mhurhangee/patent-ind-claim-en huggingface dataset:
A noise sensor assembly for a hearing protection device , the noise sensor assembly comprising: a printed circuit board, PCB ; a noise sensor comprising a microphone mounted on the PCB and electrically coupled to the PCB; and a housing dimensioned and configured to be fixably disposed at or proximate an aperture defined in an outer surface of an external casing of the hearing protection device , wherein the housing comprises an inner surface defining an axial bore, wherein a distal end of the axial bore is configured to acoustically communicate with an external environment via the aperture, wherein the housing defines a noise sensor receiving portion comprising a slot configured to engage the PCB on which the microphone is mounted and to which the microphone is electrically coupled, wherein the slot of the housing is configured to retain the microphone , such that the microphone faces the axial bore, and wherein, in an instance in which the noise sensor is engaged with the housing , the noise sensor is sealed against the housing . a printed circuit board, PCB ; a noise sensor comprising a microphone mounted on the PCB and electrically coupled to the PCB; and a housing dimensioned and configured to be fixably disposed at or proximate an aperture defined in an outer surface of an external casing of the hearing protection device , wherein the housing comprises an inner surface defining an axial bore, wherein a distal end of the axial bore is configured to acoustically communicate with an external environment via the aperture, wherein the housing defines a noise sensor receiving portion comprising a slot configured to engage the PCB on which the microphone is mounted and to which the microphone is electrically coupled, wherein the slot of the housing is configured to retain the microphone , such that the microphone faces the axial bore, and wherein, in an instance in which the noise sensor is engaged with the housing , the noise sensor is sealed against the housing .
A breathing assistance apparatus comprising: a gases supply unit adapted to, in use, deliver a stream of pressurised gases, an outlet for supplying, in use, the stream of pressurised gases stream to a supply path including a flexible self-supporting gases transportation pathway and a patient interface ; and a control system associated with the gases supply unit adapted to: receive data of at least one information parameter from at least one sensor, said at least one information parameter comprising a parameter of a flow of gases from said outlet , wherein the at least one sensor comprises a flow sensor to measure a flow rate of the gases stream and/or a pressure sensor to measure a pressure of the gases stream, characterised by the control system being adapted to: compare said received data to reference data, the control system containing the reference data, determine said supply path based on said comparison, and based on said determination, set a mode of operation to an open CPAP mode or a closed CPAP mode, wherein the breathing assistance apparatus is adapted to deliver gases at a fixed or controlled pressure in the closed CPAP mode and to deliver gases at a fixed or controlled flow rate in the open CPAP mode. a gases supply unit adapted to, in use, deliver a stream of pressurised gases, an outlet for supplying, in use, the stream of pressurised gases stream to a supply path including a flexible self-supporting gases transportation pathway and a patient interface ; and a control system associated with the gases supply unit adapted to: receive data of at least one information parameter from at least one sensor, said at least one information parameter comprising a parameter of a flow of gases from said outlet , wherein the at least one sensor comprises a flow sensor to measure a flow rate of the gases stream and/or a pressure sensor to measure a pressure of the gases stream, characterised by the control system being adapted to: compare said received data to reference data, the control system containing the reference data, determine said supply path based on said comparison, and based on said determination, set a mode of operation to an open CPAP mode or a closed CPAP mode, wherein the breathing assistance apparatus is adapted to deliver gases at a fixed or controlled pressure in the closed CPAP mode and to deliver gases at a fixed or controlled flow rate in the open CPAP mode. compare said received data to reference data, the control system containing the reference data, determine said supply path based on said comparison, and based on said determination, set a mode of operation to an open CPAP mode or a closed CPAP mode, wherein the breathing assistance apparatus is adapted to deliver gases at a fixed or controlled pressure in the closed CPAP mode and to deliver gases at a fixed or controlled flow rate in the open CPAP mode.
An auto-paver system with a measuring and positioning structure , comprising a paver , the paver comprising: a support structure supported on a water bottom surface; a transport structure slidably connected to the support structure ; and a distributing structure connected to the transport structure , and comprising a feed port and a discharge port through which materials pass, the discharge port being configured to be extended towards the water bottom surface, and the transport structure being configured to drive the distributing structure to move on the support structure to lay materials through the discharge port ; characterized in that the measuring and positioning structure comprises a measuring frame and at least one positioning structure , one end of the measuring frame being rotatably connected with the support structure , and the positioning structure being fixed to the other end of the measuring frame . a support structure supported on a water bottom surface; a transport structure slidably connected to the support structure ; and a distributing structure connected to the transport structure , and comprising a feed port and a discharge port through which materials pass, the discharge port being configured to be extended towards the water bottom surface, and the transport structure being configured to drive the distributing structure to move on the support structure to lay materials through the discharge port ; characterized in that the measuring and positioning structure comprises a measuring frame and at least one positioning structure , one end of the measuring frame being rotatably connected with the support structure , and the positioning structure being fixed to the other end of the measuring frame .
An oral care composition comprising a phosphate/acrylate co-polymer, a tartar control additional agent, and an orally acceptable carrier, wherein the phosphate/acrylate co-polymer is a copolymerized product of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula I comprising acrylic acid in a molar percentage of 70-90%; methacrylic acid in a molar percentage of 5-20%, and hydroxyethyl methacrylate phosphates of Formula 1 in a molar percentage of 1-10%, wherein n is 0, 1 or 2.
A prespray processing method comprising: a broken surface forming step of alternately forming groove parts and ridge parts on a surface of a member where a thermal spray coating is to be formed, and forming broken surfaces on tips of the ridge parts by using a cutting tool , wherein the broken surfaces are finer than concavo-convex shaped portions formed of the groove parts and the ridge parts ; and a finely roughened portion forming step of forming finely roughened portions on the groove parts by performing a process on the groove parts by use of a finely roughened portion forming device, wherein the finely roughened portions are finer than the broken surfaces . a broken surface forming step of alternately forming groove parts and ridge parts on a surface of a member where a thermal spray coating is to be formed, and forming broken surfaces on tips of the ridge parts by using a cutting tool , wherein the broken surfaces are finer than concavo-convex shaped portions formed of the groove parts and the ridge parts ; and a finely roughened portion forming step of forming finely roughened portions on the groove parts by performing a process on the groove parts by use of a finely roughened portion forming device, wherein the finely roughened portions are finer than the broken surfaces .
A headgear for use with a patient interface for supplying a pressurized flow of breathable gas to an airway of a patient and configured to secure the patient interface to a face of the patient, the headgear comprising: a first wrapping panel (102A/B, 202A/B) configured to be disposed against a rear side of a head of the patient, the first wrapping panel having an upper portion structured to be coupled to the patient interface via at least one upper strap portion and a lower portion structured to be coupled to the patient interface via a first lower strap portion passing below an ear of the patient along a first side of the head of the patient when the patient interface is secured to the face of the patient via the headgear; and a second wrapping panel (102B/A, 202B/A) configured to be disposed against a rear side of the head of the patient, the second wrapping panel having an upper portion coupled to the upper portion of the first wrapping panel, the upper portion of the second wrapping panel being structured to be coupled to the patient interface via the at least one upper strap portion , and a lower portion structured to be coupled to the patient interface via a second lower strap portion passing below another ear of the patient along a second side of the head of the patient opposite the first side, and wherein a portion of the second wrapping panel overlaps a corresponding portion of the first wrapping panel in an overlap region disposed between the upper and lower portions of each of the first wrapping panel and the second wrapping panel. a first wrapping panel (102A/B, 202A/B) configured to be disposed against a rear side of a head of the patient, the first wrapping panel having an upper portion structured to be coupled to the patient interface via at least one upper strap portion and a lower portion structured to be coupled to the patient interface via a first lower strap portion passing below an ear of the patient along a first side of the head of the patient when the patient interface is secured to the face of the patient via the headgear; and a second wrapping panel (102B/A, 202B/A) configured to be disposed against a rear side of the head of the patient, the second wrapping panel having an upper portion coupled to the upper portion of the first wrapping panel, the upper portion of the second wrapping panel being structured to be coupled to the patient interface via the at least one upper strap portion , and a lower portion structured to be coupled to the patient interface via a second lower strap portion passing below another ear of the patient along a second side of the head of the patient opposite the first side, and wherein a portion of the second wrapping panel overlaps a corresponding portion of the first wrapping panel in an overlap region disposed between the upper and lower portions of each of the first wrapping panel and the second wrapping panel.
Method for producing a coated packaging material , comprising at least the steps of: a) providing a substrate having a base material of cellulose, an outside to face away from a packaging good as well as an inside to face the packaging good, wherein the base material is coated or uncoated paper, coated or uncoated cardboard, or coated or uncoated paperboard; b) coating the inside of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and a cross-linking agent and having a solid content of at most 25 % by wt., wherein as the cross-linking agent at least one alkyl orthosilicate and/or at least one olefinically saturated and/or unsaturated bi-, tri- or multi-functional compound, which can react with the hydroxy groups of the polyvinyl alcohol and includes at least two functional groups selected from carboxylic acid and acid anhydride, is used; c) drying the layer and cross-linking the polyvinyl alcohol with the aid of the cross-linking agent with formation of a barrier layer for hydrophobic compounds. a) providing a substrate having a base material of cellulose, an outside to face away from a packaging good as well as an inside to face the packaging good, wherein the base material is coated or uncoated paper, coated or uncoated cardboard, or coated or uncoated paperboard; b) coating the inside of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and a cross-linking agent and having a solid content of at most 25 % by wt., wherein as the cross-linking agent at least one alkyl orthosilicate and/or at least one olefinically saturated and/or unsaturated bi-, tri- or multi-functional compound, which can react with the hydroxy groups of the polyvinyl alcohol and includes at least two functional groups selected from carboxylic acid and acid anhydride, is used; c) drying the layer and cross-linking the polyvinyl alcohol with the aid of the cross-linking agent with formation of a barrier layer for hydrophobic compounds.
Packaging for a product, particularly a food product, having a film at least partially delimiting a housing wherein said product is intended to be packaged, said film comprising a partial cut that is arranged so as to form a flap for closing off an opening giving access to the housing, said flap being surrounded by a border formed on said film, said film being equipped with an associated label on the flap and at the periphery on the border , said label having a gripping zone enabling it to be lifted by pulling the flap while breaking the cut in order to release the access opening , said label being able to be reassociated on the border to enable said opening to be reclosed, said cut forming a protrusion in the film that is disposed in the opening to indicate, through a zone for reading the label that is disposed opposite, the first opening of the package, said package being characterised in that the protrusion has a support that is connected to the border by a bridge the size of which is small compared with that of the support so that, after rupture of the cut , the support is in a position lowered in the opening by flexing of said bridge, the reading zone having a positive inscription of opening of the package, said inscription being obscured by the support before the package is first opened and visible through the reading zone when the support is in the lowered position.
Cooktop device having at least one heater arrangement , which has at least two heating elements , which are arranged adjacent to one another and are provided at least to heat positioned cookware , and having at least one control unit , characterised in that the control unit is provided to define, at least in one operating mode, a number of virtual heating zones with different heat output densities depending on a size of at least one positioned piece of cookware , wherein the virtual heating zones are formed by adjacently arranged heating elements , which are suitable by the number and/or size thereof for operating the cookware .
Method for generating radar reflection points comprising the steps of: providing (S10, S12) a plurality of predefined radar reflection points of at least one first object detected by a radar and at least one first scenario description describing a first environment related to the detected first object; converting (S20) the predefined radar reflection points into at least one first power distribution pattern image related to a distribution of a power returning from the detected first object; training (S30) a model based on the first power distribution pattern image and the first scenario description; providing (S40) at least one second scenario description describing a second environment related to a second object; generating (S50) at least one second power distribution pattern image related to a distribution of a power returning from the second object based on the trained model and the second scenario description, wherein the step of generating the at least one second power distribution pattern image is in addition based on a noise value; and sampling (S60) the second power distribution pattern image. providing (S10, S12) a plurality of predefined radar reflection points of at least one first object detected by a radar and at least one first scenario description describing a first environment related to the detected first object; converting (S20) the predefined radar reflection points into at least one first power distribution pattern image related to a distribution of a power returning from the detected first object; training (S30) a model based on the first power distribution pattern image and the first scenario description; providing (S40) at least one second scenario description describing a second environment related to a second object; generating (S50) at least one second power distribution pattern image related to a distribution of a power returning from the second object based on the trained model and the second scenario description, wherein the step of generating the at least one second power distribution pattern image is in addition based on a noise value; and sampling (S60) the second power distribution pattern image.
A frame lock for a two-wheeler, said frame lock comprising a lock body , which comprises a latch , and a rotary hoop which extends along a circular path and which is adjustable relative to the lock body along the circular path between an open position, in which said rotary hoop releases a wheel of the two-wheeler for a rotation, and a closed position in which said rotary hoop blocks the wheel against rotation, wherein the rotary hoop has a blocking structure comprising an abutment section , wherein the latch is adjustable between an unlocked position and a locked position, and wherein, when the rotary hoop is in its closed position and the latch is in its locked position, the latch engages behind the abutment section and thereby blocks the rotary hoop against an adjustment into the open position, characterized in that the rotary hoop is configured as an injection molded part composed of a plastic with an insert composed of a different material that has a greater strength and/or hardness compared to the plastic. wherein the rotary hoop has a blocking structure comprising an abutment section , wherein the latch is adjustable between an unlocked position and a locked position, and wherein, when the rotary hoop is in its closed position and the latch is in its locked position, the latch engages behind the abutment section and thereby blocks the rotary hoop against an adjustment into the open position, characterized in that the rotary hoop is configured as an injection molded part composed of a plastic with an insert composed of a different material that has a greater strength and/or hardness compared to the plastic.
A corrosive environment monitoring device comprising: a housing having an opening in one side thereof, other sides of the housing than the one side being sealed to form space inside the housing ; a first thin metal film extending in a direction from a bottom of the space toward the opening , the first thin metal film being resistant to corrosion by a corrosive substance and serving as a supporting member; a second thin metal film extending in the space in a direction from the bottom of the space toward the opening and being supported by the first thin metal film , the second thin metal film being susceptible to corrosion by the corrosive substance and serving as a measuring member; wherein a width of the opening is provided such to cause constant gas diffusion without influence from an ambient atmosphere; and terminals being disposed at both ends of the first thin metal film , where an external voltage is to be applied to the terminals , the second thin metal film being disposed on one or both sides of the one first thin metal film and extending in the space in a direction from the bottom toward the opening , wherein a width of the second thin metal film is provided to be smaller than the width of the opening , characterized in that the terminals disposed at both ends of the first thin metal film , to which an external voltage is to be applied, have a four-terminal structure. a housing having an opening in one side thereof, other sides of the housing than the one side being sealed to form space inside the housing ; a first thin metal film extending in a direction from a bottom of the space toward the opening , the first thin metal film being resistant to corrosion by a corrosive substance and serving as a supporting member; a second thin metal film extending in the space in a direction from the bottom of the space toward the opening and being supported by the first thin metal film , the second thin metal film being susceptible to corrosion by the corrosive substance and serving as a measuring member; wherein a width of the opening is provided such to cause constant gas diffusion without influence from an ambient atmosphere; and terminals being disposed at both ends of the first thin metal film , where an external voltage is to be applied to the terminals , the second thin metal film being disposed on one or both sides of the one first thin metal film and extending in the space in a direction from the bottom toward the opening , wherein a width of the second thin metal film is provided to be smaller than the width of the opening , characterized in that the terminals disposed at both ends of the first thin metal film , to which an external voltage is to be applied, have a four-terminal structure.
An aircraft having a pressure deck (150; 200), the pressure deck (150; 200) comprising: beams (201-204) extending longitudinally along a fuselage of the aircraft ; a web attached to an underside of the beams (201-204), the web including arches between adjacent beams (201-204) to allow the pressure deck to be laterally flexible; a box structure between a middle pair (201-201) of the beams (201-204) and configured to transfer load forward to a rear spar of a wing of the aircraft and aft to an aft wheel well bulkhead of the aircraft ; a first intercostal outboard from the box structure and configured to stabilize a first outboard pair (202-203) of the beams (201-204); and a second intercostal outboard from the first intercostal and coupled between a second outboard pair (203-204) of the beams (201-204) via a swing link to allow the second intercostal to be laterally flexible. beams (201-204) extending longitudinally along a fuselage of the aircraft ; a web attached to an underside of the beams (201-204), the web including arches between adjacent beams (201-204) to allow the pressure deck to be laterally flexible; a box structure between a middle pair (201-201) of the beams (201-204) and configured to transfer load forward to a rear spar of a wing of the aircraft and aft to an aft wheel well bulkhead of the aircraft ; a first intercostal outboard from the box structure and configured to stabilize a first outboard pair (202-203) of the beams (201-204); and a second intercostal outboard from the first intercostal and coupled between a second outboard pair (203-204) of the beams (201-204) via a swing link to allow the second intercostal to be laterally flexible.