mhurhangee/ep-ind-claims huggingface dataset:
The method of removing a catalyst from a product of an aliphatic polycarbonate polymerization reaction that was catalyzed by the catalyst, the method comprising contacting the product of the polymerization reaction with a solid phase comprising an ion exchanger resin, wherein the catalyst comprises a transition metal-ligand complex, characterized in that, after the completion of the polymerization reaction, the solution is treated to remove excess epoxides, propylene oxide or other reaction byproducts, prior to contact with the ion exchange resin, wherein the metal concentration of the polymer after ion exchange is less than 10 ppm.
A method for managing requests in a communication network, the method comprising: • receiving, by a global customer service management, G-CSM, function in the communication network, a customer service request comprising performance requirements for a selected service from a service operator, wherein the G-CSM function is configured to operate over a plurality of pre-existing network slices of the communication network; • determining, by the G-CSM function, whether the performance requirements for the selected service included in the customer service request cannot be accommodated using one of the plurality of pre-existing network slices of the communication network; and • instantiating, by the G-CSM function, a new network slice to accommodate the customer service request when it is determined that the customer service request cannot be accommodated using any of the plurality of pre-existing network slices, wherein instantiating the new network slice comprises: ∘ transmitting, by the G-CSM function, a network service request to an orchestrator of a network function virtualization management and orchestration entity, NFV-MANO; ∘ receiving, by the G-SCM function, an acknowledgement transmitted by the NFV-MANO indicative that the network slice instantiation is complete; and ∘ transmitting, by the G-SCM function, an acknowledgement to the service operator, indicative that the network slice instantiation is complete. • receiving, by a global customer service management, G-CSM, function in the communication network, a customer service request comprising performance requirements for a selected service from a service operator, wherein the G-CSM function is configured to operate over a plurality of pre-existing network slices of the communication network; • determining, by the G-CSM function, whether the performance requirements for the selected service included in the customer service request cannot be accommodated using one of the plurality of pre-existing network slices of the communication network; and • instantiating, by the G-CSM function, a new network slice to accommodate the customer service request when it is determined that the customer service request cannot be accommodated using any of the plurality of pre-existing network slices, ∘ transmitting, by the G-CSM function, a network service request to an orchestrator of a network function virtualization management and orchestration entity, NFV-MANO; ∘ receiving, by the G-SCM function, an acknowledgement transmitted by the NFV-MANO indicative that the network slice instantiation is complete; and ∘ transmitting, by the G-SCM function, an acknowledgement to the service operator, indicative that the network slice instantiation is complete.
A packaging system for high flexibility and speed box-last packaging, comprising: one or more scanning sensors that are configured to scan a group of one or more target products that are to be boxed and gather dimension information describing physical dimensions of the group of one or more target products; and one or more packaging-production machines (130, 312) that are configured to generate custom-made packaging templates that conform to a pre-determined set of packaging template types, wherein the one or more packaging-production machines are configured to generate custom-made packaging templates based upon the dimension information gathered by the one or more scanning sensors, a packaging template buffer (140, 314) that comprises physically divided sections that contain multiple packaging templates selected from the pre-determined set of packaging template types that are generated by the one or more packaging production machines, wherein each of the multiple packaging templates are organized within the physically divided sections based upon packaging template type, the packaging template buffer comprising multiple packaging template types organized within the physically divided sections. one or more scanning sensors that are configured to scan a group of one or more target products that are to be boxed and gather dimension information describing physical dimensions of the group of one or more target products; and one or more packaging-production machines (130, 312) that are configured to generate custom-made packaging templates that conform to a pre-determined set of packaging template types, wherein the one or more packaging-production machines are configured to generate custom-made packaging templates based upon the dimension information gathered by the one or more scanning sensors, a packaging template buffer (140, 314) that comprises physically divided sections that contain multiple packaging templates selected from the pre-determined set of packaging template types that are generated by the one or more packaging production machines, wherein each of the multiple packaging templates are organized within the physically divided sections based upon packaging template type, the packaging template buffer comprising multiple packaging template types organized within the physically divided sections.
A panel for use in edge slab formwork, comprising an inner surface (a), an outer surface (b) as well as four front-sided surfaces (c, d, e, f) and a protection profile in the area of at least one of the front-sided surfaces (c, d, e, f) for protecting the panel against mechanical damage, characterized by a moulding made from a foamed or foamed up lightweight construction material and by an anchoring of the protection profile, which is embedded or foamed into the lightweight construction material, as a result of which a fixed connection of the protection profile to the panel is guaranteed.
A method comprising: monitoring an electrical data signal of data to be provided to a light emitter for optical transmission; generating information related to the data based on the monitoring; and deactivating the light emitter based on the information. monitoring an electrical data signal of data to be provided to a light emitter for optical transmission; generating information related to the data based on the monitoring; and deactivating the light emitter based on the information.
A method of manufacturing paper or board, comprising the steps of (i) coating pulp fibres and a foaming agent with a foamable polymer, to produce polymer-coated foamable particles, (ii) incorporating an amount of said particles into a fibrous stock for papermaking, (iii) forming a web from said fibrous stock on a forming fabric of a paper or board machine, (iv) pressing and drying said web to a paper or board layer, and (v) heating said paper or board layer to have the foam ing agent contained in the particles to produce vapour or gas, which foams said polymer. (i) coating pulp fibres and a foaming agent with a foamable polymer, to produce polymer-coated foamable particles, (ii) incorporating an amount of said particles into a fibrous stock for papermaking, (iii) forming a web from said fibrous stock on a forming fabric of a paper or board machine, (iv) pressing and drying said web to a paper or board layer, and (v) heating said paper or board layer to have the foam ing agent contained in the particles to produce vapour or gas, which foams said polymer.
A method for determining a timing relationship between transitions of a clock signal (CLOCK) and a synchronization signal (SYNC), the method comprising: delaying the clock signal by a first predetermined amount (τ2); delaying the synchronization signal by a second predetermined amount (τ1); comparing a time of a predetermined transition of the synchronization signal to a time of a predetermined transition of the clock signal; comparing a time of the predetermined transition of the delayed synchronization signal to a time of the predetermined transition of the clock signal; comparing a time of the predetermined transition of the synchronization signal to a time of the predetermined transition of delayed clock signal; and based on the three comparisons, adjusting a delay of either the synchronization signal or the clock signal. delaying the clock signal by a first predetermined amount (τ2); delaying the synchronization signal by a second predetermined amount (τ1); comparing a time of a predetermined transition of the synchronization signal to a time of a predetermined transition of the clock signal; comparing a time of the predetermined transition of the delayed synchronization signal to a time of the predetermined transition of the clock signal; comparing a time of the predetermined transition of the synchronization signal to a time of the predetermined transition of delayed clock signal; and based on the three comparisons, adjusting a delay of either the synchronization signal or the clock signal.
A mechanical stabilisation method for deep-sea sediments, marine raw material deposits and/or submarine slopes and a method for regulating/conditioning the hydraulic properties of deep-sea sediments comprising injecting a gas-hydrate-forming substance into marine or submarine sediments, wherein gas hydrate/sediment composites are formed.
A turbine, configured to be formed integrally with a tubular, for extracting energy from fluid flowing along a fluid channel, the turbine comprising; a mandrel, the mandrel defining at least a portion of the fluid channel, a flow pathway in communication with the fluid channel such that fluid from the fluid channel may flow to and from the flow pathway, extending in an annulus defined between the tubular and an internal body portion, the internal body portion having a reduced diameter section having an frustoconical upstream face and a frustoconical downstream face, the frustoconical upstream face being provided with a plurality of inlets to the flow pathway and the frustoconical downstream face being provided with a plurality of outlets from the flow pathway; a stator, wherein the stator is recessed into the mandrel; and, a moveable element disposed around the fluid channel, in the flow pathway, wherein the moveable element is at least partially recessed into the mandrel; the moveable element moveable under the action of fluid flowing along the flow pathway so as to extract energy therefrom. a mandrel, the mandrel defining at least a portion of the fluid channel, a flow pathway in communication with the fluid channel such that fluid from the fluid channel may flow to and from the flow pathway, extending in an annulus defined between the tubular and an internal body portion, the internal body portion having a reduced diameter section having an frustoconical upstream face and a frustoconical downstream face, the frustoconical upstream face being provided with a plurality of inlets to the flow pathway and the frustoconical downstream face being provided with a plurality of outlets from the flow pathway; a stator, wherein the stator is recessed into the mandrel; and, a moveable element disposed around the fluid channel, in the flow pathway, wherein the moveable element is at least partially recessed into the mandrel; the moveable element moveable under the action of fluid flowing along the flow pathway so as to extract energy therefrom.
A device for detecting rotation of a bicycle crank, the device comprising: a battery system (220, 280) operably connected to an encoder; and a transmitter to electronically transmit the electronic measurement of bicycle pedal rotation; characterised by the device further comprising: a member attachment bracket, an encoder shaft and an eccentric mass; wherein the encoder is a rotary encoder and shares the encoder shaft with the eccentric mass and is removably attached to the member attachment bracket; the encoder provides an electronic measurement of bicycle pedal rotation by detecting rotation of the bicycle crank by gravity causing the eccentric mass to maintain its orientation with reference to ground as the bicycle crank rotates and has a quadrature output to detect pedaling direction; the eccentric mass is adapted to react to discontinued pedaling of the bicycle crank within a time of 100 ms. a battery system (220, 280) operably connected to an encoder; and a transmitter to electronically transmit the electronic measurement of bicycle pedal rotation; characterised by the device further comprising: a member attachment bracket, an encoder shaft and an eccentric mass; wherein the encoder is a rotary encoder and shares the encoder shaft with the eccentric mass and is removably attached to the member attachment bracket; the encoder provides an electronic measurement of bicycle pedal rotation by detecting rotation of the bicycle crank by gravity causing the eccentric mass to maintain its orientation with reference to ground as the bicycle crank rotates and has a quadrature output to detect pedaling direction; the eccentric mass is adapted to react to discontinued pedaling of the bicycle crank within a time of 100 ms.
A method comprising: receiving, by a User Equipment, UE, a New Radio, NR, Radio Resource Control, RRC, signal from an NR base station, the NR RRC signal indicating a Long Term Evolution, LTE, network parameter of an LTE base station; and receiving, by the UE from the NR base station, an NR downlink signal over one or more resources in a set of resources, the set of resources comprising a subset of resources reserved for an LTE signal according to the LTE network parameter indicated by the NR RRC signal, and the one or more resources excluding the subset of resources in the set of resources. receiving, by a User Equipment, UE, a New Radio, NR, Radio Resource Control, RRC, signal from an NR base station, the NR RRC signal indicating a Long Term Evolution, LTE, network parameter of an LTE base station; and receiving, by the UE from the NR base station, an NR downlink signal over one or more resources in a set of resources, the set of resources comprising a subset of resources reserved for an LTE signal according to the LTE network parameter indicated by the NR RRC signal, and the one or more resources excluding the subset of resources in the set of resources.
Aircraft seat device with at least one support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i), which is configured to realize at least part of a mounting unit (12a; 12b; 12c; 12d; 12e; 12i) of an aircraft seat, wherein the at least one support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i) is embodied as a simple hollow profile and has, viewed in a circumferential direction of the support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i), in at least one partial region, a changing wall thickness (26a, 34a; 26b; 26c; 26d; 26e; 26i) and an at least substantially circular outer contour (28a, 36a; 28b, 28c; 28d; 28e; 28i), wherein the outer contour (28a, 36a; 28b, 28c; 28d; 28e; 28i) of the support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i) differs in its basic shape at least in portions from a basic shape of an inner contour (30a, 38a; 30b; 30c; 30d; 30e; 30i).
An apparatus, comprising: means for receiving, by a user terminal from a base station, an allocation of a radio resource for communication between the user terminal and the base station; means for transmitting an uplink broadcast carrying information indicating the allocated radio resource to a predetermined area around the user terminal; and means for communicating with the base station using the allocated radio resource. means for receiving, by a user terminal from a base station, an allocation of a radio resource for communication between the user terminal and the base station; means for transmitting an uplink broadcast carrying information indicating the allocated radio resource to a predetermined area around the user terminal; and means for communicating with the base station using the allocated radio resource.
A message sending method, being applicable to user equipment, comprising sending a first message of random access to a base station, wherein the first message of random access comprises first indication information and second indication information, the first indication information indicates a data amount of an uplink common control channel service data unit, CCCH SDU, comprised in a third message of random access to be sent, the second indication information indicates whether the third message of random access comprises the uplink CCCH SDU; receiving a second message of random access from the base station; and sending the third message of random access via uplink resources indicated by the second message of random access, wherein a data amount allowable to be transmitted via the uplink resources is greater than or equal to a data amount of the complete third message of random access. sending a first message of random access to a base station, wherein the first message of random access comprises first indication information and second indication information, the first indication information indicates a data amount of an uplink common control channel service data unit, CCCH SDU, comprised in a third message of random access to be sent, the second indication information indicates whether the third message of random access comprises the uplink CCCH SDU; receiving a second message of random access from the base station; and sending the third message of random access via uplink resources indicated by the second message of random access, wherein a data amount allowable to be transmitted via the uplink resources is greater than or equal to a data amount of the complete third message of random access.
A method comprising: tracking, by a user device using the output of a user-facing camera, a relative position of a user viewpoint with respect to a physical screen; determining, by the user device, a shift amount between the user viewpoint and a user reference position, the shift amount determined based on the relative position of the user viewpoint and the physical screen; determining, based on the shift amount, a virtual user viewpoint position of a virtual environment and a virtual screen position of the virtual environment, the virtual screen simulating a window into the virtual environment, by: offsetting the virtual user viewpoint position from a virtual user reference position by the shift amount; and offsetting the virtual screen position from a virtual screen reference position by a proportional shift amount that is a fraction of the shift amount; rendering, by the user device, the virtual environment based on the virtual user viewpoint position and the virtual screen position; and transmitting, by the user device, the rendered virtual environment for display on the physical screen. tracking, by a user device using the output of a user-facing camera, a relative position of a user viewpoint with respect to a physical screen; determining, by the user device, a shift amount between the user viewpoint and a user reference position, the shift amount determined based on the relative position of the user viewpoint and the physical screen; determining, based on the shift amount, a virtual user viewpoint position of a virtual environment and a virtual screen position of the virtual environment, the virtual screen simulating a window into the virtual environment, by: offsetting the virtual user viewpoint position from a virtual user reference position by the shift amount; and offsetting the virtual screen position from a virtual screen reference position by a proportional shift amount that is a fraction of the shift amount; rendering, by the user device, the virtual environment based on the virtual user viewpoint position and the virtual screen position; and transmitting, by the user device, the rendered virtual environment for display on the physical screen. offsetting the virtual user viewpoint position from a virtual user reference position by the shift amount; and offsetting the virtual screen position from a virtual screen reference position by a proportional shift amount that is a fraction of the shift amount; rendering, by the user device, the virtual environment based on the virtual user viewpoint position and the virtual screen position; and transmitting, by the user device, the rendered virtual environment for display on the physical screen.
Direct driven wind turbine - comprising an electrical generator with a rotor and a stator, a hub constructed to receive a rotor blade and actuator means, - whereby the hub is connected to the rotor of the electrical generator, - whereby the hub and the rotor of the electrical generator are rotatable mounted in respect to the stator of the generator, - whereby the actuator means are constructed and arranged to rotate the rotor of the electrical generator and the hub of the wind turbine in respect to the stator of the electrical generator, - wherein the actuator means is at least one motor, - wherein the electrical generator comprises a brake-disc, that is attached to the rotor of the electrical generator and is prepared to be used to brake the rotation of the rotor, and the motor is acting on the brake-disc of the electrical generator, wherein - the brake-disc comprises a toothed rim and the motor comprises a geared wheel that is prepared and arranged in a way to interact with the toothed rim of the brake disc, thus the rotation of the motor is transferred from the motor to the toothed rim. - comprising an electrical generator with a rotor and a stator, a hub constructed to receive a rotor blade and actuator means, - whereby the hub is connected to the rotor of the electrical generator, - whereby the hub and the rotor of the electrical generator are rotatable mounted in respect to the stator of the generator, - whereby the actuator means are constructed and arranged to rotate the rotor of the electrical generator and the hub of the wind turbine in respect to the stator of the electrical generator, - wherein the actuator means is at least one motor, - wherein the electrical generator comprises a brake-disc, that is attached to the rotor of the electrical generator and is prepared to be used to brake the rotation of the rotor, and the motor is acting on the brake-disc of the electrical generator, - the brake-disc comprises a toothed rim and the motor comprises a geared wheel that is prepared and arranged in a way to interact with the toothed rim of the brake disc, thus the rotation of the motor is transferred from the motor to the toothed rim.