mhurhangee/patent-ind-claim-en huggingface dataset:
A control node comprising: a first communication component for communicating with a first wireless access network node ; a second communication component for communicating with a second wireless access network node (108-1); and a processor configured to: determine a first aggregate data rate for a user equipment, UE ; determine a second aggregate data rate for the UE ; send the first aggregate rate to the first wireless access network node for controlling data communication between the first wireless access network node and the UE ; and send the second aggregate data rate to the second wireless access network node (108-1) for controlling data communication between the second wireless access network node (108-1) and the UE , wherein, from an overall aggregate data rate of the UE , the first aggregate data rate and the second aggregate data rate are derived from a respective access point name aggregate maximum bit rate, APN-AMBR, carried by the first wireless access network node and the second wireless access network node (108-1), without exceeding the overall aggregate data rate of the UE . a first communication component for communicating with a first wireless access network node ; a second communication component for communicating with a second wireless access network node (108-1); and a processor configured to: determine a first aggregate data rate for a user equipment, UE ; determine a second aggregate data rate for the UE ; send the first aggregate rate to the first wireless access network node for controlling data communication between the first wireless access network node and the UE ; and send the second aggregate data rate to the second wireless access network node (108-1) for controlling data communication between the second wireless access network node (108-1) and the UE , determine a first aggregate data rate for a user equipment, UE ; determine a second aggregate data rate for the UE ; send the first aggregate rate to the first wireless access network node for controlling data communication between the first wireless access network node and the UE ; and send the second aggregate data rate to the second wireless access network node (108-1) for controlling data communication between the second wireless access network node (108-1) and the UE , wherein, from an overall aggregate data rate of the UE , the first aggregate data rate and the second aggregate data rate are derived from a respective access point name aggregate maximum bit rate, APN-AMBR, carried by the first wireless access network node and the second wireless access network node (108-1), without exceeding the overall aggregate data rate of the UE .
Liquefaction apparatus for liquefying a product gas, said apparatus comprising: • a compressor for compressing the product gas, said compressor having a variable discharge flow rate; • a predicted power calculation unit for obtaining a predicted amount of power used by the compressor after a predetermined time has elapsed, on the basis of an integrated power value obtained by integrating a usage power of the compressor; characterized in that the liquefaction apparatus further comprises: • a power demand control unit for comparing the predicted amount of power and a moving average of instantaneous power used by the compressor, and controlling the discharge flow rate of the compressor in such a way as to come infinitely close to a target value of power used by the compressor, without exceeding the target value, and while using the larger value of the predicted amount of power and the moving average of instantaneous power as a value being controlled. • a compressor for compressing the product gas, said compressor having a variable discharge flow rate; • a predicted power calculation unit for obtaining a predicted amount of power used by the compressor after a predetermined time has elapsed, on the basis of an integrated power value obtained by integrating a usage power of the compressor; • a power demand control unit for comparing the predicted amount of power and a moving average of instantaneous power used by the compressor, and controlling the discharge flow rate of the compressor in such a way as to come infinitely close to a target value of power used by the compressor, without exceeding the target value, and while using the larger value of the predicted amount of power and the moving average of instantaneous power as a value being controlled.
A refrigerator comprising: a refrigerator cabinet ; a storage chamber located within the refrigerator cabinet ; a first drawer located in the storage chamber at a rear retracted position and configured to move to a rear extended position by moving forward in a direction toward a front of the storage chamber ; a second drawer arranged in front of the first drawer at a front retracted position and configured to move to a front extended position by moving forward in a direction toward the front of the storage chamber and downward in a direction toward a bottom of the storage chamber ; a rail unit configured to support the first drawer and the second drawer and guide movement of the first drawer and the second drawer ; characterized by a link unit comprising a shaft coupled to the second drawer , the link unit being connectedly provided between the second drawer and the rail unit and configured to pivot the second drawer forward and downward to the front extended position. a refrigerator cabinet ; a storage chamber located within the refrigerator cabinet ; a first drawer located in the storage chamber at a rear retracted position and configured to move to a rear extended position by moving forward in a direction toward a front of the storage chamber ; a second drawer arranged in front of the first drawer at a front retracted position and configured to move to a front extended position by moving forward in a direction toward the front of the storage chamber and downward in a direction toward a bottom of the storage chamber ; a rail unit configured to support the first drawer and the second drawer and guide movement of the first drawer and the second drawer ; characterized by a link unit comprising a shaft coupled to the second drawer , the link unit being connectedly provided between the second drawer and the rail unit and configured to pivot the second drawer forward and downward to the front extended position.
Production process integrating method for the integration of multilevel production processes in which the end product produced by a production entity operating on a lower production level serves as the input material for a production entity operating on a consecutive higher production level , the process comprising - identifying machine and/or human activities involved in the production of the end product in the production entities operating on the individual production levels, and associating production agents to the identified activities, characterised in that the process further comprises: - identifying the physical parameters influencing the activity of the production agents , - measuring the identified physical parameters with sensors , - determining a probability index relating to a fulfilment time of the activity associated with the given production agent using the measured physical parameters, - determining a probability index relating to the fulfilment time of a quota consisting of a given amount of end product to be produced on the given production level from the probability indices determined for the production agents , - the probability index relating to the fulfilment time of the quota is provided to the production entity operating on the consecutive higher production level. - identifying machine and/or human activities involved in the production of the end product in the production entities operating on the individual production levels, and associating production agents to the identified activities, - identifying the physical parameters influencing the activity of the production agents , - measuring the identified physical parameters with sensors , - determining a probability index relating to a fulfilment time of the activity associated with the given production agent using the measured physical parameters, - determining a probability index relating to the fulfilment time of a quota consisting of a given amount of end product to be produced on the given production level from the probability indices determined for the production agents , - the probability index relating to the fulfilment time of the quota is provided to the production entity operating on the consecutive higher production level.
A method of transmitting data between a vehicle and a plurality of vehicle off-loaded data transmission units , the method being implemented by an on-board computing unit within the vehicle and comprising the steps of : - storing possible connection modes (2G, 3G, 4G, Wi-Fi, wired) between the vehicle and the plurality of vehicle off-board data transmission units available over a predetermined period of time, - tracking the rhythms of the connection modes over the predetermined period of time, - delaying a data transmission according to the patterns of the identified connection modes, to wait until a preferred connection mode is available at a time when the data transmission is decided, the method being characterised in that provision is made to store a position of the vehicle together with the possible connection modes, and wherein provision is made to delay the data exchange only if the vehicle is at a distance from a location with the preferred connection mode less than a predetermined distance. - storing possible connection modes (2G, 3G, 4G, Wi-Fi, wired) between the vehicle and the plurality of vehicle off-board data transmission units available over a predetermined period of time, - tracking the rhythms of the connection modes over the predetermined period of time, - delaying a data transmission according to the patterns of the identified connection modes, to wait until a preferred connection mode is available at a time when the data transmission is decided, the method being characterised in that provision is made to store a position of the vehicle together with the possible connection modes, and wherein provision is made to delay the data exchange only if the vehicle is at a distance from a location with the preferred connection mode less than a predetermined distance.
A method, comprising: creating a TCP connection between a client device and a cloud device; sending, by the cloud device, a first UDP message to the client device in response to the creation of a TCP connection with the client device; waiting, by the client device, to receive the first UDP message until a predetermined time after the creation of the TCP connection; and if the client device has not received the first UDP message by the predetermined time, sending, by the client device, a second UDP message to the cloud device, wherein sending the second UDP message starts an open time period during which the client device is able to receive UDP messages from the cloud device. creating a TCP connection between a client device and a cloud device; sending, by the cloud device, a first UDP message to the client device in response to the creation of a TCP connection with the client device; waiting, by the client device, to receive the first UDP message until a predetermined time after the creation of the TCP connection; and if the client device has not received the first UDP message by the predetermined time, sending, by the client device, a second UDP message to the cloud device, wherein sending the second UDP message starts an open time period during which the client device is able to receive UDP messages from the cloud device.
A method for operating a wireless communication system, the method comprising: transmitting , to a user equipment, UE, a first message comprising information regarding a plurality of carriers supportable for the UE; and receiving , from the UE, a second message including carrier information regarding at least one combination of carriers supported by the UE for carrier aggregation, CA, among the plurality of carriers, wherein the at least one combination of carriers is associated with an ordering of the information regarding the plurality of carriers in the first message. transmitting , to a user equipment, UE, a first message comprising information regarding a plurality of carriers supportable for the UE; and receiving , from the UE, a second message including carrier information regarding at least one combination of carriers supported by the UE for carrier aggregation, CA, among the plurality of carriers, wherein the at least one combination of carriers is associated with an ordering of the information regarding the plurality of carriers in the first message.
A method for the operation of a cleaning appliance automatically moving within an environment, wherein the cleaning appliance cleans a surface in accordance with a predetermined work schedule, wherein at least one level of contamination of the surface is determined, and a cleaning task is controlled as a function of the level of contamination, wherein the level of contamination is entered on a map associated with positional information of the environment, wherein a user undertakes editing of the map , that is to say, defines surface zones of the surface in the map , and manually assigns a cleaning task of the cleaning appliance to at least one surface zone , characterised in that the user defines a position of the surface zones and sets in addition a shape and/or size, of the surface zones .
An apparatus comprising a two dimensional array of pixel sensors and a controller , each pixel sensor comprising: a single main photodiode ; an autofocus photodiode ; and a microlens that concentrates light onto said main photodiode and said autofocus photodiode, said two-dimensional array of pixel sensors comprising first and second autofocus arrays of pixel sensors , said pixel sensors in said first autofocus array of pixel sensors having said autofocus photodiode positioned such that each autofocus photodiode receives light preferentially from one half of said microlens in that pixel sensor and said pixel sensors in said second autofocus array of pixel sensors having each autofocus photodiode positioned such that each autofocus photodiode receives light preferentially from said other half of said microlens in that pixel sensor; wherein the controller is configured to generate an autofocus signal, wherein generating said autofocus signal comprises computing a cross-correlation function of signals from said autofocus photodiodes in said first autofocus array of pixel sensors with a signal from said autofocus photodiodes in said second autofocus arrays of pixel sensors; characterized in that said autofocus photodiode comprises a parasitic photodiode associated with a floating diffusion node in each of said pixel sensors. a single main photodiode ; an autofocus photodiode ; and a microlens that concentrates light onto said main photodiode and said autofocus photodiode, said two-dimensional array of pixel sensors comprising first and second autofocus arrays of pixel sensors , said pixel sensors in said first autofocus array of pixel sensors having said autofocus photodiode positioned such that each autofocus photodiode receives light preferentially from one half of said microlens in that pixel sensor and said pixel sensors in said second autofocus array of pixel sensors having each autofocus photodiode positioned such that each autofocus photodiode receives light preferentially from said other half of said microlens in that pixel sensor; wherein the controller is configured to generate an autofocus signal, wherein generating said autofocus signal comprises computing a cross-correlation function of signals from said autofocus photodiodes in said first autofocus array of pixel sensors with a signal from said autofocus photodiodes in said second autofocus arrays of pixel sensors; characterized in that said autofocus photodiode comprises a parasitic photodiode associated with a floating diffusion node in each of said pixel sensors.
A security sealing system for controlling closure devices of openings or compartments or the like, comprising a control unit , a transmission line and at least one control device , said control unit being connected to said at least one control device via said transmission line, said control unit generating an interrogation signal for said control device , which interrogation signal is transmitted through said transmission line for assessing the integrity of said transmission line, said transmission line being composed of a first transmission section and a second transmission section , which are connected via a connecting device , which second transmission section is composed of a flexible thread-like element adapted to at least partially encircle said closure device, said control device consisting of a RFID device, and said interrogation signal consisting of a radio-frequency signal, characterized in that said first transmission section consists of a coaxial cable, which coaxial cable is directly connected to said control unit .
A steel sheet for shielding a magnetic field, comprising: by weight%, 0.02% or less of carbon (C), 0.001% to 0.05% of silicon (Si), 0.01% to 0.2% of manganese (Mn), 0.001% or 0.05% of aluminum (Al), 0.005% or less niobium (Nb), 0.07% or less of titanium (Ti), 0.01% or less of nitrogen (N), 0.015% or less of phosphorus (P), 0.005% or less of sulfur (S), and a remainder of iron (Fe) and inevitable impurities, wherein a microstructure has ferrite as a main structure, wherein the ferrite has an average grain size of 100 um or greater. by weight%, 0.02% or less of carbon (C), 0.001% to 0.05% of silicon (Si), 0.01% to 0.2% of manganese (Mn), 0.001% or 0.05% of aluminum (Al), 0.005% or less niobium (Nb), 0.07% or less of titanium (Ti), 0.01% or less of nitrogen (N), 0.015% or less of phosphorus (P), 0.005% or less of sulfur (S), and a remainder of iron (Fe) and inevitable impurities, wherein a microstructure has ferrite as a main structure, wherein the ferrite has an average grain size of 100 um or greater.
An assistant robot for spine surgery for guiding a surgical tool (T), comprising a surgical tool support ; a driving member ; and a linear guide , the surgical tool support being provided with a rotating body to which the surgical tool (T) is penetratingly coupled; the driving member being configured to rotate the rotating body ; and the linear guide being provided at the other side of the surgical tool support so as to move the surgical tool (T) forward and backward, characterised by a handle , wherein the handle is provided at one side of the surgical tool support .
An endless papermaking belt comprising: a. a support structure having a machine and cross-machine direction and a machine contacting and an opposed upper surface ; and b. a plurality of additively manufactured line elements disposed on the upper surface of the support structure, the line elements having a top surface , a bottom surface , a pair of opposed sidewalls , wherein the line elements are continuous and orientated in the machine direction of the support structure and are spaced apart from one another in the cross-machine direction; and characterised in that : the line elements have a first aperture disposed on the top surface and a second aperture disposed on the bottom surface, and a continuous channel connecting the first and second apertures. a. a support structure having a machine and cross-machine direction and a machine contacting and an opposed upper surface ; and b. a plurality of additively manufactured line elements disposed on the upper surface of the support structure, the line elements having a top surface , a bottom surface , a pair of opposed sidewalls , wherein the line elements are continuous and orientated in the machine direction of the support structure and are spaced apart from one another in the cross-machine direction;
An article of clothing having an auxetic structure , comprising: a carrier material of flexible material; a plurality of dynamic material portions physically associated with the carrier material such that the carrier material and the plurality of dynamic material portions form an auxetic structure geometrically responsive to a thermal stimulus, the dynamic material portions being a shape memory polymer; and the auxetic structure transitions from a first thickness to a second thickness in response to the stimulus, wherein the plurality of dynamic material portions form the first thickness of the auxetic structure at a first stimulus level and form the second thickness of the auxetic structure at a second stimulus level, wherein the first thickness is thicker than the second thickness and the first stimulus level is a lower temperature than the second stimulus level. a carrier material of flexible material; a plurality of dynamic material portions physically associated with the carrier material such that the carrier material and the plurality of dynamic material portions form an auxetic structure geometrically responsive to a thermal stimulus, the dynamic material portions being a shape memory polymer; and the auxetic structure transitions from a first thickness to a second thickness in response to the stimulus, wherein the plurality of dynamic material portions form the first thickness of the auxetic structure at a first stimulus level and form the second thickness of the auxetic structure at a second stimulus level, wherein the first thickness is thicker than the second thickness and the first stimulus level is a lower temperature than the second stimulus level.
Motorcycle comprising a frame having a median plane (W), one front wheel and one rear wheel, each wheel comprising a hub with its own longitudinal spindle (K) onto which is fitted a rim carrying a tyre, said hub being associated with a fork and at least one brake disc or similar device of a braking system of the vehicle, said rim having a cylindrical portion fitted onto said hub , the latter having at one of its first lateral ends a protruding collar located at a distance from a corresponding first end of said cylindrical portion , the second end of said hub cooperating with a flange also having a collar located at a distance from a second end of said cylindrical portion , there being between said ends of the cylindrical portion of the rim and the above-mentioned collars of the hub and of the flange elastically deformable organs capable of absorbing stresses directed in lateral directions in relation to the median plane (W) of the frame, said devices comprising at least one pair of shock-absorbing elements located between the cylindrical portion of the rim and said collars of the hub and the flange , characterized in that said at least one pair of shock-absorbing elements is laterally located in respect of the longitudinal spindle (K) of the hub and is separated by said hub, the shock-absorbing elements only cooperating with the cylindrical portion of the rim and the collars protruding from the hub .