mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator system, comprising: a car guiderail , a first counterweight guiderail and a second counterweight guiderail ; an elevator machine including a frame , a motor , a brake and a sheave ; a first guiderail mount structurally connecting the frame to the first and the second counterweight guiderails ; and a second guiderail mount structurally connecting the frame to the car guiderail independent of the first guiderail mount ; characterized in that : the second guiderail mount includes a mount cross member and a mount leg ; the mount cross member extends laterally between a first cross member end that is connected to a first end of the frame , and a second cross member end that is connected to a second end of the frame ; and the mount leg extends vertically between a first leg end that is connected to the car guiderail , and a second leg end that is connected to the mount cross member laterally between the first and the second cross member ends . a car guiderail , a first counterweight guiderail and a second counterweight guiderail ; an elevator machine including a frame , a motor , a brake and a sheave ; a first guiderail mount structurally connecting the frame to the first and the second counterweight guiderails ; and a second guiderail mount structurally connecting the frame to the car guiderail independent of the first guiderail mount ; the second guiderail mount includes a mount cross member and a mount leg ; the mount cross member extends laterally between a first cross member end that is connected to a first end of the frame , and a second cross member end that is connected to a second end of the frame ; and the mount leg extends vertically between a first leg end that is connected to the car guiderail , and a second leg end that is connected to the mount cross member laterally between the first and the second cross member ends .
A cannabidiol (CBD) preparation characterized in that it comprises greater than or equal to 98% (w/w) CBD and less than or equal to 2% (w/w) other cannabinoids, wherein the less than or equal to 2% (w/w) other cannabinoids comprise the cannabinoids tetrahydrocannabinol (THC); cannabidiol-C1 (CBD-C1); cannabidivarin (CBDV); and cannabidiol-C4 (CBD-C4), and wherein the THC is present as a mixture of trans-THC and cis-THC, and wherein the CBD preparation comprises at least about 0.1% (w/w) THC based on total amount of cannabinoid in the preparation.
An intervertebral implant for implantation in an intervertebral space between adjacent vertebrae, the implant comprising: a frame having a front portion and a plurality of arms extending from the front portion and joined together to form a ring-like structure, the front portion at least partially defining a fastener aperture sized and dimensioned for receiving a fastener ; and at least one endplate including at least one outer surface having a contact area configured to engage adjacent vertebrae, the at least one endplate being affixed to the frame such that the at least one endplate contacts at least a portion of the plurality of arms , wherein the frame comprises a rear portion that extends from an upper surface to a lower surface, so configured that the arms meet at the rear portion , the rear portion being sized to be equal to a height of the at least one endplate so as to contact adjacent vertebral bodies. a frame having a front portion and a plurality of arms extending from the front portion and joined together to form a ring-like structure, the front portion at least partially defining a fastener aperture sized and dimensioned for receiving a fastener ; and at least one endplate including at least one outer surface having a contact area configured to engage adjacent vertebrae, the at least one endplate being affixed to the frame such that the at least one endplate contacts at least a portion of the plurality of arms , wherein the frame comprises a rear portion that extends from an upper surface to a lower surface, so configured that the arms meet at the rear portion , the rear portion being sized to be equal to a height of the at least one endplate so as to contact adjacent vertebral bodies.
An assembly method for a prosthetic heart valve , the method comprising: disposing tabs of adjacent leaflets together, each leaflet having a pair of tabs on opposite sides with respect to a centerline thereof; stitching together the tabs of the adjacent leaflets via a first suture spaced from ends of the tabs to form a commissure tab assembly ; conveying the commissure tab assembly through a closed window of a support member of an expandable annular frame of the prosthetic heart valve , the conveying being along a radial direction of the expandable annular frame from a radially-inner side of the closed window to a radially-outer side of the closed window ; and inserting a wedge between the tabs of the commissure tab assembly at a first location along the radial direction between the first suture and the radially-outer side of the closed window , a width along a circumferential direction of the annular frame for a portion of the commissure tab assembly being increased by the wedge , wherein the increased width of the commissure tab assembly portion is greater than a width along the circumferential direction for a corresponding portion of the radially-outer side of the closed window , wherein movement of the commissure tab assembly inward along the radial direction is restrained by interaction of the increased width portion of the commissure tab assembly with the corresponding portion of the closed window of the support member . disposing tabs of adjacent leaflets together, each leaflet having a pair of tabs on opposite sides with respect to a centerline thereof; stitching together the tabs of the adjacent leaflets via a first suture spaced from ends of the tabs to form a commissure tab assembly ; conveying the commissure tab assembly through a closed window of a support member of an expandable annular frame of the prosthetic heart valve , the conveying being along a radial direction of the expandable annular frame from a radially-inner side of the closed window to a radially-outer side of the closed window ; and inserting a wedge between the tabs of the commissure tab assembly at a first location along the radial direction between the first suture and the radially-outer side of the closed window , a width along a circumferential direction of the annular frame for a portion of the commissure tab assembly being increased by the wedge , wherein the increased width of the commissure tab assembly portion is greater than a width along the circumferential direction for a corresponding portion of the radially-outer side of the closed window , wherein movement of the commissure tab assembly inward along the radial direction is restrained by interaction of the increased width portion of the commissure tab assembly with the corresponding portion of the closed window of the support member .
A polymer composition comprising a crosslinked network, the network comprising: a) a first repeating unit represented by Formula ID: wherein n is an integer from 1 to 8, each of X 1 -X 5 is iodine or hydrogen and at least three of X 1 -X 5 are iodine; and wherein the amount of the first repeating unit in the polymer composition is from 15 to 35wt%; and b) a second repeating unit represented by Formula 2B: wherein R 11 is C 4 -C 10 alkylene and n 4 is an integer from 1 to 50; and wherein the amount of the second repeating unit in the polymer composition is from 65 to 85 wt%. a) a first repeating unit represented by Formula ID: wherein n is an integer from 1 to 8, each of X 1 -X 5 is iodine or hydrogen and at least three of X 1 -X 5 are iodine; and wherein the amount of the first repeating unit in the polymer composition is from 15 to 35wt%; and wherein n is an integer from 1 to 8, each of X 1 -X 5 is iodine or hydrogen and at least three of X 1 -X 5 are iodine; and wherein the amount of the first repeating unit in the polymer composition is from 15 to 35wt%; and b) a second repeating unit represented by Formula 2B: wherein R 11 is C 4 -C 10 alkylene and n 4 is an integer from 1 to 50; and wherein the amount of the second repeating unit in the polymer composition is from 65 to 85 wt%. wherein R 11 is C 4 -C 10 alkylene and n 4 is an integer from 1 to 50; and wherein the amount of the second repeating unit in the polymer composition is from 65 to 85 wt%.
A method of analyzing enzymatic activities in a single cell comprising: a) lysing a single mammalian cell in the presence of one or more oligonucleotides conjugated to enzyme substrates, wherein each oligonucleotide comprises nucleotide sequences comprising: i. a cell identification sequence associated with a specific cell; ii. a substrate identification sequence associated with a specific type of enzyme substrate; and, iii. a unique molecular identifier sequence; b) incubating the substrate-oligonucleotide conjugates with the lysed single mammalian cell contents under conditions in which enzymes within the cell contents can act specifically on the enzyme substrate; c) separating reacted and unreacted substrate-oligonucleotide conjugates from the single cell contents; d) amplifying oligonucleotides associated with reacted substrates by polymerase chain reaction (PCR) to produce amplified DNA products; and, e) analyzing the amplified DNA products to determine at least one of an amount and a type of enzymatic activity in the cell. a) lysing a single mammalian cell in the presence of one or more oligonucleotides conjugated to enzyme substrates, wherein each oligonucleotide comprises nucleotide sequences comprising: i. a cell identification sequence associated with a specific cell; ii. a substrate identification sequence associated with a specific type of enzyme substrate; and, iii. a unique molecular identifier sequence; i. a cell identification sequence associated with a specific cell; ii. a substrate identification sequence associated with a specific type of enzyme substrate; and, iii. a unique molecular identifier sequence; b) incubating the substrate-oligonucleotide conjugates with the lysed single mammalian cell contents under conditions in which enzymes within the cell contents can act specifically on the enzyme substrate; c) separating reacted and unreacted substrate-oligonucleotide conjugates from the single cell contents; d) amplifying oligonucleotides associated with reacted substrates by polymerase chain reaction (PCR) to produce amplified DNA products; and, e) analyzing the amplified DNA products to determine at least one of an amount and a type of enzymatic activity in the cell.
A sample chamber for taking samples from a molten metal bath, particularly a molten steel bath, comprising a flat cover plate and a housing , - wherein the flat cover plate and the housing are configured to be assembled together along an analysis plane AP to form a sample cavity such that the cover plate closes a hollow volume of the housing , - wherein the housing comprises an immersion face and an opposing end face , a top face and a bottom face , the top face and the bottom face extending between the immersion face and the opposing end face , - wherein the housing comprises a first opening in the immersion face , and a second opening in another face, - wherein the top face has at least one indentation which forms at least a part of the hollow volume of the housing , - wherein the indentation comprises a distribution segment , a ventilation segment and an analysis segment and wherein the analysis segment is bounded by the analysis plane AP, - wherein the distribution segment , the analysis segment and the ventilation segment are in flow communication with each other and with the first and the second opening of the housing , wherein - the distribution segment and the ventilation segment are arranged below the analysis segment in a direction from the top face to the bottom face and wherein the ventilation segment and the distribution segment are not connected to the top face , - the maximum and the minimum cross-sectional area of the analysis segment perpendicular to a central longitudinal axis X of the housing do not deviate from each other by more than 20 %. - wherein the flat cover plate and the housing are configured to be assembled together along an analysis plane AP to form a sample cavity such that the cover plate closes a hollow volume of the housing , - wherein the housing comprises an immersion face and an opposing end face , a top face and a bottom face , the top face and the bottom face extending between the immersion face and the opposing end face , - wherein the housing comprises a first opening in the immersion face , and a second opening in another face, - wherein the top face has at least one indentation which forms at least a part of the hollow volume of the housing , - wherein the indentation comprises a distribution segment , a ventilation segment and an analysis segment and wherein the analysis segment is bounded by the analysis plane AP, - wherein the distribution segment , the analysis segment and the ventilation segment are in flow communication with each other and with the first and the second opening of the housing , wherein - the distribution segment and the ventilation segment are arranged below the analysis segment in a direction from the top face to the bottom face and wherein the ventilation segment and the distribution segment are not connected to the top face , - the maximum and the minimum cross-sectional area of the analysis segment perpendicular to a central longitudinal axis X of the housing do not deviate from each other by more than 20 %.
A method for tuning a vibratory response of an aircraft system , the aircraft system comprising an airframe and at least one turbofan engine , the airframe and the at least one turbofan engine being dynamically coupled, the at least one turbofan engine having an engine rotor including a nose cone , the method comprising: obtaining a range of frequencies associated with at least one resonance mode of the aircraft system ; and modifying a mass of the nose cone to offset at least one dominant excitation frequency of the turbofan engine outside the range of frequencies associated with the at least one resonance mode of the aircraft system . obtaining a range of frequencies associated with at least one resonance mode of the aircraft system ; and modifying a mass of the nose cone to offset at least one dominant excitation frequency of the turbofan engine outside the range of frequencies associated with the at least one resonance mode of the aircraft system .
Use of a seizure prevention bolt in which the bolt is screwed into a female screw to which a foreign matter in the form of a spatter (S) is attached, the spatter having a diameter S 1 , the bolt having a normal screw portion having an outer diameter D and a root diameter D 1 , and the female screw has a nominal diameter D and an inner diameter D 1 , wherein the bolt has an incomplete screw portion having an outer diameter d that is larger than the root diameter D 1 and smaller than (D + D 1 )/2 is formed at a front end of a normal screw portion formed in a bolt shaft over one or more pitches, and a vertical groove for cutting out the foreign matter is formed in the incomplete screw portion and a depth F of the vertical groove is (2S 1 + d - D 1 )/2 or greater.
A device for separating a fluid component from a fluid, in particular compressed air of a vehicle, the device comprising: a first container comprising one or more filters to separate from the fluid at least a part of one or more components contained in the fluid; a second container comprising a heating device configured to increase the temperature of the fluid in the second container to enhance evaporation of one or more components from the fluid and to separate from the fluid in the second container by evaporation at least a part of one or more components, wherein the second container comprises one or more openings through which a liquid or solid substance can be supplied to the fluid in the second container for breaking an emulsion or mixture of two or more components contained in the fluid, and an outlet through which the at least part of the one or more separated and evaporated components can be exhausted; the first and the second container being interconnected by a throttle device adapted to throttle a transfer of at least a part of the fluid from the first container into the second container , wherein the throttle device is adapted for actuation in dependence of a supply of a fluid, such as compressed air containing fluid components, to the first container , so that it is opened to supply fluid from the first container to the second container . a first container comprising one or more filters to separate from the fluid at least a part of one or more components contained in the fluid; a second container comprising a heating device configured to increase the temperature of the fluid in the second container to enhance evaporation of one or more components from the fluid and to separate from the fluid in the second container by evaporation at least a part of one or more components, wherein the second container comprises one or more openings through which a liquid or solid substance can be supplied to the fluid in the second container for breaking an emulsion or mixture of two or more components contained in the fluid, and an outlet through which the at least part of the one or more separated and evaporated components can be exhausted; the first and the second container being interconnected by a throttle device adapted to throttle a transfer of at least a part of the fluid from the first container into the second container , wherein the throttle device is adapted for actuation in dependence of a supply of a fluid, such as compressed air containing fluid components, to the first container , so that it is opened to supply fluid from the first container to the second container .
A method at a selection node for selecting an edge node in a fixed access communication network for performing a network service request, the method comprising: receiving a request for a network service issued by a host entity wherein the request is a Domain Name System message; monitoring a network comprising a plurality of edge nodes and updating, upon detecting a change in the network or edge nodes being monitored, a database with at least information relating to the status of the edge nodes being monitored, and network conditions on a path between the edge nodes being monitored and the host entity, the status of an edge node comprising information on load and reachability of said edge node; selecting , an edge node (102; 103) from the plurality of edge nodes based on information obtained from the database, the selected edge node (102; 103) providing a path between the host entity and the requested network service; and sending a message to the host entity, the message including information identifying the selected edge node. receiving a request for a network service issued by a host entity wherein the request is a Domain Name System message; monitoring a network comprising a plurality of edge nodes and updating, upon detecting a change in the network or edge nodes being monitored, a database with at least information relating to the status of the edge nodes being monitored, and network conditions on a path between the edge nodes being monitored and the host entity, the status of an edge node comprising information on load and reachability of said edge node; selecting , an edge node (102; 103) from the plurality of edge nodes based on information obtained from the database, the selected edge node (102; 103) providing a path between the host entity and the requested network service; and sending a message to the host entity, the message including information identifying the selected edge node.
A method for providing feedback on a required user interaction in a blood purification device, comprising the steps of: monitoring, at a current position in an operational flow of the blood purification device, whether a user interaction is required in at least one step of the operational flow subsequent to the current step including a predetermined number of subsequent steps to leave sufficient processing time to activate the user interaction in time without generating waiting states; if it is determined in said monitoring step that a user interaction is required, determining the kind of required user interaction; and proactively activating a user interaction feedback indicating the determined kind of user interaction required in said at least one subsequent step at an active element corresponding to the user interaction in a graphical user interface. monitoring, at a current position in an operational flow of the blood purification device, whether a user interaction is required in at least one step of the operational flow subsequent to the current step including a predetermined number of subsequent steps to leave sufficient processing time to activate the user interaction in time without generating waiting states; if it is determined in said monitoring step that a user interaction is required, determining the kind of required user interaction; and proactively activating a user interaction feedback indicating the determined kind of user interaction required in said at least one subsequent step at an active element corresponding to the user interaction in a graphical user interface.
A crawler drive unit comprising: a speed reduction mechanism suitable to be provided in a running unit for causing a vehicle body to run, the speed reduction mechanism being suitable to transmit a driving force to a crawler provided on the running unit ; a transmission mechanism for transmitting the driving force to the speed reduction mechanism ; and an electric motor for applying a rotational force to the transmission mechanism , wherein the electric motor includes: a motor case , a motor shaft which protrudes out of the motor case , and a support case which protrudes out of the motor case in a direction that is the same as a direction in which the motor shaft protrudes and supports the motor shaft wherein the speed reduction mechanism includes an input part for receiving the driving force input thereto from the transmission mechanism , wherein the motor shaft of the electric motor is positioned higher than a rotational axis (Jn) of the input part , and an end of the support case opposite to a side of the motor case is connected to the transmission mechanism . a speed reduction mechanism suitable to be provided in a running unit for causing a vehicle body to run, the speed reduction mechanism being suitable to transmit a driving force to a crawler provided on the running unit ; a transmission mechanism for transmitting the driving force to the speed reduction mechanism ; and an electric motor for applying a rotational force to the transmission mechanism , wherein the electric motor includes: a motor case , a motor shaft which protrudes out of the motor case , and a support case which protrudes out of the motor case in a direction that is the same as a direction in which the motor shaft protrudes and supports the motor shaft wherein the speed reduction mechanism includes an input part for receiving the driving force input thereto from the transmission mechanism , wherein the motor shaft of the electric motor is positioned higher than a rotational axis (Jn) of the input part , and an end of the support case opposite to a side of the motor case is connected to the transmission mechanism . a motor case , a motor shaft which protrudes out of the motor case , and a support case which protrudes out of the motor case in a direction that is the same as a direction in which the motor shaft protrudes and supports the motor shaft wherein the speed reduction mechanism includes an input part for receiving the driving force input thereto from the transmission mechanism , wherein the motor shaft of the electric motor is positioned higher than a rotational axis (Jn) of the input part , and an end of the support case opposite to a side of the motor case is connected to the transmission mechanism .