mhurhangee/patent-ind-claim-en huggingface dataset:
A pressurized dispenser comprising a base around which surrounds a peripheral wall having an open end sealed by a dispensing element comprising a dip-tube , a fluid reservoir in contact with the dip-tube for reducing the compressed gas lost from the pressurized dispenser, a compressed gas and a dispensing liquid, wherein a majority of said fluid reservoir being located outside of the diptube and the fluid reservoir comprises a porous material, arranged in use to hold a volume of the dispensing liquid, the porous material being configured so that in use at least a portion of any compressed gas in the reservoir can be displaced by the liquid, ejecting said portion of the compressed gas into the dispenser, wherein the dip-tube comprises a fluid inlet at an end thereof, characterized in that the dispensing element is configured to dispense the dispensing liquid continuously for at least 0.5 seconds, upon actuation of the dispensing element and in that the dip-tube comprises a second fluid inlet located along the length of the dip-tube, and the reservoir covers both fluid inlets.
A method for managing quality of service in a wireless communications system, comprising: receiving, by a radio access network device in a service flow manner, service data that is transmitted by a core network device from a packet data network, PDN, to a user equipment, wherein the service flow manner is that data packets of the service data are transmitted according to an Internet Protocol, IP, transmission protocol; mapping, by the radio access network device according to a quality of service, QoS, rule, the service data to t bearers between the radio access network device and the user equipment for transmission, wherein t is an integer greater than or equal to 1; and transmitting, by the radio access network, the service data to the user equipment through the t bearers in a bearer manner. receiving, by a radio access network device in a service flow manner, service data that is transmitted by a core network device from a packet data network, PDN, to a user equipment, wherein the service flow manner is that data packets of the service data are transmitted according to an Internet Protocol, IP, transmission protocol; mapping, by the radio access network device according to a quality of service, QoS, rule, the service data to t bearers between the radio access network device and the user equipment for transmission, wherein t is an integer greater than or equal to 1; and transmitting, by the radio access network, the service data to the user equipment through the t bearers in a bearer manner.
A gas heater including: a plurality of heater burners , each burner having an operational condition in which heat is generated by the ignition of gas supplied to the burner ; at least one conduit for directing gas from a gas supply to each of the heater burners ; a solenoid gas safety valve device having a valve electrical connector and being adapted, when provided via said valve electrical connector with at least a threshold amount of electrical current, to be maintained in an open condition to allow passage of gas from a said gas supply along the at least one conduit to each of the heater burners , and when not provided with at least said threshold amount of current, to be in a closed condition thereby preventing such passage of gas; and characterized by an electrical current generator which is connected to the valve device via said valve electrical connector and which includes a plurality of thermocouple devices spaced apart from one another, each thermocouple device being adjacent to and operatively associated with a different respective one of the heater burners, the electrical current generator being configured, due to a combined electrical current generation by said thermocouple devices , to generate electrical current of at least said threshold amount for provision to the valve device via said valve electrical connector even if any one of the thermocouple devices does not generate electrical current of at least said threshold amount. a plurality of heater burners , each burner having an operational condition in which heat is generated by the ignition of gas supplied to the burner ; at least one conduit for directing gas from a gas supply to each of the heater burners ; a solenoid gas safety valve device having a valve electrical connector and being adapted, when provided via said valve electrical connector with at least a threshold amount of electrical current, to be maintained in an open condition to allow passage of gas from a said gas supply along the at least one conduit to each of the heater burners , and when not provided with at least said threshold amount of current, to be in a closed condition thereby preventing such passage of gas; and characterized by an electrical current generator which is connected to the valve device via said valve electrical connector and which includes a plurality of thermocouple devices spaced apart from one another, each thermocouple device being adjacent to and operatively associated with a different respective one of the heater burners, the electrical current generator being configured, due to a combined electrical current generation by said thermocouple devices , to generate electrical current of at least said threshold amount for provision to the valve device via said valve electrical connector even if any one of the thermocouple devices does not generate electrical current of at least said threshold amount.
An intraoral orthosis comprising - an upper splint and a lower splint designed to line teeth of an upper jaw and teeth of a lower jaw, respectively, - two tie rods connecting the splints , these tie rods having such a length that the lower jaw is maintained in an advanced position relative to the upper jaw, characterized in that the tie rods have fixed points of attachment to the splints , - on the one hand to the upper splint at the canines and - on the other hand to the lower splint at the second mandibular molar, wherein the fixed point of attachment to the lower splint is raised above the occlusal face of the splints. - an upper splint and a lower splint designed to line teeth of an upper jaw and teeth of a lower jaw, respectively, - two tie rods connecting the splints , these tie rods having such a length that the lower jaw is maintained in an advanced position relative to the upper jaw, - on the one hand to the upper splint at the canines and - on the other hand to the lower splint at the second mandibular molar, wherein the fixed point of attachment to the lower splint is raised above the occlusal face of the splints.
A method of operating one or more electronic processors to diagnose the presence of a malady of the respiratory system of a patient comprising: accessing with said processors a digital audio signal of sounds of the patient in an electronic storage assembly; identifying a number of epochs of the digital audio signal; identifying a plurality of sub-segments for each of the epochs; for each sub-segment of each of the epochs determining an associated multiplicity of mel-frequency cepstral coefficients, MFCCs; determining deviation scores from a probability distribution for each of the epochs in respect of each of the multiplicity of MFCCs; forming a test vector for the patient based upon the deviations scores from the probability distribution of the MFCCs; applying the test vector to a pre-trained decision machine stored in said electronic storage assembly to thereby generate a malady signal indicating malady or non-malady for the patient; and controlling a display responsive to the one or more electronic processors to display a message corresponding to the malady signal. accessing with said processors a digital audio signal of sounds of the patient in an electronic storage assembly; identifying a number of epochs of the digital audio signal; identifying a plurality of sub-segments for each of the epochs; for each sub-segment of each of the epochs determining an associated multiplicity of mel-frequency cepstral coefficients, MFCCs; determining deviation scores from a probability distribution for each of the epochs in respect of each of the multiplicity of MFCCs; forming a test vector for the patient based upon the deviations scores from the probability distribution of the MFCCs; applying the test vector to a pre-trained decision machine stored in said electronic storage assembly to thereby generate a malady signal indicating malady or non-malady for the patient; and controlling a display responsive to the one or more electronic processors to display a message corresponding to the malady signal.
An antibody or an antigen-binding fragment thereof with binding specificity for domain 3 of human interleukin-1 receptor accessory protein (IL1RAP) wherein the antibody or the antigen-binding fragment thereof comprises: a heavy chain variable region comprising (a) a CDR comprising or consisting of SEQ ID No 21; (b) a CDR comprising or consisting of SEQ ID No 22; and (c) a CDR comprising or consisting of SEQ ID No 23; and a light chain variable region comprising (d) a CDR comprising or consisting of SEQ ID No 26; (e) a CDR comprising or consisting of SEQ ID No 27; and (f) a CDR comprising or consisting of SEQ ID No 28. a heavy chain variable region comprising (a) a CDR comprising or consisting of SEQ ID No 21; (b) a CDR comprising or consisting of SEQ ID No 22; and (c) a CDR comprising or consisting of SEQ ID No 23; and (a) a CDR comprising or consisting of SEQ ID No 21; (b) a CDR comprising or consisting of SEQ ID No 22; and (c) a CDR comprising or consisting of SEQ ID No 23; a light chain variable region comprising (d) a CDR comprising or consisting of SEQ ID No 26; (e) a CDR comprising or consisting of SEQ ID No 27; and (f) a CDR comprising or consisting of SEQ ID No 28. (d) a CDR comprising or consisting of SEQ ID No 26; (e) a CDR comprising or consisting of SEQ ID No 27; and (f) a CDR comprising or consisting of SEQ ID No 28.
A liquid adhesive concentrate, the adhesive concentrate being a concentrate of an adhesive, a wallpaper paste, a color formulation or a color concentrate, containing water, at least one non-ionic polysaccharide, at least one copolymer and sodium sulfate, characterized in that the proportion of non-ionic polysaccharide is from 2 to 70 wt.%, based on the total mass of the adhesive concentrate and starting from the non-ionic polysaccharides in the form used, i.e. including the water content of from 5 to 20 wt.%.
Turbine blade of a turbomachine such as a turboprop or a turbojet, the blade comprising: a root (P), an airfoil supported on the root (P) and extending along a length direction (EV), terminating at a tip (S), the airfoil comprising a leading edge and a trailing edge located downstream from the leading edge , the airfoil comprising an intrados wall and an extrados wall at a spacing from each other and connecting the leading edge to the trailing edge , this airfoil also comprising: - cooling ducts each extending laterally from the extrados wall as far as an upstream internal wall or as far as a downstream internal wall ; - an upstream lateral cavity and a downstream lateral cavity extending along the intrados wall to form a heat shield, at a spacing from each other along this intrados wall ; - the upstream lateral cavity extending laterally from the intrados wall as far as the upstream internal wall along a thickness of less than its length along the intrados wall , this upstream lateral cavity protecting thermally two cooling ducts ; - the downstream lateral cavity extending laterally from the intrados wall as far as the downstream internal wall along a thickness of less than its length along the intrados wall ; - a cooling conduit extending transversely from the intrados wall as far as the extrados wall between the upstream lateral cavity and the downstream lateral cavity ; characterized in that the thickness of the lateral cavities is inferior to the thickness of the other ducts of the blade. - cooling ducts each extending laterally from the extrados wall as far as an upstream internal wall or as far as a downstream internal wall ; - an upstream lateral cavity and a downstream lateral cavity extending along the intrados wall to form a heat shield, at a spacing from each other along this intrados wall ; - the upstream lateral cavity extending laterally from the intrados wall as far as the upstream internal wall along a thickness of less than its length along the intrados wall , this upstream lateral cavity protecting thermally two cooling ducts ; - the downstream lateral cavity extending laterally from the intrados wall as far as the downstream internal wall along a thickness of less than its length along the intrados wall ; - a cooling conduit extending transversely from the intrados wall as far as the extrados wall between the upstream lateral cavity and the downstream lateral cavity ;
An external controller for receiving wireless data from an implantable medical device, comprising: an antenna configured to generate an AC signal in response to wireless data received from the implantable medical device, wherein the wireless data comprises at least one first frequency; an amplifier configured to amplify the AC signal; a switching circuit controlled by a digital reference signal of a second frequency, wherein the switching circuit is configured to invert the amplified AC signal when the digital reference signal changes state, thereby producing an intermediate frequency AC signal (Vif) comprising at least one intermediate frequency; and an analog-to-digital (A/D) converter configured to sample the intermediate frequency AC signal using the digital reference signal, thereby producing digital samples; wherein the second frequency is more than two times the at least one intermediate frequency, but not more than two times the at least one first frequency. an antenna configured to generate an AC signal in response to wireless data received from the implantable medical device, wherein the wireless data comprises at least one first frequency; an amplifier configured to amplify the AC signal; a switching circuit controlled by a digital reference signal of a second frequency, wherein the switching circuit is configured to invert the amplified AC signal when the digital reference signal changes state, thereby producing an intermediate frequency AC signal (Vif) comprising at least one intermediate frequency; and an analog-to-digital (A/D) converter configured to sample the intermediate frequency AC signal using the digital reference signal, thereby producing digital samples; wherein the second frequency is more than two times the at least one intermediate frequency, but not more than two times the at least one first frequency.
An image acquisition device usable in an apparatus for making a beverage that uses a capsule containing a food substance, the image acquisition device being intended in use for acquiring at least one image of a portion of the capsule, the image acquisition device comprising: - an optical sensor facing an image capture zone in which, in use, said capsule is located or passes; - at least one light emitting element for, in use, lighting the image capture zone ; - a box-shaped casing surrounding an inner chamber in which the optical sensor is housed, the box-shaped casing comprising a front wall , that is made of transparent material and is interposed between the optical sensor and the image capture zone , and lateral walls that are connected to the front wall and laterally delimit the inner chamber ; wherein at least one lateral wall of the box-shaped casing is coupled to the at least one light emitting element and has a lighting surface region that is outside the inner chamber and is facing the image capture zone , said at least one lateral wall being a light guide designed to transmit, inside it, the light emitted by the light emitting element to said lighting surface region , whereby, in use, the image capture zone is lit by light projected from the lighting surface region of the light-guide lateral wall . - an optical sensor facing an image capture zone in which, in use, said capsule is located or passes; - at least one light emitting element for, in use, lighting the image capture zone ; - a box-shaped casing surrounding an inner chamber in which the optical sensor is housed, the box-shaped casing comprising a front wall , that is made of transparent material and is interposed between the optical sensor and the image capture zone , and lateral walls that are connected to the front wall and laterally delimit the inner chamber ;
Nacelle (N) for an aircraft, provided with a built-in system for anti-icing protection and acoustic absorption; said nacelle comprising a casing or cowling (C), which has a substantially tubular shape and comprises: - an outer barrel (OB) and an inner barrel (IB), and - a coupling edge or lip (L), which is frontally arranged and radially connects said barrels (OB, IB); said system comprising a panel structure having: - a face-sheet , which is arranged in a radially inner position and, at least in an area of its, is sound permeable; - a back-sheet , which is arranged in a radially outer position and is bearing as well as substantially sound reflecting; - a sound attenuating layer interposed, in a sandwich-like manner, between said face-sheet and said back-sheet and being able to attenuate the sound waves entering through said face-sheet and reflected by said back-sheet ; - electrically conductor means built into said face-sheet , for generating heat when they are flown through by an electric current; said panel structure being manufactured by means of a production process comprising: - a step for the lamination of said face-sheet including said electrically conductor means ; - a step to apply said sound attenuating layer , being a cell-like layer, onto said face-sheet ; - a step for the lamination of said back-sheet , - a co-curing step for the polymerization of the assembly consisting of the face sheet , the sound-attenuating layer and the back-sheet arranged one on top of the other; wherein said inner barrel (IB) presents said system ; characterized in that said panel structure is manufactured as one single piece, without the use of joints, and in that said panel structure internally makes-up the entire inner barrel (IB) of the cowling (C) together with said lip (L), thus creating a single piece. - an outer barrel (OB) and an inner barrel (IB), and - a coupling edge or lip (L), which is frontally arranged and radially connects said barrels (OB, IB); - a face-sheet , which is arranged in a radially inner position and, at least in an area of its, is sound permeable; - a back-sheet , which is arranged in a radially outer position and is bearing as well as substantially sound reflecting; - a sound attenuating layer interposed, in a sandwich-like manner, between said face-sheet and said back-sheet and being able to attenuate the sound waves entering through said face-sheet and reflected by said back-sheet ; - electrically conductor means built into said face-sheet , for generating heat when they are flown through by an electric current; - a step for the lamination of said face-sheet including said electrically conductor means ; - a step to apply said sound attenuating layer , being a cell-like layer, onto said face-sheet ; - a step for the lamination of said back-sheet , - a co-curing step for the polymerization of the assembly consisting of the face sheet , the sound-attenuating layer and the back-sheet arranged one on top of the other;
Washing method for a motor vehicle , characterized by the steps of: - transmitting data relating to a washing process for the motor vehicle to a washing installation control unit of a washing installation having at least one washing installation portal ; - ascertaining a movement routine for the motor vehicle based on the transmitted data, wherein the movement routine comprises at least forward and/or backward movements of the motor vehicle relative to the washing installation for the washing process; - carrying out the washing process by way of the motor vehicle automatically executing the ascertained movement routine and the washing installation washing the motor vehicle by means of the washing installation portal in a manner matched to the movement routine. - transmitting data relating to a washing process for the motor vehicle to a washing installation control unit of a washing installation having at least one washing installation portal ; - ascertaining a movement routine for the motor vehicle based on the transmitted data, wherein the movement routine comprises at least forward and/or backward movements of the motor vehicle relative to the washing installation for the washing process; - carrying out the washing process by way of the motor vehicle automatically executing the ascertained movement routine and the washing installation washing the motor vehicle by means of the washing installation portal in a manner matched to the movement routine.
A method for producing noble metal nanoparticles having or facets comprising the steps of: a) providing a solution comprising water, noble metal seed growth nanoparticles, a noble metal salt comprising the same metal as the metal seed growth nanoparticles, and a reducing agent; b) heating the solution to between 95 and 130 °C at a rate of between 1 °C/min and 5 °C/min, under a pressure of between 1 and 5 atm, while maintaining the solution under a reduced oxygen atmosphere and wherein the concentration of dissolved oxygen in the solution is less than the concentration of oxygen in an oxygen saturated solution, providing that the solution does neither comprise an organic solvent nor a shape-directing agent. a) providing a solution comprising water, noble metal seed growth nanoparticles, a noble metal salt comprising the same metal as the metal seed growth nanoparticles, and a reducing agent; b) heating the solution to between 95 and 130 °C at a rate of between 1 °C/min and 5 °C/min, under a pressure of between 1 and 5 atm, while maintaining the solution under a reduced oxygen atmosphere and wherein the concentration of dissolved oxygen in the solution is less than the concentration of oxygen in an oxygen saturated solution, providing that the solution does neither comprise an organic solvent nor a shape-directing agent.