mhurhangee/patent-ind-claim-en huggingface dataset:
A disposable lid for a container intended for a beverage , comprising: - a seal , and a fastener to be placed under the top of the container to enable attachment of the lid to said container ; - said lid forming an open compartment wholly or partly inside the container when placed on the container, wherein - the compartment , when in place, is positioned below said top of said container , and - wherein said compartment extends to the top of said seal , and - said compartment is provided with a floor comprising a plurality of openings , enabling said beverage to pass through the openings , and - wherein the compartment is partly open to the wall of said container when the lid is inserted, enabling a person's lips to be in contact with said top of said container during consumption of the beverage ; - characterized in that: - the disposable lid further comprises a compartment above the floor , wherein the compartment enables some part of the beverage to remain in the compartment during consumption; and - wherein said floor is provided with a protrusion reaching above said compartment , but below said top of said container , and said protrusion comprises said openings for the beverage to pass. - a seal , and a fastener to be placed under the top of the container to enable attachment of the lid to said container ; - said lid forming an open compartment wholly or partly inside the container when placed on the container, wherein - the compartment , when in place, is positioned below said top of said container , and - wherein said compartment extends to the top of said seal , and - said compartment is provided with a floor comprising a plurality of openings , enabling said beverage to pass through the openings , and - wherein the compartment is partly open to the wall of said container when the lid is inserted, enabling a person's lips to be in contact with said top of said container during consumption of the beverage ; - characterized in that: - the disposable lid further comprises a compartment above the floor , wherein the compartment enables some part of the beverage to remain in the compartment during consumption; and - wherein said floor is provided with a protrusion reaching above said compartment , but below said top of said container , and said protrusion comprises said openings for the beverage to pass. - the disposable lid further comprises a compartment above the floor , wherein the compartment enables some part of the beverage to remain in the compartment during consumption; and - wherein said floor is provided with a protrusion reaching above said compartment , but below said top of said container , and said protrusion comprises said openings for the beverage to pass.
An inorganic filler comprising: a boron nitride agglomerate in which plate-shaped boron nitrides are agglomerated together, aluminum oxide, and a coating layer formed on the boron nitride agglomerate and including a polymer having the following unit: wherein R is selected from the group consisting of an alkylene group having 1 to 3 carbon atoms, an alkenylene group having 2 to 3 carbon atoms, and an alkynylene group having 2 to 3 carbon atoms, and wherein at least one of R 1 , R 2 , R 3 and R 4 is selected from the group consisting of an alkyl group having 1 to 3 carbon atoms, an alkene group having 2 to 3 carbon atoms, and an alkyne group having 2 to 3 carbon atoms. a boron nitride agglomerate in which plate-shaped boron nitrides are agglomerated together, aluminum oxide, and a coating layer formed on the boron nitride agglomerate and including a polymer having the following unit: wherein R is selected from the group consisting of an alkylene group having 1 to 3 carbon atoms, an alkenylene group having 2 to 3 carbon atoms, and an alkynylene group having 2 to 3 carbon atoms, and wherein at least one of R 1 , R 2 , R 3 and R 4 is selected from the group consisting of an alkyl group having 1 to 3 carbon atoms, an alkene group having 2 to 3 carbon atoms, and an alkyne group having 2 to 3 carbon atoms.
An air-gas mixture burning appliance , comprising: a burning unit for burning a combustible air-gas mixture ; a flame detector for sensing a presence of a flame in the burning unit ; an air-gas mixing unit that is arranged upstream of the burning unit and is adapted for mixing of air and gas to form the combustible air-gas mixture ; a gas valve that is arranged upstream of the air-gas mixing unit and is adapted for regulating a flow of the gas to the air-gas mixing unit ; a controller that is adapted for determining an earliest flame appearance time for an ignition phase of the burning unit by selecting from at least two different durations of time; and that is adapted to determine the earliest flame appearance time as an anticipated minimum duration of time that elapses between an opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit , characterized in that it further comprises a gas valve leak detector that is adapted for detecting a leak of the gas valve during the ignition phase of the burning unit based on measuring a measured duration of time between the opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit, and checking that the measured duration of time is shorter than the determined earliest flame appearance time. a burning unit for burning a combustible air-gas mixture ; a flame detector for sensing a presence of a flame in the burning unit ; an air-gas mixing unit that is arranged upstream of the burning unit and is adapted for mixing of air and gas to form the combustible air-gas mixture ; a gas valve that is arranged upstream of the air-gas mixing unit and is adapted for regulating a flow of the gas to the air-gas mixing unit ; a controller that is adapted for determining an earliest flame appearance time for an ignition phase of the burning unit by selecting from at least two different durations of time; and that is adapted to determine the earliest flame appearance time as an anticipated minimum duration of time that elapses between an opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit , characterized in that it further comprises a gas valve leak detector that is adapted for detecting a leak of the gas valve during the ignition phase of the burning unit based on measuring a measured duration of time between the opening of the gas valve and the flame detector sensing the presence of a flame in the burning unit, and checking that the measured duration of time is shorter than the determined earliest flame appearance time.
A radio frequency identification, RFID, transponder , comprising a modulator and a modulator controller , wherein: the modulator is configured to generate a modulated signal to be transmitted to an external RFID reader; characterized in that the modulator controller is configured to control a duty cycle of the modulator in dependence on an available amount of power available to the RFID transponder . the modulator is configured to generate a modulated signal to be transmitted to an external RFID reader; characterized in that the modulator controller is configured to control a duty cycle of the modulator in dependence on an available amount of power available to the RFID transponder .
Lightweight panel , which has two first narrow sides , two second narrow sides orthogonal to the first and two to the narrow sides orthogonal broad sides , - with two cover plates , - with a cover plate arranged between the light central layer , which is glued to the cover plates , and - with one component contacting the two cover plates on the inside, inserted between the cover plates in a recess having a radius, wherein the component has a plurality of narrow sides and two broad sides orthogonal thereto, turned to the cover plates , and wherein at least one of the narrow sides of the component has a straight course and at least one further narrow side adjacent thereto has a has a curved course, wherein the component has at least one recess (5.1) which is suitable for receiving a bolt , characterized in that the further narrow side , which in a sectional view is parallel to the broad sides of the component turned to the cover plates , has the shape of an arc and that the radius of the recess in the lightweight panel is coordinated to the radius of the arc of the further narrow side , so that the further narrow side with the curved course touches continuously the inside of the recess in the lightweight panel . - with two cover plates , - with a cover plate arranged between the light central layer , which is glued to the cover plates , and - with one component contacting the two cover plates on the inside, inserted between the cover plates in a recess having a radius, wherein the component has a plurality of narrow sides and two broad sides orthogonal thereto, turned to the cover plates , and wherein at least one of the narrow sides of the component has a straight course and at least one further narrow side adjacent thereto has a has a curved course, wherein the component has at least one recess (5.1) which is suitable for receiving a bolt , that the further narrow side , which in a sectional view is parallel to the broad sides of the component turned to the cover plates , has the shape of an arc and that the radius of the recess in the lightweight panel is coordinated to the radius of the arc of the further narrow side , so that the further narrow side with the curved course touches continuously the inside of the recess in the lightweight panel .
A method for controlling the operating parameters of a sealing unit of the follower type in a product packing machine, wherein the sealing unit comprises a sealing module movable with reciprocating motion along a feed path of a tubular film to be sealed, wherein the sealing module comprises two sealing elements which are movable relative to each other along a sealing direction transverse to the feed path, the method being implemented in accordance with a plurality of operating parameters and comprising the following steps: A. setting the value of at least one input operating parameter selectable at least between sealing time and production speed; B. calculating the values of the remaining, unselected operating parameters as a function of the at least one set value, wherein one or more of the remaining operating parameters are subject to restrictions connected with the machine architecture; C. checking that the values calculated are compatible with respective reference ranges and/or with the restrictions, the method being characterized in that the step of calculating the remaining operating parameters is carried out by a control unit using a predetermined optimization routine. A. setting the value of at least one input operating parameter selectable at least between sealing time and production speed; B. calculating the values of the remaining, unselected operating parameters as a function of the at least one set value, wherein one or more of the remaining operating parameters are subject to restrictions connected with the machine architecture; C. checking that the values calculated are compatible with respective reference ranges and/or with the restrictions,
A system comprising: an accumulator configured to collect broad goods material including reinforcement fibers and thermoplastic material; a consolidator in communication with the accumulator and configured to melt and impregnate the thermoplastic material into the reinforcement fibers of the broad goods material at a filament level to form an impregnated fiber material; a chopper in communication with the consolidator and configured to cut the impregnated fiber material into substantially uniform flakes; and a combiner in communication with the chopper and configured to combine the uniform flakes of impregnated fiber material with one or more added compounding materials to create a thermoplastic or thermoset molding compound. an accumulator configured to collect broad goods material including reinforcement fibers and thermoplastic material; a consolidator in communication with the accumulator and configured to melt and impregnate the thermoplastic material into the reinforcement fibers of the broad goods material at a filament level to form an impregnated fiber material; a chopper in communication with the consolidator and configured to cut the impregnated fiber material into substantially uniform flakes; and a combiner in communication with the chopper and configured to combine the uniform flakes of impregnated fiber material with one or more added compounding materials to create a thermoplastic or thermoset molding compound.
A method of generating and applying combining weights to Physical Uplink Shared Channel, PUSCH, symbols for Open Radio Access Network, O-RAN, fronthaul interface between O-RAN radio unit, O-RU, and O-RAN distributed unit, O-DU, comprising: calculating, by the O-RU, a projection matrix using a codebook; generating, by the O-RU, an RU combiner matrix, using the codebook; applying, by the O-RU, the RU combiner matrix to In-phase and Quadrature, IQ, data to generate compressed IQ data; compressing, by the O-RU, PUSCH and demodulation reference signal, DMRS, symbols from the RU combiner matrix; sending, by the O-RU, the compressed IQ data associated with the compressed DMRS symbols to the O-DU; calculating, by the O-DU, a DU combiner matrix from the compressed DMRS symbols; applying, by the O-DU, the DU combiner matrix to the compressed PUSCH symbols; and generating, by the O-DU, a multiuser multiple input, multiple output, MU-MIMO, combiner matrix. calculating, by the O-RU, a projection matrix using a codebook; generating, by the O-RU, an RU combiner matrix, using the codebook; applying, by the O-RU, the RU combiner matrix to In-phase and Quadrature, IQ, data to generate compressed IQ data; compressing, by the O-RU, PUSCH and demodulation reference signal, DMRS, symbols from the RU combiner matrix; sending, by the O-RU, the compressed IQ data associated with the compressed DMRS symbols to the O-DU; calculating, by the O-DU, a DU combiner matrix from the compressed DMRS symbols; applying, by the O-DU, the DU combiner matrix to the compressed PUSCH symbols; and generating, by the O-DU, a multiuser multiple input, multiple output, MU-MIMO, combiner matrix.
A container for storing a plurality of test strips comprising: a housing having a front housing portion opposing a rear housing portion and a base , wherein the front housing portion has a height H1 and the rear housing portion has a height H2, the housing defines a cavity , wherein H1 < H2, wherein the height difference between heights H1 and H2 defines an angle α, wherein the angle α ranges from about 0 to about 14 degrees; a lid hingedly connected to the rear housing portion having a front lid portion opposing a rear lid portion , wherein the front lid portion has a height H3 and the rear lid portion has a height H4, wherein H3 > H4, wherein the height difference between heights H3 and H4 defines an angle β, wherein angle β ranges from about 0 to about 14 degrees, wherein the housing further comprises, a front grip , wherein the front grip further comprises a front foot that longitudinally protrudes from the housing ; and a rear grip , wherein the rear grip comprises a rear foot that longitudinally protrudes from the housing . a housing having a front housing portion opposing a rear housing portion and a base , wherein the front housing portion has a height H1 and the rear housing portion has a height H2, the housing defines a cavity , wherein H1 < H2, wherein the height difference between heights H1 and H2 defines an angle α, wherein the angle α ranges from about 0 to about 14 degrees; a lid hingedly connected to the rear housing portion having a front lid portion opposing a rear lid portion , wherein the front lid portion has a height H3 and the rear lid portion has a height H4, wherein H3 > H4, wherein the height difference between heights H3 and H4 defines an angle β, wherein angle β ranges from about 0 to about 14 degrees, wherein the housing further comprises, a front grip , wherein the front grip further comprises a front foot that longitudinally protrudes from the housing ; and a rear grip , wherein the rear grip comprises a rear foot that longitudinally protrudes from the housing .
A method of drying inorganic sludge with molten slag , comprising the following steps: conveying the molten slag and the inorganic sludge to a drum containing steel balls with respective conveying devices; mixing molten slag and inorganic sludge; and after the water content of the inorganic sludge is reduced to 3%-15%, conveying a mixture of the molten slag and the dry inorganic sludge to a slag-sludge separation device with a slag-sludge conveying device positioned at an outlet end of the drum to separate the molten slag from the dry inorganic sludge; wherein dust, sulfides and organic compounds existing in a tail gas generated during the drying of the inorganic sludge enter a tail gas treatment device from a drum outlet, and the gas is discharged when it satisfies the discharge standard after the treatment; wherein the dust separated in the tail gas treatment enters a tail sludge mixing device from a tail sludge outlet of the tail gas treatment device , mixes with the inorganic sludge to be dried, and is then conveyed to the drum through a sludge conveying pipeline. conveying the molten slag and the inorganic sludge to a drum containing steel balls with respective conveying devices; mixing molten slag and inorganic sludge; and after the water content of the inorganic sludge is reduced to 3%-15%, conveying a mixture of the molten slag and the dry inorganic sludge to a slag-sludge separation device with a slag-sludge conveying device positioned at an outlet end of the drum to separate the molten slag from the dry inorganic sludge; wherein dust, sulfides and organic compounds existing in a tail gas generated during the drying of the inorganic sludge enter a tail gas treatment device from a drum outlet, and the gas is discharged when it satisfies the discharge standard after the treatment; wherein the dust separated in the tail gas treatment enters a tail sludge mixing device from a tail sludge outlet of the tail gas treatment device , mixes with the inorganic sludge to be dried, and is then conveyed to the drum through a sludge conveying pipeline.
A process for producing alkali metal chlorate, comprising introducing an electrolyte solution, free of added chromium, said solution comprising alkali metal chloride to a non-divided electrolytic cell comprising at least one anode and at least one cathode, and electrolyzing the electrolyte solution to produce an electrolyzed solution enriched in chlorate, wherein at least one cathode comprises a conductive electrode substrate which may be coated with one or more intermediate conductive layers, and an electrocatalytic top layer applied onto said substrate or onto the intermediate layers, said top layer comprising cerium oxide and/or manganese oxide.
A device for aseptic delivery of biological material from a vial, the device comprising: a tubular barrel including a receiving end to accept at least a portion of the vial within the tubular barrel, and a dispensing end opposite the receiving end; a filter assembly fluidly connected to the dispensing end of the tubular barrel ; and a dispersion funnel assembly configured to connect to the vial, and to be at least partially disposed within the tubular barrel , the dispersion funnel assembly having an open configuration to disperse the biological material from the vial into the tubular barrel between the dispersion funnel assembly and the filter assembly , and a closed configuration to force the dispersed biological material through the filter assembly when the dispersion funnel assembly is moved toward the dispensing end of the tubular barrel wherein the filter assembly includes a filter medium , the filter assembly selectable between an open state wherein the filter medium prevents the biological material from passing through the filter assembly but permits liquid to pass through the filter assembly , a bypass state wherein the biological material can pass through the filter assembly to deliver the biological material, and, optionally, a closed state wherein no liquid or biological material can pass through the filter assembly . a tubular barrel including a receiving end to accept at least a portion of the vial within the tubular barrel, and a dispensing end opposite the receiving end; a filter assembly fluidly connected to the dispensing end of the tubular barrel ; and a dispersion funnel assembly configured to connect to the vial, and to be at least partially disposed within the tubular barrel , the dispersion funnel assembly having an open configuration to disperse the biological material from the vial into the tubular barrel between the dispersion funnel assembly and the filter assembly , and a closed configuration to force the dispersed biological material through the filter assembly when the dispersion funnel assembly is moved toward the dispensing end of the tubular barrel wherein the filter assembly includes a filter medium , the filter assembly selectable between an open state wherein the filter medium prevents the biological material from passing through the filter assembly but permits liquid to pass through the filter assembly , a bypass state wherein the biological material can pass through the filter assembly to deliver the biological material, and, optionally, a closed state wherein no liquid or biological material can pass through the filter assembly .
A method of ensuring proper operation of a power supply unit in an electronic device including a system fan and a controller , the power supply unit including an internal fan and an AC input , wherein the system fan is located in parallel with the power supply unit , wherein the method is characterized by the following steps: monitoring the AC input by the controller and determining whether AC power is input to the AC input ; when AC power is input to the AC input , executing a software protection routine by the controller for reducing the fan power of the system fan for a short period to generate air flow at a level sufficient to allow operation of the internal fan ; and when the internal fan starts, restoring the fan power of the system fan to a normal level to generate air flow sufficient to cool the electronic device. monitoring the AC input by the controller and determining whether AC power is input to the AC input ; when AC power is input to the AC input , executing a software protection routine by the controller for reducing the fan power of the system fan for a short period to generate air flow at a level sufficient to allow operation of the internal fan ; and when the internal fan starts, restoring the fan power of the system fan to a normal level to generate air flow sufficient to cool the electronic device.