mhurhangee/patent-ind-claim-en huggingface dataset:
A loudspeaker, comprising a speaker box module, wherein said speaker box module comprises a speaker , a passive radiator and a speaker box panel , wherein said speaker box panel has a mounting hole provided therein, characterized in that said speaker comprises a vibrating diaphragm, a surround and an outer frame, wherein said vibrating diaphragm, said surround and said outer frame define a vibrating cone paper by integrally injecting molding, said speaker is provided in said mounting hole and the vibrating cone paper of said speaker is insert injection molded with said speaker box panel ; a secondary mounting hole is arranged in said speaker box panel at one side of said speaker box panel ; and said passive radiator is arranged in said secondary mounting hole and is insert injection molded with said speaker box panel , wherein said passive radiator comprises a rubber surround and a weighting block , wherein said rubber surround and said weighting block are integrated with each other by means of injection molding, and said rubber surround covers on said weighting block , farther comprising a back chamber body matching said speaker box panel so as to define a loudspeaker module with a back chamber.
A dimmer , comprising a pair of input terminals that is configured to be electrically connected between a load , which load is configured to be lit when it is energized, and an AC power supply , a bidirectional switch that is configured to be switched so as to conduct and interrupt a bidirectional current between the pair of input terminals , a phase detector that is configured to detect a phase of AC voltage (Vac) of the AC power supply , an input device that is configured to receive, from an operation device configured to receive user's operation, a dimming level designating a value of light output of the load , a power supply that is electrically connected to the pair of input terminals and configured to receive electric power from the AC power supply to produce control power, and a controller that is configured to receive the control power from the power supply and that is configured to become activated upon receipt of the control power, the controller being configured to control the bidirectional switch based on a detection signal from the phase detector so that the bidirectional switch is in an off-state from a start point of a half cycle (t0) of the AC voltage (Vac) to a first time point (t1) when first time therefrom elapses, the bidirectional switch is in an on-state from the first time point (t1) to a second time point (t2) when second time therefrom according to the dimming level elapses, and the bidirectional switch is in an off-state from the second time point (t2) to an end point of the half cycle (t4); the dimmer being characterized in that the power supply comprises a capacitive device (C1) configured to store the control power; wherein the controller is configured to receive the control power through the capacitive device (C1) from the power supply ; wherein the bidirectional switch is configured to be switched to any one of a bidirectional off-state in which the bidirectional current between the pair of input terminals is interrupted, a bidirectional on-state in which the bidirectional current is conducted, and a unidirectional on-state in which a unidirectional current is conducted; and wherein the controller is further configured to control the bidirectional switch so that from the second time point (t2) to a third time point (t3) between the second time point (t2) and the end point of the half cycle (t4), the bidirectional switch is in the unidirectional on-state, in a direction of which the bidirectional switch allows an electric current to flow from an input terminal of the pair of input terminals on a low potential side of the AC power supply to an input terminal of the pair of input terminals on a high potential side of the AC power supply .
A method of making an anion exchange membrane, comprising: mixing a tertiary amine monomer with a quaternization agent, and the quaternization reaction is allowed to proceed to completion to produce a solution containing a functional quaternary amine monomer which is a strong base functional monomer; and subsequently adding a cross-linking agent to the solution after quaternization is complete; mixing the cross-linking agent and a solvent with the solution containing the strong base functional quaternary amine monomer to form a monomeric solution; and casting the monomeric solution on a polymeric microporous substrate to co-polymerise the strong base functional quaternary amine monomer with the cross-linking monomer to produce a co-polymerised product and form the anion exchange membrane. mixing a tertiary amine monomer with a quaternization agent, and the quaternization reaction is allowed to proceed to completion to produce a solution containing a functional quaternary amine monomer which is a strong base functional monomer; and subsequently adding a cross-linking agent to the solution after quaternization is complete; mixing the cross-linking agent and a solvent with the solution containing the strong base functional quaternary amine monomer to form a monomeric solution; and casting the monomeric solution on a polymeric microporous substrate to co-polymerise the strong base functional quaternary amine monomer with the cross-linking monomer to produce a co-polymerised product and form the anion exchange membrane.
Measuring system for measuring a force exerted on a body , the measuring system comprising a measuring device and computing means, wherein the measuring device comprises: - a flexible rod having a proximal end and a distal end intended to come into contact with the body and to apply a force tending to deform it in the vicinity of a point of contact, the flexible rod being configured to bend as soon as it applies a force via its distal end to the body, wherein the flexible rod is curved or has a bend; - an image capturing device rigidly connected to the proximal end and oriented toward the distal end of the flexible rod , for providing at least one depth map of the body in the vicinity of the distal end of the flexible rod , and of the distal end ; wherein the computing means are configured, from the depth map of the distal end of the rod, to determine the force exerted by the flexible rod by its distal end on the body. - a flexible rod having a proximal end and a distal end intended to come into contact with the body and to apply a force tending to deform it in the vicinity of a point of contact, the flexible rod being configured to bend as soon as it applies a force via its distal end to the body, wherein the flexible rod is curved or has a bend; - an image capturing device rigidly connected to the proximal end and oriented toward the distal end of the flexible rod , for providing at least one depth map of the body in the vicinity of the distal end of the flexible rod , and of the distal end ;
Spraying booth , comprising: - at least one spraying compartment , adapted to house the work phases for the spraying of products to be painted and open at the top, to define an access opening to the booth itself; - at least one supporting frame ; - cleaning means mounted on said supporting frame and adapted to clean the inside of said compartment ; - movement means , placed between said supporting frame and said cleaning means , adapted to move the latter between a home configuration, wherein said cleaning means are arranged outside said compartment , and at least one operating configuration, wherein said cleaning means are arranged inside said compartment through the access opening ; wherein said movement means comprise at least one holding boom of said cleaning means , mounted movable along a direction of movement (A) on said supporting frame , arranged at least partly inside said spraying compartment , in said operating configuration, and outside said spraying compartment , in the home configuration; characterized by the fact that said holding boom is a telescopic boom, extending inside said spraying compartment along said direction of movement (A), in said operating configuration, and retracted outside said spraying compartment along said direction of movement (A), in said home configuration. - at least one spraying compartment , adapted to house the work phases for the spraying of products to be painted and open at the top, to define an access opening to the booth itself; - at least one supporting frame ; - cleaning means mounted on said supporting frame and adapted to clean the inside of said compartment ; - movement means , placed between said supporting frame and said cleaning means , adapted to move the latter between a home configuration, wherein said cleaning means are arranged outside said compartment , and at least one operating configuration, wherein said cleaning means are arranged inside said compartment through the access opening ; wherein said movement means comprise at least one holding boom of said cleaning means , mounted movable along a direction of movement (A) on said supporting frame , arranged at least partly inside said spraying compartment , in said operating configuration, and outside said spraying compartment , in the home configuration; characterized by the fact that said holding boom is a telescopic boom, extending inside said spraying compartment along said direction of movement (A), in said operating configuration, and retracted outside said spraying compartment along said direction of movement (A), in said home configuration.
A food processing machine comprising: a cutter configured to cut portions from a food product ; a transport system arranged to carry a food product to the cutter; and a sensing apparatus configured to sense a profile of part of the food product as the food product is carried through a sensing region of the machine by the transport system, wherein the transport system comprises: a first feeder system which feeds the food product through the sensing region at a sensing feed rate; and a second feeder system downstream of the sensing region which feeds the food product towards the cutter at a cutting feed rate, and the machine is arranged to control the sensing and cutting feed rates independently, characterised in that a food product is continuously constrained by the transport system as the food product travels through the sensing region and from the sensing region to the cutter, and the first and second feeder systems engage with both upper and lower surfaces of a food product to constrain it. a cutter configured to cut portions from a food product ; a transport system arranged to carry a food product to the cutter; and a sensing apparatus configured to sense a profile of part of the food product as the food product is carried through a sensing region of the machine by the transport system, wherein the transport system comprises: a first feeder system which feeds the food product through the sensing region at a sensing feed rate; and a second feeder system downstream of the sensing region which feeds the food product towards the cutter at a cutting feed rate, and the machine is arranged to control the sensing and cutting feed rates independently, characterised in that a food product is continuously constrained by the transport system as the food product travels through the sensing region and from the sensing region to the cutter, and the first and second feeder systems engage with both upper and lower surfaces of a food product to constrain it. a first feeder system which feeds the food product through the sensing region at a sensing feed rate; and a second feeder system downstream of the sensing region which feeds the food product towards the cutter at a cutting feed rate, and the machine is arranged to control the sensing and cutting feed rates independently, characterised in that a food product is continuously constrained by the transport system as the food product travels through the sensing region and from the sensing region to the cutter, and the first and second feeder systems engage with both upper and lower surfaces of a food product to constrain it.
A method of supporting consumption of a service by a service consumer , said service consumer residing in a visited telecommunication network and consuming a service produced by a service producer , wherein said service producer is residing in a home telecommunication network , said method comprising the step of: a. retrieving , by a Service Discovery from Visited Network, SDVN, function , from a home Network Repository Function, NRF, a list of available services within the home telecommunication network that said service consumer is allowed to access, wherein said SDVN function and said home NRF both reside in said home telecommunication network ; wherein both said visited and home telecommunication networks have a Service Based Architecture, SBA, and said service consumer and service producer are network functions in the respective SBA, said method further comprises the steps of: b. receiving , by said SDVN function , a service operation message requesting an operation execution within a particular service, produced by said service producer , for said service consumer in said visited telecommunication network ; c. determining , by said SDVN function , that said home network is able to provide for said requested particular service produced by said service producer based on said retrieved list of available services ; d. selecting , by said SDVN function , one or more service instances of said particular service produced by said service producer for executing said operation within said particular service for said service consumer . a. retrieving , by a Service Discovery from Visited Network, SDVN, function , from a home Network Repository Function, NRF, a list of available services within the home telecommunication network that said service consumer is allowed to access, wherein said SDVN function and said home NRF both reside in said home telecommunication network ; wherein both said visited and home telecommunication networks have a Service Based Architecture, SBA, and said service consumer and service producer are network functions in the respective SBA, said method further comprises the steps of: b. receiving , by said SDVN function , a service operation message requesting an operation execution within a particular service, produced by said service producer , for said service consumer in said visited telecommunication network ; c. determining , by said SDVN function , that said home network is able to provide for said requested particular service produced by said service producer based on said retrieved list of available services ; d. selecting , by said SDVN function , one or more service instances of said particular service produced by said service producer for executing said operation within said particular service for said service consumer .
A system adapted to deliver fluid to a wound therapy dressing , comprising: a negative pressure source adapted to be in fluid communication with the wound therapy dressing to provide negative pressure to the wound therapy dressi ng ; a housing adapted to receive a fluid reservoir , the fluid reservoir adapted to be in fluid communication with the wound therapy dressing to provide fluid from the fluid reservoir to the wound therapy dressing ; a flow sensor adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressing and to detect a flow rate of the fluid from the fluid reservoir to the wound therapy dressi ng ; a flow controller adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressi ng and to control a flow of the fluid from the fluid reservoir to the wound therapy dressi ng ; and a control circuit adapted to control the negative pressure source and the flow controller , wherein the control circuit is further adapted to receive a fluid flow rate signal from the flow sensor that corresponds to the flow rate of the fluid from the fluid reservoir and a negative pressure signal that corresponds to the negative pressure in the wound therapy dressing and characterized in that the control circuit is further adapted to cease the fluid flow to the wound therapy dressi ng when the negative pressure in the wound therapy dressing is approximately atmospheric pressure. a negative pressure source adapted to be in fluid communication with the wound therapy dressing to provide negative pressure to the wound therapy dressi ng ; a housing adapted to receive a fluid reservoir , the fluid reservoir adapted to be in fluid communication with the wound therapy dressing to provide fluid from the fluid reservoir to the wound therapy dressing ; a flow sensor adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressing and to detect a flow rate of the fluid from the fluid reservoir to the wound therapy dressi ng ; a flow controller adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressi ng and to control a flow of the fluid from the fluid reservoir to the wound therapy dressi ng ; and a control circuit adapted to control the negative pressure source and the flow controller , wherein the control circuit is further adapted to receive a fluid flow rate signal from the flow sensor that corresponds to the flow rate of the fluid from the fluid reservoir and a negative pressure signal that corresponds to the negative pressure in the wound therapy dressing and characterized in that the control circuit is further adapted to cease the fluid flow to the wound therapy dressi ng when the negative pressure in the wound therapy dressing is approximately atmospheric pressure.
An antiballistic armor-plating component, comprising a ceramic body made of a material comprising, as percentages by volume: - between 20% and 75% of boron carbide, - between 5% and 30% of a metallic silicon phase or of a metallic phase comprising silicon, - between 20% and 70% of silicon carbide, and wherein, as percentages by volume: - more than 60% of the grains with an equivalent diameter greater than 60 micrometers are boron carbide grains, - the boron carbide grains with an equivalent diameter greater than 30 micrometers represent more than 25%, - the silicon carbide grains with an equivalent diameter greater than or equal to 10 micrometers represent more than 10%, - the silicon carbide grains with an equivalent diameter less than 10 micrometers represent more than 10%, preferably more than 15%, - the silicon carbide grains with an equivalent diameter greater than or equal to 60 micrometers represent less than 10% by volume of said material. - between 20% and 75% of boron carbide, - between 5% and 30% of a metallic silicon phase or of a metallic phase comprising silicon, - between 20% and 70% of silicon carbide, - more than 60% of the grains with an equivalent diameter greater than 60 micrometers are boron carbide grains, - the boron carbide grains with an equivalent diameter greater than 30 micrometers represent more than 25%, - the silicon carbide grains with an equivalent diameter greater than or equal to 10 micrometers represent more than 10%, - the silicon carbide grains with an equivalent diameter less than 10 micrometers represent more than 10%, preferably more than 15%, - the silicon carbide grains with an equivalent diameter greater than or equal to 60 micrometers represent less than 10% by volume of said material.
A sliding member comprising: a base material ; and an amorphous hard carbon film formed on a surface of the base material , wherein a sp 2 ratio of the amorphous hard carbon film increases from an inner surface (F1) side corresponding to the base material side toward an outer surface (F2) side thereof to become a maximum value and wherein the sp 2 ratio subsequently decreases toward the outer surface (F2) side, such that an area having a maximum value of the sp 2 ratio is arranged between the inner side surface and outer side surface of the amorphous hard carbon film , wherein said sp 2 ratio indicates a ratio of sp 2 bond with respect to sp 2 bond and sp 3 bond of the amorphous hard carbon film , wherein said sp 2 ratio is determined on the basis of spectrum obtained by electron energy loss spectroscopy EELS, and characterized in that a hydrogen content of the amorphous hard carbon film is smaller than 5 atomic%. a base material ; and an amorphous hard carbon film formed on a surface of the base material , wherein a sp 2 ratio of the amorphous hard carbon film increases from an inner surface (F1) side corresponding to the base material side toward an outer surface (F2) side thereof to become a maximum value and wherein the sp 2 ratio subsequently decreases toward the outer surface (F2) side, such that an area having a maximum value of the sp 2 ratio is arranged between the inner side surface and outer side surface of the amorphous hard carbon film , wherein said sp 2 ratio indicates a ratio of sp 2 bond with respect to sp 2 bond and sp 3 bond of the amorphous hard carbon film , wherein said sp 2 ratio is determined on the basis of spectrum obtained by electron energy loss spectroscopy EELS, and characterized in that a hydrogen content of the amorphous hard carbon film is smaller than 5 atomic%.
A photochromic article comprising: a substrate ; a primer layer comprising a first photochromic compound having a first peak absorbance wavelength and a first terminal minimum absorbance wavelength, said first terminal minimum absorbance wavelength being at higher wavelength than said first peak absorbance wavelength, and said primer layer being positioned over said substrate; and a photochromic-dichroic layer comprising a photochromic-dichroic compound having a second peak absorbance wavelength and a second terminal minimum absorbance wavelength, said second terminal minimum absorbance wavelength being at higher wavelength than said second peak absorbance wavelength, said photochromic-dichroic layer being positioned over said primer layer , and said photochromic-dichroic compound being at least partially aligned, wherein said second peak absorbance wavelength is less than said first peak absorbance wavelength, and said second terminal minimum absorbance wavelength is less than said first terminal minimum absorbance wavelength, and further wherein said photochromic-dichroic compound has an absorbance of less than or equal to 0.1 at a wavelength corresponding or equivalent to the first peak absorbance wavelength. a substrate ; a primer layer comprising a first photochromic compound having a first peak absorbance wavelength and a first terminal minimum absorbance wavelength, said first terminal minimum absorbance wavelength being at higher wavelength than said first peak absorbance wavelength, and said primer layer being positioned over said substrate; and a photochromic-dichroic layer comprising a photochromic-dichroic compound having a second peak absorbance wavelength and a second terminal minimum absorbance wavelength, said second terminal minimum absorbance wavelength being at higher wavelength than said second peak absorbance wavelength, said photochromic-dichroic layer being positioned over said primer layer , and said photochromic-dichroic compound being at least partially aligned, wherein said second peak absorbance wavelength is less than said first peak absorbance wavelength, and said second terminal minimum absorbance wavelength is less than said first terminal minimum absorbance wavelength, and further wherein said photochromic-dichroic compound has an absorbance of less than or equal to 0.1 at a wavelength corresponding or equivalent to the first peak absorbance wavelength.