mhurhangee/patent-ind-claim-en huggingface dataset:
A first multimedia device for automatically optimizing audio and video operating modes for output by the first multimedia device , comprising: • a microprocessor for controlling audio and video operating modes for output and functional segments of said first multimedia device , wherein said microprocessor is configured to query a second multimedia device to determine modes for output that are available at the second multimedia device ; • a feature registry comprising information referring to said modes available for output from said first multimedia device and comprising information referring to said modes available for output from said second multimedia device as a result from the query; and • audio and video processors providing an optimal output mode from audio and video modes available for output by said first multimedia device in response to an instruction from said microprocessor , wherein said microprocessor is configured to generate permutations of said audio and video output modes available to said first multimedia device based on said information relating to said modes available for output and a characteristic of a media service, all stored in the feature registry , and wherein said microprocessor is configured for selecting an optimal audio and video output mode for said first multimedia device , to be used for playback of the media service, by comparing the audio and video modes available from the first multimedia device and the second multimedia device , in accordance with a first hierarchical list, ranking combinations of audio and video modes by score, and selecting the highest score. • a microprocessor for controlling audio and video operating modes for output and functional segments of said first multimedia device , wherein said microprocessor is configured to query a second multimedia device to determine modes for output that are available at the second multimedia device ; • a feature registry comprising information referring to said modes available for output from said first multimedia device and comprising information referring to said modes available for output from said second multimedia device as a result from the query; and • audio and video processors providing an optimal output mode from audio and video modes available for output by said first multimedia device in response to an instruction from said microprocessor ,
A dry powder inhaler comprising: a housing, and a body comprising a mouthpiece integrally configured with the body, wherein the body comprises a mounting area for a cartridge, and the body and the housing are movable relative to one another linearly and are operably configured to engage one another by insertion to effectuate the cartridge to be reconfigured to attain an airflow pathway for discharging a powder dose upon an inhalation, wherein the dry powder inhaler has a relatively rectangular body manufactured as single element and the body further having a proximal end being substantially C-shaped, and wherein the dry powder inhaler further comprises a dry powder including a cannabinoid and a phospholipid. a housing, and a body comprising a mouthpiece integrally configured with the body, wherein the body comprises a mounting area for a cartridge, and the body and the housing are movable relative to one another linearly and are operably configured to engage one another by insertion to effectuate the cartridge to be reconfigured to attain an airflow pathway for discharging a powder dose upon an inhalation, wherein the dry powder inhaler has a relatively rectangular body manufactured as single element and the body further having a proximal end being substantially C-shaped, and wherein the dry powder inhaler further comprises a dry powder including a cannabinoid and a phospholipid. wherein the body comprises a mounting area for a cartridge, and the body and the housing are movable relative to one another linearly and are operably configured to engage one another by insertion to effectuate the cartridge to be reconfigured to attain an airflow pathway for discharging a powder dose upon an inhalation, wherein the dry powder inhaler has a relatively rectangular body manufactured as single element and the body further having a proximal end being substantially C-shaped, and wherein the dry powder inhaler further comprises a dry powder including a cannabinoid and a phospholipid.
A feed block that feeds a laminated molten resin to a die , wherein said laminated molten resin (P) has at least one main material (A) that consists of a molten resin in a shape of a plate or a sheet and an auxiliary material (B) that consists of a molten resin in a shape of a plate or a sheet, wherein said auxiliary material (B) is stacked on at least a part of said at least one main material (A) with regard to a width direction (D) thereof, the feed block comprising: at least one main material forming channel that allows a molten resin to flow therethrough in order to form said main material (A) into a shape of a plate or a sheet; an auxiliary material forming channel that allows a molten resin to flow therethrough in order to form said auxiliary material (B) into a shape of a plate or a sheet; a merging section that forms said laminated molten resin (P), wherein said at least one main material forming channel and said auxiliary material forming channel merge at said merging section ; and a channel for said laminated molten resin that is located downstream of said merging section and that feeds said laminated molten resin (P) to said die , characterized by that said merging section has a first region and a second region in the width direction (D), said auxiliary material forming channel merges with said main material forming channel at said first region , and said second region only consists of said main material forming channel , wherein a combined channel height of a channel height of said main material forming channel and a channel height of said auxiliary material forming channel in said first region is substantially equal to a channel height of said second region . at least one main material forming channel that allows a molten resin to flow therethrough in order to form said main material (A) into a shape of a plate or a sheet; an auxiliary material forming channel that allows a molten resin to flow therethrough in order to form said auxiliary material (B) into a shape of a plate or a sheet; a merging section that forms said laminated molten resin (P), wherein said at least one main material forming channel and said auxiliary material forming channel merge at said merging section ; and a channel for said laminated molten resin that is located downstream of said merging section and that feeds said laminated molten resin (P) to said die , characterized by that said merging section has a first region and a second region in the width direction (D), said auxiliary material forming channel merges with said main material forming channel at said first region , and said second region only consists of said main material forming channel , wherein a combined channel height of a channel height of said main material forming channel and a channel height of said auxiliary material forming channel in said first region is substantially equal to a channel height of said second region .
A copper conductor for a medium voltage switchgear, the copper conductor comprising: - at least one body extending in a longitudinal axis; wherein, the at least one body comprises connection means at a first position of the longitudinal axis and comprises connection means at a second position of the longitudinal axis; wherein the at least one body comprises at least one substantially planar sub-body; wherein, along at least a part of the longitudinal axis between the first position and the second position of the at least one body, the at least one body comprises cooling means ; wherein the cooling means comprises a plurality of ridges and a plurality of ventilation holes through the at least one substantially planar sub-body; wherein the plurality of ridges are substantially parallel to each other, and wherein the plurality of ridges are formed on the at least one substantially planar sub-body; wherein the plurality of ridges extend in the direction of the longitudinal axis; wherein the plurality of ventilation holes are arranged in lines between the plurality of ridges and in lines either side of the two outermost ridges, and wherein the lines of the plurality of ventilation holes are arranged in the direction of the longitudinal axis. - at least one body extending in a longitudinal axis; wherein, the at least one body comprises connection means at a first position of the longitudinal axis and comprises connection means at a second position of the longitudinal axis; wherein the at least one body comprises at least one substantially planar sub-body; wherein, along at least a part of the longitudinal axis between the first position and the second position of the at least one body, the at least one body comprises cooling means ; wherein the cooling means comprises a plurality of ridges and a plurality of ventilation holes through the at least one substantially planar sub-body; wherein the plurality of ridges are substantially parallel to each other, and wherein the plurality of ridges are formed on the at least one substantially planar sub-body; wherein the plurality of ridges extend in the direction of the longitudinal axis; wherein the plurality of ventilation holes are arranged in lines between the plurality of ridges and in lines either side of the two outermost ridges, and wherein the lines of the plurality of ventilation holes are arranged in the direction of the longitudinal axis.
Method for determining an excess quantity of energy of an electrical energy storage device of a vehicle , which quantity of energy can be made available to a supply network , which method comprises the following steps: determining a current quantity of energy of the energy storage device; determining a quantity of energy which is required for imminent use of the vehicle, in response to information about the imminent use, characterized in that the information about the imminent use is made available by a vehicle navigation system which is designed to determine the quantity of energy required for the imminent use using a digital map, an item of input starting information and an item of input destination information for one or more imminent journeys, and to make available said quantity of energy with the information about the imminent use, wherein in a determining step the excess quantity of energy of the energy storage device is determined on the basis of the current quantity of energy and the required quantity of energy, wherein the excess quantity of energy is determined as a difference between the current quantity of energy and the required quantity of energy. determining a current quantity of energy of the energy storage device; determining a quantity of energy which is required for imminent use of the vehicle, in response to information about the imminent use, characterized in that the information about the imminent use is made available by a vehicle navigation system which is designed to determine the quantity of energy required for the imminent use using a digital map, an item of input starting information and an item of input destination information for one or more imminent journeys, and to make available said quantity of energy with the information about the imminent use, wherein in a determining step the excess quantity of energy of the energy storage device is determined on the basis of the current quantity of energy and the required quantity of energy, wherein the excess quantity of energy is determined as a difference between the current quantity of energy and the required quantity of energy.
A method of producing a utensil for administering carbonized cannabinoids at a standardized and controlled amount, the method comprising: applying a cannabis extract or oil to the utensil, and applying, to the utensil, an indication identifying amounts of cannabinoids, terpenes and terpenoids that is included in the cannabis extract or oil, wherein: said utensil is designed to be inserted into a smoking appliance to enable inhalation of a specified ratio and amounts of said cannabinoids, terpenes and terpenoids from the utensil inserted therewithin. applying a cannabis extract or oil to the utensil, and applying, to the utensil, an indication identifying amounts of cannabinoids, terpenes and terpenoids that is included in the cannabis extract or oil,
A prepreg for the manufacture of a fibre-reinforced composite material having fire retardant properties, the prepreg comprising from 42 to 52 wt% of an epoxide resin matrix system and from 48 to 58 wt% fibrous reinforcement, each wt% being based on the total weight of the prepreg , the fibrous reinforcement being at least partially impregnated by the epoxide resin matrix system; wherein the epoxide resin matrix system comprises the components: a. a mixture of (i) at least one epoxide-containing resin and (ii) at least one catalyst for curing the at least one epoxide-containing resin, component (a) forming a cured epoxide resin matrix after catalytic curing of the at least one epoxide-containing resin by the at least one catalyst; and characterised by b. a plurality of solid fillers for providing fire retardant properties to the fibre-reinforced composite material formed after catalytic curing of the at least one epoxide-containing resin, wherein the solid fillers for providing fire retardant properties comprise (i) a phosphate component and (ii) (a) a ceramic or glass material precursor for reacting with the phosphate component to form a ceramic or glass material and/or (b) a ceramic or glass material, wherein the weight ratio of component a. to component b. is from 1.4:1 to 1.86:1. wherein the epoxide resin matrix system comprises the components: a. a mixture of (i) at least one epoxide-containing resin and (ii) at least one catalyst for curing the at least one epoxide-containing resin, component (a) forming a cured epoxide resin matrix after catalytic curing of the at least one epoxide-containing resin by the at least one catalyst; and characterised by b. a plurality of solid fillers for providing fire retardant properties to the fibre-reinforced composite material formed after catalytic curing of the at least one epoxide-containing resin, wherein the solid fillers for providing fire retardant properties comprise (i) a phosphate component and (ii) (a) a ceramic or glass material precursor for reacting with the phosphate component to form a ceramic or glass material and/or (b) a ceramic or glass material, a. a mixture of (i) at least one epoxide-containing resin and (ii) at least one catalyst for curing the at least one epoxide-containing resin, component (a) forming a cured epoxide resin matrix after catalytic curing of the at least one epoxide-containing resin by the at least one catalyst; and characterised by b. a plurality of solid fillers for providing fire retardant properties to the fibre-reinforced composite material formed after catalytic curing of the at least one epoxide-containing resin, wherein the solid fillers for providing fire retardant properties comprise (i) a phosphate component and (ii) (a) a ceramic or glass material precursor for reacting with the phosphate component to form a ceramic or glass material and/or (b) a ceramic or glass material, wherein the weight ratio of component a. to component b. is from 1.4:1 to 1.86:1.
A combination of an aircraft and an aircraft system , wherein the aircraft system comprises: a computer system in the aircraft ; and a controller in the computer system that receives an airspeed of the aircraft from a sensor system in the aircraft , determines an amount of change in the airspeed of the aircraft , and adjusts a current ceiling of an operational flight envelope for the aircraft based on the amount of change in the airspeed of the aircraft ; characterized in that the computer system includes a settings identifier that initially sets the current ceiling of the operational flight envelope based on a Mach of the aircraft such that for each Mach the current ceiling has a desired margin to a relevant hazard, the initial setting being performed without taking into account a target airspeed, the settings identifier accessing from a table the initial setting for each relevant hazard; wherein the controller : determines that an adjustment to the current ceiling of the operational flight envelope is needed when the airspeed decreases below a selected Mach, wherein the selected Mach is a ratio of a target airspeed to a speed of sound; and lowers the current ceiling of the operational flight envelope to increase the margin of safety to the relevant hazard. a computer system in the aircraft ; and a controller in the computer system that receives an airspeed of the aircraft from a sensor system in the aircraft , determines an amount of change in the airspeed of the aircraft , and adjusts a current ceiling of an operational flight envelope for the aircraft based on the amount of change in the airspeed of the aircraft ; characterized in that the computer system includes a settings identifier that initially sets the current ceiling of the operational flight envelope based on a Mach of the aircraft such that for each Mach the current ceiling has a desired margin to a relevant hazard, the initial setting being performed without taking into account a target airspeed, the settings identifier accessing from a table the initial setting for each relevant hazard; wherein the controller : determines that an adjustment to the current ceiling of the operational flight envelope is needed when the airspeed decreases below a selected Mach, wherein the selected Mach is a ratio of a target airspeed to a speed of sound; and lowers the current ceiling of the operational flight envelope to increase the margin of safety to the relevant hazard. determines that an adjustment to the current ceiling of the operational flight envelope is needed when the airspeed decreases below a selected Mach, wherein the selected Mach is a ratio of a target airspeed to a speed of sound; and lowers the current ceiling of the operational flight envelope to increase the margin of safety to the relevant hazard.
Laundry care appliance with an outer tub for receiving washing liquid, a laundry drum for receiving laundry, wherein the laundry drum is arranged in the outer tub , an oscillating system , which is embodied to support the laundry drum and the outer tub in the laundry care appliance in an oscillateable manner, a drum drive for rotating the laundry drum , a washing liquid supply facility (118-1, 118-2) for supplying washing liquid into the laundry drum during a washing period , and a controller for controlling the drum drive and the washing liquid supply facility (118-1, 118-2), characterised in that the controller is embodied to activate the drum drive during a drum time segment of the washing period , in order to rotate the laundry drum with a drum speed , in order to form a laundry tunnel within the laundry received in the laundry drum , wherein the laundry tunnel in the rotating laundry drum is produced by centrifugal forces acting on the laundry, by means of which the laundry received in the rotating laundry drum is pressed against the laundry drum and as a result the laundry tunnel is formed, wherein the drum speed is greater than a detachment speed of the laundry drum and less than a resonance speed of the laundry drum , wherein the detachment speed is a maximum rotational speed of the laundry drum , in which the laundry received in the laundry drum detaches from the laundry drum , and wherein the resonance speed is a speed of the laundry drum , at which an oscillating frequency of the oscillating system corresponds to an intrinsic oscillation frequency of the oscillating system , and that the controller is embodied to activate the washing liquid supply facility (118-1, 118-2) during the washing period , in order to supply washing liquid into the laundry tunnel formed within the laundry drum . the controller is embodied to activate the drum drive during a drum time segment of the washing period , in order to rotate the laundry drum with a drum speed , in order to form a laundry tunnel within the laundry received in the laundry drum , wherein the laundry tunnel in the rotating laundry drum is produced by centrifugal forces acting on the laundry, by means of which the laundry received in the rotating laundry drum is pressed against the laundry drum and as a result the laundry tunnel is formed, wherein the drum speed is greater than a detachment speed of the laundry drum and less than a resonance speed of the laundry drum , wherein the detachment speed is a maximum rotational speed of the laundry drum , in which the laundry received in the laundry drum detaches from the laundry drum , and wherein the resonance speed is a speed of the laundry drum , at which an oscillating frequency of the oscillating system corresponds to an intrinsic oscillation frequency of the oscillating system , and that the controller is embodied to activate the washing liquid supply facility (118-1, 118-2) during the washing period , in order to supply washing liquid into the laundry tunnel formed within the laundry drum .
A control device of a secondary battery using, as a positive electrode material, a positive electrode active material that shows a difference of an open circuit voltage curve between during charge and discharge, comprising: a storing unit configured to store a reference SOC-open circuit voltage curve (δ) showing a relationship between an SOC and an open circuit voltage, which becomes a reference upon calculating a current SOC of the secondary battery ; and an SOC calculating unit configured to calculate the current SOC of the secondary battery from a current open circuit voltage of the secondary battery on the basis of the reference SOC-open circuit voltage curve (δ), characterized in that during the charge of the secondary battery , the SOC calculating unit is configured to calculate the current SOC of the secondary battery by correcting a reference SOC (SOC ref ) that is taken for the current open circuit voltage on the reference SOC-open circuit voltage curve (δ) to be lower, and during the discharge of the secondary battery , the SOC calculating unit is configured to calculate the current SOC of the secondary battery by correcting the reference SOC (SOC ref ) to be higher. a storing unit configured to store a reference SOC-open circuit voltage curve (δ) showing a relationship between an SOC and an open circuit voltage, which becomes a reference upon calculating a current SOC of the secondary battery ; and an SOC calculating unit configured to calculate the current SOC of the secondary battery from a current open circuit voltage of the secondary battery on the basis of the reference SOC-open circuit voltage curve (δ), characterized in that during the charge of the secondary battery , the SOC calculating unit is configured to calculate the current SOC of the secondary battery by correcting a reference SOC (SOC ref ) that is taken for the current open circuit voltage on the reference SOC-open circuit voltage curve (δ) to be lower, and during the discharge of the secondary battery , the SOC calculating unit is configured to calculate the current SOC of the secondary battery by correcting the reference SOC (SOC ref ) to be higher.