mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reducing noise in a cryogenic cooling system , the noise being associated with only a single mechanical refrigerator forming part of said cooling system, the method comprising: monitoring vibrations in the cooling system during operation of the mechanical refrigerator; measuring vibration amplitudes in the monitored vibrations and determining transfer functions and structural resonance coupling for the whole system based on the measured amplitudes; and modulating an operating frequency of the mechanical refrigerator based on the transfer functions and structural resonance coupling so as to reduce the amplitude of said vibrations. monitoring vibrations in the cooling system during operation of the mechanical refrigerator; measuring vibration amplitudes in the monitored vibrations and determining transfer functions and structural resonance coupling for the whole system based on the measured amplitudes; and modulating an operating frequency of the mechanical refrigerator based on the transfer functions and structural resonance coupling so as to reduce the amplitude of said vibrations.
Luggage item comprising - a luggage item body having at least one first and one second luggage item portion , wherein the first and the second luggage item portion are pivotable relative to each other so that the luggage item body can be opened or closed, - at least one first and one second frame element , wherein the first frame element is arranged at an edge of the first luggage item portion and is connected to the first luggage item portion via a first bonding connection , and the second frame element is arranged at an edge of the second luggage item portion and is connected to the second luggage item portion via a second bonding connection , characterized in that at least a first profile element is connected on an inner side of the luggage item body to the first luggage item portion , and that at least a second profile element is connected on the inner side of the luggage item body to the second luggage item portion , wherein the first profile element at least partially overlaps the first frame element and the second profile element at least partially overlaps the second frame element , thus counteracting to a detachment of the first bonding connection between the first frame element and the first luggage item portion and of the second bonding connection between the second frame element and the second luggage item portion , wherein the first frame element is a frame element wound around the edge of the first luggage item portion and the second frame element is a frame element wound around the edge of the first luggage item portion . - a luggage item body having at least one first and one second luggage item portion , wherein the first and the second luggage item portion are pivotable relative to each other so that the luggage item body can be opened or closed, - at least one first and one second frame element , wherein the first frame element is arranged at an edge of the first luggage item portion and is connected to the first luggage item portion via a first bonding connection , and the second frame element is arranged at an edge of the second luggage item portion and is connected to the second luggage item portion via a second bonding connection ,
A dispenser comprising: a refill unit having a battery pod ; a receptacle on the dispenser for receiving the battery pod ; and a sliding cover ; wherein the sliding cover slides downward to allow access to the refill unit ; and wherein the sliding cover slides upward to close and to prevent the refill unit from being removed. a refill unit having a battery pod ; a receptacle on the dispenser for receiving the battery pod ; and a sliding cover ; wherein the sliding cover slides downward to allow access to the refill unit ; and wherein the sliding cover slides upward to close and to prevent the refill unit from being removed.
Print head configured to eject a droplet of a fluid through a nozzle , the print head comprising: • a pressure chamber in fluid communication with the nozzle ; • an actuator structure in operative communication with the pressure chamber for generating a pressure wave in the pressure chamber ; the actuator structure comprising ∘ a membrane , wherein a first surface of the membrane forms a flexible wall of the pressure chamber ; ∘ a piezo actuator , wherein the piezo actuator is arranged on a second surface of the membrane , the second surface being opposite of the first surface, such that the membrane is deformed at the position of the piezo actuator upon actuation of the piezo actuator ; characterized in that the membrane is pivotably supported such that the membrane pivots at the location of support upon deformation of the membrane due to actuation of the piezo actuator . • a pressure chamber in fluid communication with the nozzle ; • an actuator structure in operative communication with the pressure chamber for generating a pressure wave in the pressure chamber ; the actuator structure comprising ∘ a membrane , wherein a first surface of the membrane forms a flexible wall of the pressure chamber ; ∘ a piezo actuator , wherein the piezo actuator is arranged on a second surface of the membrane , the second surface being opposite of the first surface, such that the membrane is deformed at the position of the piezo actuator upon actuation of the piezo actuator ; characterized in that the membrane is pivotably supported such that the membrane pivots at the location of support upon deformation of the membrane due to actuation of the piezo actuator . ∘ a membrane , wherein a first surface of the membrane forms a flexible wall of the pressure chamber ; ∘ a piezo actuator , wherein the piezo actuator is arranged on a second surface of the membrane , the second surface being opposite of the first surface, such that the membrane is deformed at the position of the piezo actuator upon actuation of the piezo actuator ;
Cooling system for cooling electronic aircraft equipment , comprising: - a primary cooling arrangement configured to provide basic cooling energy for cooling the electronic aircraft equipment ; - a supplemental cooling arrangement configured to provide supplemental cooling energy for cooling the electronic aircraft equipment ; and - a control unit configured to operate the supplemental cooling arrangement in response to at least one control parameter transmitted to the control unit from a sensor device , wherein the supplemental cooling arrangement comprises: - a coolant source in the form of a pressurized storage tank for storing a compressed coolant; and - a coolant supply system configured to supply the compressed coolant from the coolant source to the electronic aircraft equipment to be cooled, characterized in that the supplemental cooling arrangement further comprises a coolant distribution system comprising a plurality of coolant distribution lines connected to the coolant supply system , wherein each of the plurality of coolant distribution lines is configured to selectively direct the compressed coolant supplied by the coolant supply system to at least one of a plurality of components of the electronic aircraft equipment . - a primary cooling arrangement configured to provide basic cooling energy for cooling the electronic aircraft equipment ; - a supplemental cooling arrangement configured to provide supplemental cooling energy for cooling the electronic aircraft equipment ; and - a control unit configured to operate the supplemental cooling arrangement in response to at least one control parameter transmitted to the control unit from a sensor device , - a coolant source in the form of a pressurized storage tank for storing a compressed coolant; and - a coolant supply system configured to supply the compressed coolant from the coolant source to the electronic aircraft equipment to be cooled,
A superconducting accelerator comprising: an acceleration cavity in which a space (A) to accelerate a charged particle beam (B) in a superconductive state is formed; a refrigerant tank positioned at an outer circumference of the acceleration cavity and arranged so as to define a gap (S) between the refrigerant tank and the acceleration cavity , wherein said acceleration cavity is accommodated in the refrigerant tank and the gap is for being filled with a refrigerant for cooling the acceleration cavity ; a pair of pressing members provided to the outer circumference of the refrigerant tank so as to be respectively positioned at both side ends of the acceleration cavity in a direction of a beam axis of the charged particle beam (B) or at both ends of the acceleration cavity in a direction perpendicular to the beam axis; a tensile member (22;22A) provided so as to be continuously wound around the outer circumference of the refrigerant tank and configured to generate a tensile force in a direction in which the pressing members are brought to come close to each other; and a tension adjustor configured to adjust the tensile force generated by the tensile member (22;22A), wherein the tensile member (22;22A) is a wire, characterized in that a plurality of pulleys on which the wire is put are positioned at the outer circumference of the refrigerant tank at intervals in a circumferential direction of the refrigerant tank . an acceleration cavity in which a space (A) to accelerate a charged particle beam (B) in a superconductive state is formed; a refrigerant tank positioned at an outer circumference of the acceleration cavity and arranged so as to define a gap (S) between the refrigerant tank and the acceleration cavity , wherein said acceleration cavity is accommodated in the refrigerant tank and the gap is for being filled with a refrigerant for cooling the acceleration cavity ; a pair of pressing members provided to the outer circumference of the refrigerant tank so as to be respectively positioned at both side ends of the acceleration cavity in a direction of a beam axis of the charged particle beam (B) or at both ends of the acceleration cavity in a direction perpendicular to the beam axis; a tensile member (22;22A) provided so as to be continuously wound around the outer circumference of the refrigerant tank and configured to generate a tensile force in a direction in which the pressing members are brought to come close to each other; and a tension adjustor configured to adjust the tensile force generated by the tensile member (22;22A), wherein the tensile member (22;22A) is a wire, characterized in that a plurality of pulleys on which the wire is put are positioned at the outer circumference of the refrigerant tank at intervals in a circumferential direction of the refrigerant tank .
A method for operating at least one data processing apparatus of a ventilation system having at least one ventilator and having at least one remote station spatially separated from the ventilator , wherein therapy data can be at least partly transmitted between the ventilator and the remote station with the data processing apparatus , and wherein at least one authorization code is recorded by at least one user of the ventilation system in the data processing apparatus in order to obtain authorized access to the therapy data via the remote station , and wherein the authorization code is only provided to the user when the latter requests the authorization code by at least one user action to be undertaken with respect to the data processing apparatus .
A brain-stimulating device comprising: an EEG measurement unit configured to measure an EEG signal of a brain; and a stimulation unit configured to apply a spindle-like stimulation to the brain in response to the generation of a slow oscillation included in the EEG signal, wherein the spindle-like stimulation comprises a spindle component and a slow oscillation component, wherein a frequency of the spindle component is within the range of 11-16 Hz, and wherein a frequency of the slow oscillation component is less than 1 Hz. an EEG measurement unit configured to measure an EEG signal of a brain; and a stimulation unit configured to apply a spindle-like stimulation to the brain in response to the generation of a slow oscillation included in the EEG signal, wherein the spindle-like stimulation comprises a spindle component and a slow oscillation component, wherein a frequency of the spindle component is within the range of 11-16 Hz, and wherein a frequency of the slow oscillation component is less than 1 Hz.
A display device comprising: an image processor configured to detect a face candidate region from input content, based on information associated with at least one preset face color region, to detect a face region by applying a face detection algorithm to the detected face candidate region and to perform skin color correction on the detected face region; and a display unit configured to display the corrected input content; wherein the image processor is configured to divide the input content according to a plurality of preset color regions and the color regions comprise a skin color region; wherein the image processor is configured to divide the input content into a plurality of regions corresponding to the color regions and detects, as the face candidate region, one of the divided regions corresponding to the face color region; wherein the image processor is configured to correct colors of the divided regions other than the face region to respective preset target colors; characterised in that : a target color is defined for each of the preset color region and the image processor is configured to correct a color of a region of the input content to a target color which is defined for the preset color region having higher priority when the color of the region of the input content belongs to two or more preset color regions that overlap each other. an image processor configured to detect a face candidate region from input content, based on information associated with at least one preset face color region, to detect a face region by applying a face detection algorithm to the detected face candidate region and to perform skin color correction on the detected face region; and a display unit configured to display the corrected input content; wherein the image processor is configured to divide the input content according to a plurality of preset color regions and the color regions comprise a skin color region; wherein the image processor is configured to divide the input content into a plurality of regions corresponding to the color regions and detects, as the face candidate region, one of the divided regions corresponding to the face color region; wherein the image processor is configured to correct colors of the divided regions other than the face region to respective preset target colors; characterised in that : a target color is defined for each of the preset color region and the image processor is configured to correct a color of a region of the input content to a target color which is defined for the preset color region having higher priority when the color of the region of the input content belongs to two or more preset color regions that overlap each other.
Device for mixing rubber compounds, comprising - at least one mixing tool with at least one mixing tool web and with a tool axis and - a device housing with an inner wall , characterized in that - the one device housing comprises at least two sensors for monitoring a distance between the one mixing tool web , or at least one mixing tool web of the at least one mixing tool webs , and the inner wall of the device housing , wherein the at least two sensors are arranged rotationally symmetrically about the tool axis , wherein the one mixing tool web of the one mixing tool is - a mixing tool web of the last mixing tool before the discharge opening of the device or - the last mixing tool web before the discharge opening of the device . - at least one mixing tool with at least one mixing tool web and with a tool axis - a device housing with an inner wall , - the one device housing comprises at least two sensors for monitoring a distance between the one mixing tool web , or at least one mixing tool web of the at least one mixing tool webs , and the inner wall of the device housing , wherein the at least two sensors are arranged rotationally symmetrically about the tool axis , wherein the one mixing tool web of the one mixing tool is - a mixing tool web of the last mixing tool before the discharge opening of the device - the last mixing tool web before the discharge opening of the device .
Method comprising: - when a first signal (S1) is at a high logic level, a phase of simultaneous control of several parallel transistors (Ti), by applying on the gates of said transistors a potential (VON) turning said transistors on; and - when the first signal is at a low logic level, and a voltage across control and conduction terminals of said transistors (Ti)is higher than a threshold, a dissociated control phase of said transistors by opposed second signals (S2i) repeated in slots, a low logic state of each second signal turning the transistor (Ti) controlled by this second signal off, and a high logic state of each second signal causing the application, on the gate of the concerned transistor (Ti), of a potential (V-) strictly comprised between the potentials of the conduction terminals of the transistor. - when a first signal (S1) is at a high logic level, a phase of simultaneous control of several parallel transistors (Ti), by applying on the gates of said transistors a potential (VON) turning said transistors on; and - when the first signal is at a low logic level, and a voltage across control and conduction terminals of said transistors (Ti)is higher than a threshold, a dissociated control phase of said transistors by opposed second signals (S2i) repeated in slots, a low logic state of each second signal turning the transistor (Ti) controlled by this second signal off, and a high logic state of each second signal causing the application, on the gate of the concerned transistor (Ti), of a potential (V-) strictly comprised between the potentials of the conduction terminals of the transistor.
An amphiphilic branched polydiorganosiloxane macromer, comprising: at least first polydiorganosiloxane polymer chain having two terminal methacryloyl groups; and at least one first hydrophilic chain; at least one second hydrophilic polymer chain; and at least one second polydiorganosiloxane polymer chain at least one end of which is covalently connected to the second hydrophilic polymer chain, wherein the first and second polydiorganosiloxane chains are derived by ATRP polymerization from one or more hydrophilic vinylic monomers and an α,ω-dimethacryloyl-terminated polydiorganosiloxane vinylic crosslinker comprising one or more ATRP-containing siloxane units having one substituent having an ATRP initiator, wherein the first hydrophilic chain is anchored covalently onto one single ATRP-containing siloxane unit of the first or second polydiorganosiloxane chain at one of the two ends of the first hydrophilic polymer chain and has one first terminal group at the other one of the two ends of the first hydrophilic polymer chain, wherein the second hydrophilic polymer chain is (a) anchored covalently onto one single ATRP-containing siloxane unit of the first polydiorganosiloxane chain at one of the two ends of the second hydrophilic polymer chain, (b) has one second terminal group at the other one of the two ends of the second hydrophilic polymer chain, and (c) is covalently connected to covalently connected to one of the two ends of the second polydiorganosiloxane chain, wherein the first and second terminal groups independent of each other are (meth)acryloxy group, (meth)acryloxy-C 2 -C 4 alkoxy group, (meth)acrylamido-C 2 -C 4 alkoxy group, (meth)acryloxy-C 2 -C 4 alkylamino group, (meth)acrylamido-C 2 -C 4 alkylamino group, C 1 -C 6 substituted or unsubstituted alkoxy group, C 2 -C 6 substituted or unsubstituted alkanoyloxy group, or C 1 -C 6 substituted or unsubstituted alkylamino group, wherein the first and second hydrophilic polymr chains are composed of monomeric units of at least one hydrophilic vinylic monomer selected from the group consisting of (meth)acrylamide, N,N-dimethyl (meth)acrylamide, dimethylaminoethyl (meth)acrylate, dimethylaminoethyl (meth)acrylamide, N-vinyl-2-pyrrolidone, N-vinyl-N-methyl isopropylamide, N-vinyl-N-methyl acetamide, N-vinyl formamide, N-vinyl acetamide, N-vinyl isopropylamide, N-vinyl-N-methyl acetamide, hydroxyethyl (meth)acrylate, hydroxyethyl (meth)acrylamide, hydroxypropyl (meth)acrylamide, glycerol methacrylate (GMA), polyethylene glycol (meth)acrylate, polyethylene glycol C 1 -C 4 -alkyl ether (meth)acrylate having a number average molecular weight of up to 1500, and mixtures thereof. at least first polydiorganosiloxane polymer chain having two terminal methacryloyl groups; and at least one first hydrophilic chain; at least one second hydrophilic polymer chain; and at least one second polydiorganosiloxane polymer chain at least one end of which is covalently connected to the second hydrophilic polymer chain,
A method performed by a first wireless device, the method comprising: receiving , from a network node (960; 960a; 960b), aggregated uplink information associated with uplink grant free, GF, configurations for two or more first user equipments, UEs, , wherein the aggregated uplink information comprises an indication of at least one periodic uplink resource and an indication of a periodicity of the at least one periodic uplink resource allocated to the two or more first UEs ; and configuring an uplink transmission based on the aggregated uplink information, by considering the at least one periodic uplink resource as a reserved resource. receiving , from a network node (960; 960a; 960b), aggregated uplink information associated with uplink grant free, GF, configurations for two or more first user equipments, UEs, , wherein the aggregated uplink information comprises an indication of at least one periodic uplink resource and an indication of a periodicity of the at least one periodic uplink resource allocated to the two or more first UEs ; and configuring an uplink transmission based on the aggregated uplink information, by considering the at least one periodic uplink resource as a reserved resource.
An overvoltage protection circuit , including: an overvoltage protection unit , used for generating an output voltage signal (Vout) of said overvoltage protection circuit generated based on a filtered voltage signal, and when the voltage of said output voltage signal is greater than or equal to a first threshold (Vth), it outputs an adjusted voltage signal different to said filtered voltage signal to serve as the output voltage signal of said overvoltage protection circuit, the voltage of said adjusted voltage signal is less than said first threshold, wherein, said adjusted voltage signal has a sawtooth waveform, characterised in that said overvoltage protection circuit further including a π-filter circuit composed of inductors and capacitors, used to filter the input voltage signal to obtain said filtered voltage signal. an overvoltage protection unit , used for generating an output voltage signal (Vout) of said overvoltage protection circuit generated based on a filtered voltage signal, and when the voltage of said output voltage signal is greater than or equal to a first threshold (Vth), it outputs an adjusted voltage signal different to said filtered voltage signal to serve as the output voltage signal of said overvoltage protection circuit, the voltage of said adjusted voltage signal is less than said first threshold, wherein, said adjusted voltage signal has a sawtooth waveform, characterised in that said overvoltage protection circuit further including a π-filter circuit composed of inductors and capacitors, used to filter the input voltage signal to obtain said filtered voltage signal.