivot is retracted or is able to be retracted.