mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable dispenser , comprising: - a carrying support ; - a wash lotion holder attached to the carrying support and configured for holding a wash lotion; - a dispenser head attached to the carrying support and provided with at least one opening configured for dispensing a dose of the wash lotion to a caregiver; and - a transport mechanism which is configured for transporting the dose of wash lotion from the wash lotion holder to the dispenser head to allow dispensing of the wash lotion to the caregiver, characterized in that the at least one opening of the dispenser head comprises multiple openings through which the dose of wash lotion, in operation, is dispensed, wherein the dispenser head is provided with a front cap which is movable in a direction substantially perpendicular to a front surface of the front cap for the purpose of providing an activation act for activating the transport mechanism for dispensing the dose of wash lotion via the openings , wherein the multiple openings are provided in the front surface of the front cap , such that pressing in with a washcloth on the front cap leads directly to moistening of the washcloth. - a carrying support ; - a wash lotion holder attached to the carrying support and configured for holding a wash lotion; - a dispenser head attached to the carrying support and provided with at least one opening configured for dispensing a dose of the wash lotion to a caregiver; and - a transport mechanism which is configured for transporting the dose of wash lotion from the wash lotion holder to the dispenser head to allow dispensing of the wash lotion to the caregiver,
A method for accessing a vehicle , the method comprising: determining whether or not a battery of a first vehicle access device has sufficient power such that a user can access the vehicle using the first vehicle access device ; if the above condition is false: activating and/or communicating a vehicle input signal to a vehicle control module of the vehicle , by the user pulling on a door handle of the vehicle a certain number of times or in a certain pattern; determining , by the vehicle control module , whether the vehicle input signal is equal to a predetermined vehicle input signal; in response to determining that the vehicle input signal is equal to the predetermined vehicle input signal, activating by the vehicle control module , a battery charging station associated with the vehicle ; charging the first vehicle access device at the battery charging station ; and once the battery of the first vehicle access device is sufficiently charged, accessing the vehicle with the first vehicle access device by changing the state of the vehicle locks using the first vehicle access device to allow the user to enter the vehicle , wherein charging the first vehicle access device at the charging station includes charging the first vehicle access device at a door handle of the vehicle . determining whether or not a battery of a first vehicle access device has sufficient power such that a user can access the vehicle using the first vehicle access device ; if the above condition is false: activating and/or communicating a vehicle input signal to a vehicle control module of the vehicle , by the user pulling on a door handle of the vehicle a certain number of times or in a certain pattern; determining , by the vehicle control module , whether the vehicle input signal is equal to a predetermined vehicle input signal; in response to determining that the vehicle input signal is equal to the predetermined vehicle input signal, activating by the vehicle control module , a battery charging station associated with the vehicle ; charging the first vehicle access device at the battery charging station ; and once the battery of the first vehicle access device is sufficiently charged, accessing the vehicle with the first vehicle access device by changing the state of the vehicle locks using the first vehicle access device to allow the user to enter the vehicle , wherein charging the first vehicle access device at the charging station includes charging the first vehicle access device at a door handle of the vehicle .
A display device comprising: a display panel ; a vibration generator under the display panel, the vibration generator configured to vibrate responsive to an application of a voltage to the vibration generator; and a vibration transfer layer between the display panel and the vibration generator, the vibration transfer layer comprising a plurality of openings and a vibration transfer part formed into a mesh pattern, and the vibration transfer layer configured to transmit the vibration generated by the vibration generator to the display panel. a display panel ; a vibration generator under the display panel, the vibration generator configured to vibrate responsive to an application of a voltage to the vibration generator; and a vibration transfer layer between the display panel and the vibration generator, the vibration transfer layer comprising a plurality of openings and a vibration transfer part formed into a mesh pattern, and the vibration transfer layer configured to transmit the vibration generated by the vibration generator to the display panel.
A hydraulic actuator for orthoses or prostheses , comprising a control element with a housing in which a cylinder is arranged, in which a piston is mounted movably and divides the cylinder into a flexion chamber and an extension chamber , wherein a fluidic connection is arranged between the flexion chamber and the extension chamber , in which fluidic connection a control valve is arranged for influencing the extension movement and flexion movement respectively, wherein a motor-driven pump is arranged in the fluidic connection , characterized in that the hydraulic fluid is conveyed from one chamber (14; 15) to the pump through at least one control valve (24; 25) in a suction-side connection line (22; 23), and a check valve (44; 45) is arranged in a pressure-side connection line from the pump to the other chamber (15; 14) and blocks a backflow of the pumped medium from this chamber (15; 14) to the pump counter to the delivery direction of the pump , wherein the pressure-side connection line , with which the pump is connected to the fluidic connection , opens out between two check valves (44, 44'; 45, 45') which act in the same direction and are arranged in series.
A control device for an output device for friction modifiers (104, 106; 350) for a rail vehicle , the output device having a first storage container for a first friction modifier , at least one second storage container for a second friction modifier different from the first friction modifier , a first metering device for the first storage container and a second metering device for the second storage device , it being possible to output the first friction modifier and/or the second friction modifier and/or a mixture of the first friction modifier and the second friction modifier in response to a control signal , the control device having the following features: a device for inputting a control signal , the control signal representing environmental data and/or a static friction value between a rail and a wheel of a rail vehicle ; a device for determining a first discharge volume for the first friction modifier and a second discharge volume for the second friction modifier using the control signal ; and a device for providing the control signal at an interface to the first metering device and to the second metering device , the control signal comprising information about the first discharge volume and the second discharge volume, characterised in that the control device comprises a device for inputting information about the electrical conductance between a wheel and a rail , the determining device being designed to determine the first discharge volume for the first friction modifier and/or the second discharge volume for the second friction modifier in the form of an electrically conductive gritting agent using the information about the electrical conductance between a wheel and a rail . a device for inputting a control signal , the control signal representing environmental data and/or a static friction value between a rail and a wheel of a rail vehicle ; a device for determining a first discharge volume for the first friction modifier and a second discharge volume for the second friction modifier using the control signal ; and a device for providing the control signal at an interface to the first metering device and to the second metering device , the control signal comprising information about the first discharge volume and the second discharge volume, characterised in that the control device comprises a device for inputting information about the electrical conductance between a wheel and a rail , the determining device being designed to determine the first discharge volume for the first friction modifier and/or the second discharge volume for the second friction modifier in the form of an electrically conductive gritting agent using the information about the electrical conductance between a wheel and a rail .
An epoxy resin composition comprising Component (A), Component (B), Component (C), Component (D), and Component (E), wherein the Component (A) is an organic phosphinic acid metal salt; the Component (B) is an epoxy resin; the Component (C) is dicyandiamide or a derivative thereof; the Component (D) is a curing accelerator having a dimethylureido group; and the Component (E) is an imidazole-based curing accelerator having a curing initiation temperature of 100°C or higher as measured by a method comprising: preparing a sample resin composition by adding 10 parts by mass of an imidazole-based curing accelerator to 100 parts by mass of a bisphenol A type epoxy resin having an epoxy equivalent of 180 to 220, and mixing the components; measuring a calorific value of the sample resin composition using a differential scanning calorimeter at a rate of temperature increase of 10°C/min, and designating a temperature at the intersection point of the tangent line at the inflection point of the DSC curve thus obtained and the baseline as the curing initiation temperature. preparing a sample resin composition by adding 10 parts by mass of an imidazole-based curing accelerator to 100 parts by mass of a bisphenol A type epoxy resin having an epoxy equivalent of 180 to 220, and mixing the components; measuring a calorific value of the sample resin composition using a differential scanning calorimeter at a rate of temperature increase of 10°C/min, and designating a temperature at the intersection point of the tangent line at the inflection point of the DSC curve thus obtained and the baseline as the curing initiation temperature.
D-Glucitol, 1-deoxy-1-(methylamino)-, 1-(6-amino-3,5-difluoropyridin-2-yl)-8-chloro-6-fluoro-1,4-dihydro-7-(3-hydroxyazetidin-1-yl)-4-oxo-3-quinolinecarboxylate (salt).
An oral care device comprising: a housing defining a cavity and configured for at least partial insertion into an oral cavity, the housing comprising a base substrate ; an opening in the housing fluidly connecting the cavity to an environment of the housing; a first electrode disposed in the cavity; a second electrode disposed in the cavity and spaced from the first electrode ; and an electrical connection electrically connecting the first electrode and the second electrode to a power source , wherein at least one of the first electrode or the second electrode is a sacrificial electrode and passing a current through the electrical connection causes the sacrificial electrode to give off ions; wherein the base substrate comprises a flexible substrate; and wherein the power source is disposed on the base substrate or the power source includes the base substrate . a housing defining a cavity and configured for at least partial insertion into an oral cavity, the housing comprising a base substrate ; an opening in the housing fluidly connecting the cavity to an environment of the housing; a first electrode disposed in the cavity; a second electrode disposed in the cavity and spaced from the first electrode ; and an electrical connection electrically connecting the first electrode and the second electrode to a power source , wherein at least one of the first electrode or the second electrode is a sacrificial electrode and passing a current through the electrical connection causes the sacrificial electrode to give off ions; wherein the base substrate comprises a flexible substrate; and wherein the power source is disposed on the base substrate or the power source includes the base substrate .
An isolated polypeptide having beta-glucosidase activity comprising a. an amino acid sequence selected from SEQ ID NO: 3 and 4, or b. a biologically active sequence variant of any of SEQ ID NO: 3 and 4, wherein said variant has at least 96% sequence identity to said SEQ ID NO: 3 or 4, wherein said variant has a Vmax of at least 40 U/mg with cellobiose as a substrate in hydrolysis. a. an amino acid sequence selected from SEQ ID NO: 3 and 4, or b. a biologically active sequence variant of any of SEQ ID NO: 3 and 4, wherein said variant has at least 96% sequence identity to said SEQ ID NO: 3 or 4, wherein said variant has a Vmax of at least 40 U/mg with cellobiose as a substrate in hydrolysis.
A modular fuselage for a fixed-wing unmanned aerial vehicle, UAV, wherein, when the modular fuselage is assembled, the modular fuselage has a smooth continuous outer surface that is formed by respective outer surfaces of a battery module for housing a battery to power the fixed-wing UAV, an avionics module that houses flight control circuitry of the fixed-wing UAV and a mission payload module that houses equipment associated with a mission of the fixed-wing UAV, wherein the battery module, the avionics module, and the mission payload module are detachable from each other and mechanically securable to each other to contiguously form at least a portion of the modular fuselage of the fixed-wing UAV.
A method comprising, at a network element: receiving a policy related rule for a user equipment, UE , wherein the UE is accessing an access point name, APN, using a first radio access technology, RAT, type associated with a first default bearer for the UE and wherein the policy related rule is associated with the UE accessing the APN using a second RAT type; determining whether the policy related rule matches an existing bearer for the UE based, at least in part, on the second RAT type associated with the policy related rule; creating a second default bearer for the UE if the policy related rule does not match an existing bearer for the UE associated with the second RAT type; and modifying an existing bearer for the UE to be a second default bearer for the UE if the policy related rule does match the existing bearer for the UE associated with the second RAT type; and binding the policy related rule to the second default bearer for the UE to access the APN, wherein the second default bearer for the UE is associated with the second RAT type. receiving a policy related rule for a user equipment, UE , wherein the UE is accessing an access point name, APN, using a first radio access technology, RAT, type associated with a first default bearer for the UE and wherein the policy related rule is associated with the UE accessing the APN using a second RAT type; determining whether the policy related rule matches an existing bearer for the UE based, at least in part, on the second RAT type associated with the policy related rule; creating a second default bearer for the UE if the policy related rule does not match an existing bearer for the UE associated with the second RAT type; and modifying an existing bearer for the UE to be a second default bearer for the UE if the policy related rule does match the existing bearer for the UE associated with the second RAT type; and binding the policy related rule to the second default bearer for the UE to access the APN, wherein the second default bearer for the UE is associated with the second RAT type.
A glue applicator roll position adjustment device of a single facer, which is provided on a glue application device of a single facer including a pair of corrugating rolls which corrugate a corrugating medium and a glue applicator roll which transfers and supplies glue to peak-shaped ridge tops of a corrugating medium which is wound around a downstream-side corrugating roll after the corrugation is performed and is conveyed, and adjusts the position of the glue applicator roll , comprising: support sections which support ends of the glue applicator roll ; and parallel adjustment mechanisms which are provided on the support sections and adjust the position of the glue applicator roll to be parallel with the downstream-side corrugating roll , wherein the parallel adjustment mechanisms comprise an actuator which moves each end of the glue applicator roll , and a control device which controls operation of the actuator , the control device comprises a contact-assessing unit which assesses whether or not the end of the glue applicator roll comes into contact with the downstream-side corrugating roll , characterised in that the control device further comprises an operation-stopping unit which stops the operation of the actuator if the contact-assessing unit assesses that the end of the glue applicator roll comes into contact with the downstream-side corrugating roll , and the contact-assessing unit assesses that the end of the glue applicator roll comes into contact if the end of the glue applicator roll is moved by the operation of the actuator in a direction in which the end of the glue applicator roll comes into contact with the downstream-side corrugating roll and the end of the glue applicator roll is brought into an immovable state under restriction of the downstream-side corrugating roll . support sections which support ends of the glue applicator roll ; and parallel adjustment mechanisms which are provided on the support sections and adjust the position of the glue applicator roll to be parallel with the downstream-side corrugating roll , wherein a contact-assessing unit which assesses whether or not the end of the glue applicator roll comes into contact with the downstream-side corrugating roll , characterised in that the control device further comprises an operation-stopping unit which stops the operation of the actuator if the contact-assessing unit assesses that the end of the glue applicator roll comes into contact with the downstream-side corrugating roll , and
A paging synchronization method, applied to a base station in an unauthorized spectrum application scenario, and comprising: in response to determining that transmission of a synchronous signal block, SSB, for synchronization of a terminal is disabled, configuring a reference signal for paging synchronization for a paging occasion, PO, to be transmitted to the terminal; transmitting the reference signal to the terminal, to enable the terminal to perform paging synchronization based on the reference signal, wherein the transmitting the reference signal to the terminal comprises: determining a pre-designated position for transmitting the reference signal in the SSB transmission cycle; and transmitting the reference signal to the terminal at the pre-designated position, to enable the terminal to receive the reference signal at the pre-designated position, wherein the paging synchronization method further comprises: generating a paging synchronization signaling which comprises position information for indicating the pre-designated position; and transmitting the paging synchronization signaling comprising the position information to the terminal, to enable the terminal to determine the pre-designated position based on the position information in the paging synchronization signaling. in response to determining that transmission of a synchronous signal block, SSB, for synchronization of a terminal is disabled, configuring a reference signal for paging synchronization for a paging occasion, PO, to be transmitted to the terminal; transmitting the reference signal to the terminal, to enable the terminal to perform paging synchronization based on the reference signal, wherein the transmitting the reference signal to the terminal comprises: determining a pre-designated position for transmitting the reference signal in the SSB transmission cycle; and transmitting the reference signal to the terminal at the pre-designated position, to enable the terminal to receive the reference signal at the pre-designated position, determining a pre-designated position for transmitting the reference signal in the SSB transmission cycle; and transmitting the reference signal to the terminal at the pre-designated position, to enable the terminal to receive the reference signal at the pre-designated position, wherein the paging synchronization method further comprises: generating a paging synchronization signaling which comprises position information for indicating the pre-designated position; and transmitting the paging synchronization signaling comprising the position information to the terminal, to enable the terminal to determine the pre-designated position based on the position information in the paging synchronization signaling. generating a paging synchronization signaling which comprises position information for indicating the pre-designated position; and transmitting the paging synchronization signaling comprising the position information to the terminal, to enable the terminal to determine the pre-designated position based on the position information in the paging synchronization signaling.
Fire damping ventilation device , comprising a ventilation duct for air passage, comprising a regulating valve which is moveably mounted in the ventilation duct between an open position with maximum air passage through the ventilation duct and a closed position wherein the air passage is blocked and comprising intumescent material which is installed in the ventilation duct such that it is able to close off the ventilation duct after expansion, characterised in that at least part of the intumescent material is installed next to the valve in its open position, seen in the direction wherein the valve is moveable, in such a way that upon expansion it creates a pressure which closes the regulating valve into its closed position, wherein the fire damping ventilation device comprises ceramic structural elements which are installed in the ventilation duct such that under the effect of heat the structure of the ventilation device is at least partially maintained by means of these ceramic structural elements .