mhurhangee/patent-ind-claim-en huggingface dataset:
A device for packaging and dispensing a product, generally a liquid or gel product, comprising: - a container delimiting an internal volume (V) and intended to contain the product , - a dispensing head , provided with a dispensing end and an actuating part , to dispense a portion or dose of the product; - a mounting interface belonging to the dispensing head and adapted to be fixed onto the container by a fixing portion ; - an assembly for refilling and filtering air, said assembly comprising an outer air intake orifice (10; 10') and; characterized in that the assembly further comprises a check valve allowing air entering through the outer orifice (10; 10') to penetrate the internal volume (V) after a product dispensing, and in that the outer orifice (10; 10') is formed at a distance from a bottom of the container , the assembly for refilling and filtering air comprising a filter element which is: - mounted in the dispensing head ; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve ; and - at a distance and offset inwardly from both the container and said fixing portion . - a container delimiting an internal volume (V) and intended to contain the product , - a dispensing head , provided with a dispensing end and an actuating part , to dispense a portion or dose of the product; - a mounting interface belonging to the dispensing head and adapted to be fixed onto the container by a fixing portion ; - an assembly for refilling and filtering air, said assembly comprising an outer air intake orifice (10; 10') and; characterized in that the assembly further comprises a check valve allowing air entering through the outer orifice (10; 10') to penetrate the internal volume (V) after a product dispensing, and in that the outer orifice (10; 10') is formed at a distance from a bottom of the container , the assembly for refilling and filtering air comprising a filter element which is: - mounted in the dispensing head ; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve ; and - at a distance and offset inwardly from both the container and said fixing portion . characterized in that the assembly further comprises a check valve allowing air entering through the outer orifice (10; 10') to penetrate the internal volume (V) after a product dispensing, and in that the outer orifice (10; 10') is formed at a distance from a bottom of the container , the assembly for refilling and filtering air comprising a filter element which is: - mounted in the dispensing head ; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve ; and - at a distance and offset inwardly from both the container and said fixing portion . - mounted in the dispensing head ; - placed in an air circulation duct (16; 16') which extends between the outer orifice (10; 10') and the check valve ; and - at a distance and offset inwardly from both the container and said fixing portion .
A system adapted for treating a body vessel having a dissection flap formed from a wall of the body vessel, the dissection flap longitudinally separating the body vessel lumen into a true lumen and a false lumen, the system comprising: a first cutting device configured to be positioned in one of the true lumen and the false lumen along the dissection flap; a second cutting device configured to be positioned in the other one of the true lumen and the false lumen along the dissection flap opposite the first cutting device; wherein the first cutting device and the second cutting device are cooperatively operative in order to form a first cut and a second cut in the dissection flap, wherein the second cut is longitudinally and/or circumferentially offset from the first cut. a first cutting device configured to be positioned in one of the true lumen and the false lumen along the dissection flap; a second cutting device configured to be positioned in the other one of the true lumen and the false lumen along the dissection flap opposite the first cutting device; wherein the first cutting device and the second cutting device are cooperatively operative in order to form a first cut and a second cut in the dissection flap, wherein the second cut is longitudinally and/or circumferentially offset from the first cut.
Pipe fitting (A, B) for expansion tanks (V), comprising: - a first part (A) suited to be fixed to the expansion tank (V) during the production steps of said expansion tank (V), - a second part (B) suited to be fixed to said first part (A), if necessary, even at a later moment with respect to the production of said expansion tank (V), and wherein said first part (A) comprises a tubular portion (A1) suited to be inserted and housed in a hole (Va1, Vb1) provided in one of the two half shells (Va, Vb) that make up the expansion tank (V), and comprises a portion in the shape of a radially outwardly extending contact ring (A2) present at one end of said tubular portion (A1) and suited to be rested on and joined to the external surface (Ve) of said expansion tank (V), and wherein said second part (B) comprises a contact and connection ring (B2) suited to be permanently fixed to said contact ring (A2) of said first part (A), and comprises a tubular portion (B1) suited to be connected to a duct of a hydraulic system and facing substantially the opposite direction with respect to said first part (A) and to said expansion tank (V), characterised in that on the annular surface (B2.1) of said contact and connection ring (B2) opposite the tubular portion (B1) of said second part (B) there is an annular projection (B3) suited to provide a contact surface between said contact and connection ring (B2) of said second part (B) and said contact ring (A2) of said first part (A) during the projection welding operation between said first part (A1) and the cap of the expansion tank (V). - a first part (A) suited to be fixed to the expansion tank (V) during the production steps of said expansion tank (V), - a second part (B) suited to be fixed to said first part (A), if necessary, even at a later moment with respect to the production of said expansion tank (V), and wherein said first part (A) comprises a tubular portion (A1) suited to be inserted and housed in a hole (Va1, Vb1) provided in one of the two half shells (Va, Vb) that make up the expansion tank (V), and comprises a portion in the shape of a radially outwardly extending contact ring (A2) present at one end of said tubular portion (A1) and suited to be rested on and joined to the external surface (Ve) of said expansion tank (V), and wherein said second part (B) comprises a contact and connection ring (B2) suited to be permanently fixed to said contact ring (A2) of said first part (A), and comprises a tubular portion (B1) suited to be connected to a duct of a hydraulic system and facing substantially the opposite direction with respect to said first part (A) and to said expansion tank (V), characterised in that on the annular surface (B2.1) of said contact and connection ring (B2) opposite the tubular portion (B1) of said second part (B) there is an annular projection (B3) suited to provide a contact surface between said contact and connection ring (B2) of said second part (B) and said contact ring (A2) of said first part (A) during the projection welding operation between said first part (A1) and the cap of the expansion tank (V).
A chemotherapeutic seed comprising a biodegradable polymer and a drug selected from irinotecan, a pharmaceutically acceptable salt of irinotecan, 7-ethyl-10-hydroxy-camptothecin (SN-38), and a pharmaceutically acceptable salt of SN-38; wherein the seed has a primary length of at least 0.5 mm, and wherein primary length refers to the shortest dimension of the seed.
A computer implemented method for automatic speech analysis comprising: setting a target phrase, the target phrase comprising a target phoneme, the target phoneme having corresponding target values of a set of phonological features associated therewith, wherein each target value is arranged to take one of three values: an indication that the phonological feature should be present, an indication that the phonological feature should be absent, or an indication that the presence of the phonological feature is not specified; receiving a speech signal , wherein the speech signal comprises a user's attempt to say the target phrase; analysing the speech signal to determine the phonological features present within a portion of the speech signal corresponding to the target phoneme and assigning a probability to each of the set of phonological features; comparing the probability assigned to each phonological feature based on the speech signal to the expected target value of that phonological feature within the phrase; determining a deviation from the comparison; and outputting the deviation to provide feedback on the closeness of the speech signal to the phrase. setting a target phrase, the target phrase comprising a target phoneme, the target phoneme having corresponding target values of a set of phonological features associated therewith, wherein each target value is arranged to take one of three values: an indication that the phonological feature should be present, an indication that the phonological feature should be absent, or an indication that the presence of the phonological feature is not specified; receiving a speech signal , wherein the speech signal comprises a user's attempt to say the target phrase; analysing the speech signal to determine the phonological features present within a portion of the speech signal corresponding to the target phoneme and assigning a probability to each of the set of phonological features; comparing the probability assigned to each phonological feature based on the speech signal to the expected target value of that phonological feature within the phrase; determining a deviation from the comparison; and outputting the deviation to provide feedback on the closeness of the speech signal to the phrase.
A squeeze-film damper comprising: an outer race (210; 330) having an annular geometry; a housing (218; 350; 406) disposed about the outer race (210; 330); a first seal (216; 370; 408) and a second seal (216; 370; 408) between the outer race (210; 330) and the housing (218; 350; 406), wherein the housing (218; 350; 406), the outer race (210; 330), the first seal (116; 370; 408) and the second seal (216; 370; 408) define a thin-film region (360; 402); a third seal (216; 370; 408) proximate the second seal (216; 370; 408) and defining a buffer region (372; 410) between the second seal (216; 370; 408) and the third seal (216; 370; 408); and an oil inlet (355; 414) defined in the housing (218; 350; 406) and connected to the thin-film region (360; 402); characterised in that : a channel is formed in the housing (218; 350; 406), wherein the channel is configured to increase the radial thickness of the buffer region and a cross-sectional area of the buffer region (372; 410); and an oil outlet passage is defined in the housing (218; 350; 406) and extends radially from the buffer region (372; 410) and the channel . an outer race (210; 330) having an annular geometry; a housing (218; 350; 406) disposed about the outer race (210; 330); a first seal (216; 370; 408) and a second seal (216; 370; 408) between the outer race (210; 330) and the housing (218; 350; 406), wherein the housing (218; 350; 406), the outer race (210; 330), the first seal (116; 370; 408) and the second seal (216; 370; 408) define a thin-film region (360; 402); a third seal (216; 370; 408) proximate the second seal (216; 370; 408) and defining a buffer region (372; 410) between the second seal (216; 370; 408) and the third seal (216; 370; 408); and an oil inlet (355; 414) defined in the housing (218; 350; 406) and connected to the thin-film region (360; 402); a channel is formed in the housing (218; 350; 406), wherein the channel is configured to increase the radial thickness of the buffer region and a cross-sectional area of the buffer region (372; 410); and an oil outlet passage is defined in the housing (218; 350; 406) and extends radially from the buffer region (372; 410) and the channel .
A method of latency reduction in wireless communications, comprising: operating a user equipment, UE , in a first communication state having a first communication latency; detecting , by a modem processor of the UE , an indication of an application-specific latency reduction triggering condition representing an application-specific activity, based on a traffic type; generating , by the modem processor of the UE , a resource request message in response to detecting the indication of the application-specific latency reduction triggering condition and irrespective of a UE criteria value satisfying a network-configured threshold value for the generating of the resource request message; and transmitting , by a transceiver of the UE , the resource request message to a network entity requesting transition of the modem processor to a second communication state having a second communication latency less than the first communication latency, and transmitting a DNS request from the UE after transitioning the modem processor of the UE to the second communication state. operating a user equipment, UE , in a first communication state having a first communication latency; detecting , by a modem processor of the UE , an indication of an application-specific latency reduction triggering condition representing an application-specific activity, based on a traffic type; generating , by the modem processor of the UE , a resource request message in response to detecting the indication of the application-specific latency reduction triggering condition and irrespective of a UE criteria value satisfying a network-configured threshold value for the generating of the resource request message; and transmitting , by a transceiver of the UE , the resource request message to a network entity requesting transition of the modem processor to a second communication state having a second communication latency less than the first communication latency, and transmitting a DNS request from the UE after transitioning the modem processor of the UE to the second communication state.
Method for producing a plastic profile having at least one ridge-shaped projection , in particular of a window or door hollow chamber profile , by means of an extrusion process, - wherein plastic melt is passed through an extrusion tool as part of the extrusion process for profile shaping, - wherein during the extrusion process in at least one tempering section of the extrusion tool a targeted local influencing of the wall thickness of the plastic extrusion profile takes place by means of tempering, - wherein the tempering section is associated with a single ridge-shaped projection of the plastic extrusion profile , - wherein at least one tempering device is provided in the extrusion tool for locally influencing the wall thickness per tempering section , by means of which the inner wall of the extrusion tool can be selectively heated and/or cooled in the tempering section , and - wherein at least one tempering section has a duct through which a heating or cooling medium can flow, characterised in that in each tempering section a plurality of tempering devices spaced apart from one another is provided, which within an individual tempering section enable a locally differentiated heating and/or cooling of the inner wall of the extrusion tool and thus of the individual ridge-shaped projection of the plastic extrusion profile to be influenced with regard to its wall thickness and passing through the extrusion tool , in that the duct is preferably used for the common tempering of all tempering devices of a tempering section , and in that the duct is integrated in an insert of the tempering section , which can be pushed into the extrusion tool and transports the heat of the heating medium or the cold of the cooling medium to the inner wall of the extrusion tool . - wherein plastic melt is passed through an extrusion tool as part of the extrusion process for profile shaping, - wherein during the extrusion process in at least one tempering section of the extrusion tool a targeted local influencing of the wall thickness of the plastic extrusion profile takes place by means of tempering, - wherein the tempering section is associated with a single ridge-shaped projection of the plastic extrusion profile , - wherein at least one tempering device is provided in the extrusion tool for locally influencing the wall thickness per tempering section , by means of which the inner wall of the extrusion tool can be selectively heated and/or cooled in the tempering section , and - wherein at least one tempering section has a duct through which a heating or cooling medium can flow,
Display assembly for an imaging device, the display assembly comprising: • a display panel comprising: ∘ a display , and ∘ a first control unit connected to said display for its control, • a second control unit connected to the first control unit for transmitting and/or receiving data to said second control unit , • a thermally insulating layer arranged between the first control unit and the second control unit , • a housing configured for being electrically conductive and configured for partially encasing the display panel , the second control unit and the thermally insulating layer , wherein the thermally insulating layer is configured to split the housing in at least a first cavity and a second cavity , the first cavity comprising the first control unit and the second cavity comprising the second control unit , the thermally insulating layer being adapted to prevent heat generated in the first cavity from reaching the second cavity and heat generated in the second cavity from reaching the first cavity , the thermally insulating layer additionally comprising an electrically conductive material such that the thermally insulating layer is electrically conductive, the thermally insulating layer being adapted to at least partially shield electromagnetic radiation generated in the first cavity so as to prevent said electromagnetic radiation from reaching the second cavity and/or at least partially shield electromagnetic radiation generated in the second cavity so as to prevent said electromagnetic radiation from reaching the first cavity . • a display panel comprising: ∘ a display , and ∘ a first control unit connected to said display for its control, ∘ a display , and ∘ a first control unit connected to said display for its control, • a second control unit connected to the first control unit for transmitting and/or receiving data to said second control unit , • a thermally insulating layer arranged between the first control unit and the second control unit , • a housing configured for being electrically conductive and configured for partially encasing the display panel , the second control unit and the thermally insulating layer ,
A water supply device, comprising: a housing having a front surface that is open; a slider being accommodated in the housing in a way that the slider is movable in a front-rear direction; a water tank being installed in the housing in a way that the water tank comes in and out of the housing in the front-rear direction, and connecting to the slider that moves forward to move forward together with the slider ; a fixation part fixing the slider to prevent the slider from moving forward, and wherein the water tank is provided apart from the slider in a way that the water tank is movable in the front-rear direction, relative to the slider , at least a portion of the water tank is inserted into the slider , such that the water tank connects to the slider , characterized by a speed-reduction inducing member interfering with a front-rear movement of the water tank that connects to the slider , relative to the slider , the speed-reduction inducing member is disposed at the slider , closely contacts the water tank being inserted into the slider , and generates a frictional force interfering with movement of the water tank , relative to the slider , and the speed-reduction inducing member comprises a pair of rollers that is spaced from each other in a lateral direction with the water tank therebetween, wherein each roller is disposed at the slider in a rotatable manner, around an up-down axis, and closely contacts a lateral surface of the water tank connecting to the slider . a housing having a front surface that is open; a slider being accommodated in the housing in a way that the slider is movable in a front-rear direction; a water tank being installed in the housing in a way that the water tank comes in and out of the housing in the front-rear direction, and connecting to the slider that moves forward to move forward together with the slider ; a fixation part fixing the slider to prevent the slider from moving forward, and wherein the water tank is provided apart from the slider in a way that the water tank is movable in the front-rear direction, relative to the slider , at least a portion of the water tank is inserted into the slider , such that the water tank connects to the slider , characterized by a speed-reduction inducing member interfering with a front-rear movement of the water tank that connects to the slider , relative to the slider , the speed-reduction inducing member is disposed at the slider , closely contacts the water tank being inserted into the slider , and generates a frictional force interfering with movement of the water tank , relative to the slider , and the speed-reduction inducing member comprises a pair of rollers that is spaced from each other in a lateral direction with the water tank therebetween, wherein each roller is disposed at the slider in a rotatable manner, around an up-down axis, and closely contacts a lateral surface of the water tank connecting to the slider .
A preparation method of N-acyl acidic amino acid or a salt thereof, comprising: subjecting a fatty acyl chloride and an amino acid to an amidation reaction under an alkaline condition, characterized in that , the amidation reaction uses water as a solvent, an acidic amino acid or a salt thereof as a main raw material and a small amount of a neutral amino acid or a salt thereof as an auxiliary raw material; under a stirring condition, firstly adding the fatty acyl chloride dropwise into an aqueous solution of the acidic amino acid or the salt thereof; adding an alkali to adjust the pH value of the reaction solution; after a certain amount of fatty acyl chloride having been added dropwise, adding an aqueous solution of the neutral amino acid or the salt thereof, and continuing to add the fatty acyl chloride dropwise until the addition is finished and stirring to maintain the reaction. wherein the molar ratio of the acidic amino acid versus the fatty acyl chloride versus the neutral amino acid is 0.6-1.3: 1: 0.01-0.5, and wherein the neutral amino acid is added when the added fatty acyl chloride reaches 40% to 100% of its total amount.