mhurhangee/patent-ind-claim-en huggingface dataset:
A tablet suitable for sublingual administration comprising: (a) microparticles of a pharmacologically-effective amount of buprenorphine, or a pharmaceutically-acceptable salt thereof; (b) particles of a weak acid; (c) particles of a pharmacologically-effective amount of naloxone, or a pharmaceutically-acceptable salt thereof; (d) a dose ratio of buprenorphine:naloxone of 4:1 (±10%; calculated as free bases); and (e) a disintegrant, wherein, when the pH is measured by dripping an aqueous USP/NF potassium phosphate buffer with a pH of 6.8 at a rate of 2 mL per minute through a tube with an inner diameter of 3 mm onto said tablet placed on top of a Porosity 1 20 mm diameter silica filter in a glass funnel with an upper inner diameter of 55 mm, in which the distance between the end of the tube and the silica filter in the funnel is 7.5 cm, and pH is measured at the outlet of the glass funnel, the tablet exhibits: (i) a maximum pH drop from 6.8 of between 0.5 to 5 pH units within 1 minute (±10%); followed by (ii) a return to the initial pH (±0.5) within 3 minutes (±10%), with the pH drop and increase being measured from the start of dripping from the outlet of the glass funnel. (a) microparticles of a pharmacologically-effective amount of buprenorphine, or a pharmaceutically-acceptable salt thereof; (b) particles of a weak acid; (c) particles of a pharmacologically-effective amount of naloxone, or a pharmaceutically-acceptable salt thereof; (d) a dose ratio of buprenorphine:naloxone of 4:1 (±10%; calculated as free bases); and (e) a disintegrant, (i) a maximum pH drop from 6.8 of between 0.5 to 5 pH units within 1 minute (±10%); followed by (ii) a return to the initial pH (±0.5) within 3 minutes (±10%),
A tissue cutting system for cutting tissue of a heart, such as tissue of a septum of a heart, comprising: - an outer tubular member having a proximal portion and a distal portion , said distal portion comprising a tissue resection window ; - a resection element axially slidably arranged inside the outer tubular member configured to resect tissue extending through the tissue resection window , wherein the resection element is configured to cut tissue backwards in a direction from the distal portion towards the proximal portion; - a plunger sealingly engaged inside the outer tubular member ; wherein the plunger is directly connected to or forming an integral part of the resection element, said system configured to control a fluid in a closed chamber defined by the outer tubular member and the plunger such that when a chamber pressure in the chamber is increased a backwards movement of the resection element is produced and when the chamber pressure is decreased a forwards movement of the resection element is produced; - at least one pressure sensor; wherein the outer tubular member and resection element are arranged to establish: - a first fluid flow channel suitable for transporting resected tissue away from an area adjacent to the resection element; - at least one second fluid flow channel configured to assist the first fluid flow channel in transporting resected tissue. - an outer tubular member having a proximal portion and a distal portion , said distal portion comprising a tissue resection window ; - a resection element axially slidably arranged inside the outer tubular member configured to resect tissue extending through the tissue resection window , wherein the resection element is configured to cut tissue backwards in a direction from the distal portion towards the proximal portion; - a plunger sealingly engaged inside the outer tubular member ; - at least one pressure sensor; - a first fluid flow channel suitable for transporting resected tissue away from an area adjacent to the resection element; - at least one second fluid flow channel configured to assist the first fluid flow channel in transporting resected tissue.
A cast mounting tower , comprising: an upper portion configured to support an engine , a generator , or any combination thereof; and a plurality of ribs coupled to and supporting the upper portion of the mounting tower , wherein the plurality of ribs extend from the upper portion in a direction crosswise to the upper portion, the upper portion and the plurality of ribs are integrally coupled as a one-piece structure of the cast mounting tower, and the cast mounting tower is configured to couple to a frame. an upper portion configured to support an engine , a generator , or any combination thereof; and a plurality of ribs coupled to and supporting the upper portion of the mounting tower , wherein the plurality of ribs extend from the upper portion in a direction crosswise to the upper portion, the upper portion and the plurality of ribs are integrally coupled as a one-piece structure of the cast mounting tower, and the cast mounting tower is configured to couple to a frame.
A drive belt connecting device designed for the tension-resistant connection of flat drive belt end sections , each comprising two belt flat sides , of which at least a first belt flat side has a belt surface profile , comprising a multi-part connecting body with a longitudinal dimension in the belt tension direction and having connecting parts in an overlapping arrangement, said connecting body having a connecting chamber to accommodate the flat drive belt end sections for connection, wherein the connecting parts can be fixed to each other for tension-resistant connection of the drive belt end sections and are equipped with profiled connecting surfaces to provide connecting arrangements for positive-locking engagement into the belt surface profiles , characterised in that the connecting chamber to accommodate the drive belt end sections in an overlapping arrangement is arranged along a connecting line extending in the longitudinal dimension of the connecting body , wherein a first outer connecting part and a second outer connecting part bound the connecting chamber and comprise an associated first outer connecting surface and a second outer connecting surface , which, on the one hand, can be placed onto the one drive belt end section and, on the other hand, onto the other drive belt end section in a connecting arrangement, and wherein an inner connecting part with a first inner connecting surface and an opposing second inner connecting surface is arranged inside the connecting chamber , which, on the one hand, can be placed onto the one drive belt end section and, on the other hand, onto the other drive belt end section in a connecting arrangement, wherein the first outer connecting surface and the first inner connecting surface , on the one hand, and the second outer connecting surface and the second inner connecting surface , on the other hand, are opposite each other, that furthermore a fastening means is provided to fasten the first outer connecting part and the second outer connecting part to each other at a limited fixed distance between the first outer connecting surface and the second outer connecting surface , and that an inner connecting means is provided to connect the inner connecting part to at least one of the two outer connecting parts for connection that is secure in the belt tension direction.
A composition for application to a wound comprising: a first layer comprising a skin adhesive with low water absorption, wherein the first layer has a wound-facing side and a non-wound-facing side and, in a first area, apertures extend through the first layer from the wound-facing side to the non-wound-facing side, the first layer having a second area forming a perimeter around the first area, the perimeter lacking apertures therethrough, and, in-use, the wound facing side of the first layer would contact a wound, wherein the mean area of the apertures on at least one of the wound-facing side and non-wound-facing side of the first layer is at least 20 mm 2 ; and a second layer disposed on a non-wound-facing side of the first layer, the second layer being an outermost layer of the composition, the second layer comprising a polymeric film that is continuous in that it extends over and covers each of the apertures of the first layer, the second layer having a moisture vapour transmission rate (MVTR) of at least 500 g/m 2 /24 hours, measured in accordance with BS EN 13726-2:2002, wherein the composition further comprises a third layer disposed between the first layer and second layer, the third layer being a supporting layer for the first layer, the third layer having apertures therethrough, substantially corresponding to the apertures in the first layer, and wherein low water absorption is defined such that the skin adhesive has a water absorption such that, when immersed in water at 20 °C for a period of 1 hour, it absorbs 300% or less of its own weight a first layer comprising a skin adhesive with low water absorption, wherein the first layer has a wound-facing side and a non-wound-facing side and, in a first area, apertures extend through the first layer from the wound-facing side to the non-wound-facing side, the first layer having a second area forming a perimeter around the first area, the perimeter lacking apertures therethrough, and, in-use, the wound facing side of the first layer would contact a wound, wherein the mean area of the apertures on at least one of the wound-facing side and non-wound-facing side of the first layer is at least 20 mm 2 ; and a second layer disposed on a non-wound-facing side of the first layer, the second layer being an outermost layer of the composition, the second layer comprising a polymeric film that is continuous in that it extends over and covers each of the apertures of the first layer, the second layer having a moisture vapour transmission rate (MVTR) of at least 500 g/m 2 /24 hours, measured in accordance with BS EN 13726-2:2002, wherein the composition further comprises a third layer disposed between the first layer and second layer, the third layer being a supporting layer for the first layer, the third layer having apertures therethrough, substantially corresponding to the apertures in the first layer, and wherein low water absorption is defined such that the skin adhesive has a water absorption such that, when immersed in water at 20 °C for a period of 1 hour, it absorbs 300% or less of its own weight
A computer-implemented method for constructing a visual map of a target area, comprising: determining pose information of each panoramic image frame from a panoramic image sequence of the target area, and determining a perspective image sequence from each panoramic image frame, wherein the panoramic image frame refers to an image acquired by a panoramic camera, and image information of the target area can be acquired omnidirectionally at an observation angle of 360°; determining a feature track corresponding to the panoramic image sequence based on perspective image sequences corresponding to adjacent panoramic image frames; and constructing the visual map of the target area based on the feature track and the pose information of each panoramic image frame. determining pose information of each panoramic image frame from a panoramic image sequence of the target area, and determining a perspective image sequence from each panoramic image frame, wherein the panoramic image frame refers to an image acquired by a panoramic camera, and image information of the target area can be acquired omnidirectionally at an observation angle of 360°; determining a feature track corresponding to the panoramic image sequence based on perspective image sequences corresponding to adjacent panoramic image frames; and constructing the visual map of the target area based on the feature track and the pose information of each panoramic image frame.
A projection indicator configured to specify a position of a parcel (P) based on sensing information of an image including the parcel (P), the projection indicator comprising: a processor ; and a memory , wherein by cooperating with the memory , the processor is configured to specify a position of one or more parcels (P), and indicate to project a projection image to a parcel (P) whose position is in a specific area and not to indicate to project the projection image to a parcel (P) whose position is outside the specific area, characterized in that the processor is configured to specify the position of one or more parcels (P) based on a point group included in a predetermined processing target space (S), in which the parcel (P) is to be present and which is a subset of a point group corresponding to three-dimensional coordinates obtained from the sensing information, wherein the specific area (A-E) is narrower than the processing target space (S). a processor ; and a memory , wherein by cooperating with the memory , the processor is configured to specify a position of one or more parcels (P), and indicate to project a projection image to a parcel (P) whose position is in a specific area and not to indicate to project the projection image to a parcel (P) whose position is outside the specific area, characterized in that the processor is configured to specify the position of one or more parcels (P) based on a point group included in a predetermined processing target space (S), in which the parcel (P) is to be present and which is a subset of a point group corresponding to three-dimensional coordinates obtained from the sensing information, wherein the specific area (A-E) is narrower than the processing target space (S).
A method for synchronizing a plurality of network nodes after a network lock condition occurs within a network , wherein a network lock condition occurs when all of the network nodes have locked on to a master clock signal, the method comprising: calculating a unique phase delay at each of the plurality of network nodes after the network lock condition occurs, wherein each unique phase delay consists of an amount of phase delay needed for a data frame to travel between a receive pin of a network node and a transmit pin of the same network node; and generating a local trigger signal simultaneously at each of the plurality of network nodes by compensating for the unique phase delays calculated at each of the plurality of network nodes , and wherein the local trigger signals are used to synchronize events occurring at each of the plurality of network nodes . calculating a unique phase delay at each of the plurality of network nodes after the network lock condition occurs, wherein each unique phase delay consists of an amount of phase delay needed for a data frame to travel between a receive pin of a network node and a transmit pin of the same network node; and generating a local trigger signal simultaneously at each of the plurality of network nodes by compensating for the unique phase delays calculated at each of the plurality of network nodes , and wherein the local trigger signals are used to synchronize events occurring at each of the plurality of network nodes .
Package block with a label strip , which consists of individual labels (18-20) connected to one another, consisting of individual packages which are separable from one another and which are medically tightly sealable by a label strip at least in the region of their container openings and which consists of individual labels (18-20) connected to one another, characterised in that the individual packages are mechanically coupled and are separable from one another by a shearing force acting along the respective parting line , and in that the label strip consists of several individual labels already separated from one another by parting edges consisting of cut lines and open perforations and the parting edges of the individual labels (18-20) are aligned with the parting lines between the individual packages and in that the individual labels separated from one another by cut lines and open perforations are fixed by an auxiliary strip .
A timing device that audibly provides an indication of elapsing time, the device comprising; a container having walls defining first and second compartments connected by a passage; particulates contained in the container; wherein, with the device positioned to have the compartment containing the particulates uppermost, particulates fall into the lowermost compartment through the passage which regulates their rate of fall such that the particulates accumulate in a base of the lowermost compartment in a set time, wherein a portion of the wall defining at least one compartment is recessed and has a sounding surface positioned under the passage that is arranged to produce sound when its internal surface is struck by falling particulate providing an externally audible indication of elapsing time, wherein the recessed portion of wall positions the sounding surface higher than the base of the compartment forming a well in which falling particulate accumulates after striking and rebounding from the sounding surface. a container having walls defining first and second compartments connected by a passage; particulates contained in the container; wherein, with the device positioned to have the compartment containing the particulates uppermost, particulates fall into the lowermost compartment through the passage which regulates their rate of fall such that the particulates accumulate in a base of the lowermost compartment in a set time, wherein a portion of the wall defining at least one compartment is recessed and has a sounding surface positioned under the passage that is arranged to produce sound when its internal surface is struck by falling particulate providing an externally audible indication of elapsing time, wherein the recessed portion of wall positions the sounding surface higher than the base of the compartment forming a well in which falling particulate accumulates after striking and rebounding from the sounding surface.
A quick disconnect torch handle comprising: a proximal end and a distal end connected by an interior portion , the proximal end being connectable to a lead ; a trigger system ; and a quick disconnect assembly comprising at least one signal connection, a pilot connection, a fluid connection, a main power connection, a conductive conduit , a set of signal pins , and a pilot pin , the quick disconnect assembly disposed within the interior portion between the proximal and distal ends of the handle such that the conductive conduit, the set of signal pins and the pilot pin do not extend beyond the proximal end; and wherein the quick disconnect assembly is located within the interior portion between the trigger system and the proximal end . a proximal end and a distal end connected by an interior portion , the proximal end being connectable to a lead ; a trigger system ; and a quick disconnect assembly comprising at least one signal connection, a pilot connection, a fluid connection, a main power connection, a conductive conduit , a set of signal pins , and a pilot pin , the quick disconnect assembly disposed within the interior portion between the proximal and distal ends of the handle such that the conductive conduit, the set of signal pins and the pilot pin do not extend beyond the proximal end; and wherein the quick disconnect assembly is located within the interior portion between the trigger system and the proximal end .
A computer implemented method for performing speech recognition for a digital assistant, comprising: receiving, by at least one processor at an audio responsive electronic device, a voice input from a user, wherein the audio responsive electronic device is communicatively coupled to a voice platform, and wherein the voice platform comprises a plurality of digital assistants; detecting, by the at least one processor, a trigger word in the voice input; processing, by the at least one processor, the voice input; transmitting, by the at least one processor, the voice input to the voice platform based on the detecting the trigger word in the voice input; performing, by the voice platform, a secondary trigger word detection on the voice input; selecting, by the voice platform, the digital assistant from the plurality of digital assistants based on the detected trigger word; generating, by the selected digital assistant in the voice platform, an intent based on the voice input; transmitting, by the voice platform, the intent to the audio responsive electronic device; receiving, by the at least one processor, the intent from the voice platform; and processing, by the at least one processor, the intent from the voice platform. receiving, by at least one processor at an audio responsive electronic device, a voice input from a user, wherein the audio responsive electronic device is communicatively coupled to a voice platform, and wherein the voice platform comprises a plurality of digital assistants; detecting, by the at least one processor, a trigger word in the voice input; processing, by the at least one processor, the voice input; transmitting, by the at least one processor, the voice input to the voice platform based on the detecting the trigger word in the voice input; performing, by the voice platform, a secondary trigger word detection on the voice input; selecting, by the voice platform, the digital assistant from the plurality of digital assistants based on the detected trigger word; generating, by the selected digital assistant in the voice platform, an intent based on the voice input; transmitting, by the voice platform, the intent to the audio responsive electronic device; receiving, by the at least one processor, the intent from the voice platform; and processing, by the at least one processor, the intent from the voice platform.
A medical device for treating and/or diagnosing a paranasal sinus condition, said medical device comprising: a flexible hollow cannula configured to be at least partially inserted through an ostium into a sinus cavity of a subject, said flexible hollow cannula comprising a flexible grinding wire configured to rotate along a longitudinal axis thereof and thereby grind, chop and/or stir material present in said sinus cavity, characterized in that said flexible hollow cannula is configured to retractably extend from a distal end of an saint elongated tubular member configured to receive said flexible hollow cannula , wherein said elongated tubular member comprises a distal end being bent or bendable so as to face the ostium of the paranasal sinus once inserted into the subject's nose, and the flexible hollow cannula is configured to penetrate through the ostium of the paranasal sinus, when said distal end of said elongated tubular member faces said ostium, wherein said flexible hollow cannula comprises a super-elastic material or pseudo-elastic material, and wherein activation of said medical device induces precession of said flexible hollow cannula , thereby enlarging the ostium without surgical dilation.