mhurhangee/patent-ind-claim-en huggingface dataset:
A foam duct comprising a tube portion ; wherein the tube portion has: an average cell diameter in the thickness direction (t) of the tube portion of 50 to 90 μm, a cell deformation ratio in a circumferential direction of 0.3 or lower, which is the ratio t/c of the average cell diameter in the thickness direction (t) to an average cell diameter in the circumferential direction (c) of the tube portion , the average cell diameter in the thickness direction (t) and the average cell diameter in the circumferential direction (c) being calculated as an arithmetical mean of a cell diameter in the thickness direction (t) or of a cell diameter in the circumferential direction (c), respectively, with respect to five cells which fall on a thickness bisector (Q) in the cross section in the cross wise direction of the tube portion , and a cell anisotropy of 0.6 to 1.6, which is the ratio c/l of the average cell diameter in the circumferential direction (c) to an average cell diameter in the longitudinal direction (l) of the tube portion , the average cell diameter in the longitudinal direction (l) being calculated as an arithmetical mean of a cell diameter in the longitudinal direction (l) with respect to five cells which fall on the thickness bisector (Q) in the cross section in the longitudinal direction of the tube portion . an average cell diameter in the thickness direction (t) of the tube portion of 50 to 90 μm, a cell deformation ratio in a circumferential direction of 0.3 or lower, which is the ratio t/c of the average cell diameter in the thickness direction (t) to an average cell diameter in the circumferential direction (c) of the tube portion , the average cell diameter in the thickness direction (t) and the average cell diameter in the circumferential direction (c) being calculated as an arithmetical mean of a cell diameter in the thickness direction (t) or of a cell diameter in the circumferential direction (c), respectively, with respect to five cells which fall on a thickness bisector (Q) in the cross section in the cross wise direction of the tube portion , and a cell anisotropy of 0.6 to 1.6, which is the ratio c/l of the average cell diameter in the circumferential direction (c) to an average cell diameter in the longitudinal direction (l) of the tube portion , the average cell diameter in the longitudinal direction (l) being calculated as an arithmetical mean of a cell diameter in the longitudinal direction (l) with respect to five cells which fall on the thickness bisector (Q) in the cross section in the longitudinal direction of the tube portion .
Use of at least one polymethylmethacrylimide copolymer (PMMI copolymer) for reducing the molecular weight degradation of aromatic polycarbonate in polycarbonate compositions containing one or more oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group during compounding.
A laser tool configured to operate within a wellbore , the laser tool comprising: an integrator configured to receive a laser beam from a laser head and to combine the laser beam and a purging medium; and a conduit having a shape and length to generate a laminar flow from the purging medium and to produce an output comprised of the laminar flow and the laser beam, the output being directed towards a target within the wellbore ; where at least part of the laser tool is configured for rotation to cause the output to rotate during application to the target, and where the conduit comprises a tubular shape, wherein the tubular shape of the conduit and the length of the conduit causes the turbulent flow to change to the laminar flow. an integrator configured to receive a laser beam from a laser head and to combine the laser beam and a purging medium; and a conduit having a shape and length to generate a laminar flow from the purging medium and to produce an output comprised of the laminar flow and the laser beam, the output being directed towards a target within the wellbore ; where at least part of the laser tool is configured for rotation to cause the output to rotate during application to the target, and where the conduit comprises a tubular shape, wherein the tubular shape of the conduit and the length of the conduit causes the turbulent flow to change to the laminar flow.
A composition for use in regulating the level of glucose in blood to reduce the symptoms of hyperglycaemia in a non-diabetic human, where the composition contains beta-casein, and where the beta-casein comprises at least 75% by weight beta-casein A2.
A method in an access point , AP, in a time division duplex radio communication network of determining a guard period for downlink-to-uplink switching, for each of a plurality of terminal devices served by the AP , comprising: obtaining measurement information on uplink transmission delay of peach terminal device due to the downlink-to-uplink switching and propagation delay; evaluating a metric value of disparities among measurement information on uplink transmission delays of the plurality of terminal devices , wherein the metric value ( δ 2 delay ) is evaluated by δ 2 delay = ∑ k = 0 K − 1 T TE k − E T TE k 2 K , where K is the number of the plurality of terminal devices , T TE k is the time length of the uplink transmission delay of the k th terminal device and E { T TE k } is the average time length of the uplink transmission delays of the plurality of terminal devices ; determining a time length of the guard period with respect to each terminal device based on the measurement information, wherein the determining the time length of the guard period comprises calculating an integral number of symbol durations based on the measurement information, and determining the time length of the guard period with respect to each terminal device to be equal to a duration of the integral number of symbol durations; assigning a time period scheduled for transmitting a uplink subframe with the time length as the guard period with respect to a terminal device if the metric value of that terminal device is larger than or equal to a threshold; and informing that terminal device of the assignment. obtaining measurement information on uplink transmission delay of peach terminal device due to the downlink-to-uplink switching and propagation delay; evaluating a metric value of disparities among measurement information on uplink transmission delays of the plurality of terminal devices , wherein the metric value ( δ 2 delay ) is evaluated by δ 2 delay = ∑ k = 0 K − 1 T TE k − E T TE k 2 K , where K is the number of the plurality of terminal devices , T TE k is the time length of the uplink transmission delay of the k th terminal device and E { T TE k } is the average time length of the uplink transmission delays of the plurality of terminal devices ; determining a time length of the guard period with respect to each terminal device based on the measurement information, wherein the determining the time length of the guard period comprises calculating an integral number of symbol durations based on the measurement information, and determining the time length of the guard period with respect to each terminal device to be equal to a duration of the integral number of symbol durations; assigning a time period scheduled for transmitting a uplink subframe with the time length as the guard period with respect to a terminal device if the metric value of that terminal device is larger than or equal to a threshold; and informing that terminal device of the assignment.
A biostimulator , comprising: a housing having a longitudinal axis and containing an electronics compartment; and a fixation element mounted on the housing , wherein the fixation element includes a primary helix extending along a helical axis about the longitudinal axis to a distal edge , wherein the primary helix has a distal helix end formed from a coil wire and has a leading point on a wire face ; and the wire face has three or more helix faces converging at the leading point , characterized in that the leading point is inward from the distal edge and radially offset from an axis defined by and extending longitudinally through the coil wire . a housing having a longitudinal axis and containing an electronics compartment; and a fixation element mounted on the housing , wherein the fixation element includes a primary helix extending along a helical axis about the longitudinal axis to a distal edge , wherein the primary helix has a distal helix end formed from a coil wire and has a leading point on a wire face ; and the wire face has three or more helix faces converging at the leading point , characterized in that the leading point is inward from the distal edge and radially offset from an axis defined by and extending longitudinally through the coil wire .
A renderer device to be controlled by a controller device connected to a predetermined communication network , the renderer device comprising: a memory unit that stores network connection information which indicates a connection destination of the controller device and is used by the controller device to establish a connection to a device to be controlled by the controller device ; a detector that detects whether each of monitor devices is connected to the renderer device via the predetermined communication network ; an information update unit that updates the connection destination indicated by the network connection information stored in the memory unit so that the connection destination indicates one of the monitor devices , when the detector has detected that the monitor device is connected via the predetermined communication network ; and a communication unit that sends the network connection information stored in the memory unit to the controller device , when receiving a request from the controller device . a memory unit that stores network connection information which indicates a connection destination of the controller device and is used by the controller device to establish a connection to a device to be controlled by the controller device ; a detector that detects whether each of monitor devices is connected to the renderer device via the predetermined communication network ; an information update unit that updates the connection destination indicated by the network connection information stored in the memory unit so that the connection destination indicates one of the monitor devices , when the detector has detected that the monitor device is connected via the predetermined communication network ; and a communication unit that sends the network connection information stored in the memory unit to the controller device , when receiving a request from the controller device .
An automated driving vehicle management system comprising: a map information storage unit configured to store map information; an imaginary stop line management unit configured to manage an imaginary stop line that is generated for a road included in the map information, a communication unit configured to transmit imaginary stop line information about the imaginary stop line to a plurality of automated driving vehicles that stop in accordance with the imaginary stop line, wherein the imaginary stop line management unit is configured to generate the imaginary stop line in a rectangular shape so that it surrounds a parking area, wherein the imaginary stop line management unit is configured to open and close a side of the rectangular imaginary stop line in order to allow movement of a vehicle of the plurality of vehicles into and out of the parking area. a map information storage unit configured to store map information; an imaginary stop line management unit configured to manage an imaginary stop line that is generated for a road included in the map information, a communication unit configured to transmit imaginary stop line information about the imaginary stop line to a plurality of automated driving vehicles that stop in accordance with the imaginary stop line, wherein the imaginary stop line management unit is configured to generate the imaginary stop line in a rectangular shape so that it surrounds a parking area, wherein the imaginary stop line management unit is configured to open and close a side of the rectangular imaginary stop line in order to allow movement of a vehicle of the plurality of vehicles into and out of the parking area.
A method of protecting RNA from degradation in a solution, said method comprising: - providing a solution comprising: i. water; ii. RNA; iii. divalent cations; and iv. a phosphorous-containing compound selected from phosphate and glycerol phosphate; and - incubating the solution at a temperature of at least 25 °C, 37 °C, 40 °C, 50 °C, 55 °C, 60 °C, 65 °C, 70 °C, or 75 °C, wherein the RNA is protected from degradation as compared to an RNA in an aqueous solution that contains the divalent cations but does not contain the phosphorous-containing compound. - providing a solution comprising: i. water; ii. RNA; iii. divalent cations; and iv. a phosphorous-containing compound selected from phosphate and glycerol phosphate; and - incubating the solution at a temperature of at least 25 °C, 37 °C, 40 °C, 50 °C, 55 °C, 60 °C, 65 °C, 70 °C, or 75 °C, wherein the RNA is protected from degradation as compared to an RNA in an aqueous solution that contains the divalent cations but does not contain the phosphorous-containing compound.
A method for operating a motor-adjustable steering column for a motor vehicle, with a supporting unit and an actuating unit supported by the supporting unit , in which a steering spindle is rotatably supported, and which is adjustable relative to the supporting unit by means of at least one adjustment drive , wherein the adjustment drive is controlled by a control unit and an adjustment speed caused by the adjustment drive is determined on the basis of measurement data of a sensor , wherein, the control unit controls the adjustment speed in a control loop on the basis of a control deviation between a specifiable speed profile and the determined adjustment speed , characterized in that an evaluation unit is provided which evaluates during the adjustment at least one manipulated variable of the control loop for the identification of inconsistencies in the controlled system of the control loop and the position of the steering column is determined on the basis of the identified inconsistencies in the controlled system.
A filter cartridge comprising: (a) first and second, opposite, flow ends; (b) media positioned to filter fluid flow between the first and second, opposite, flow ends; (c) a seal arrangement having a first axial seal housing engagement surface; (i) the first axial seal housing engagement surface including a contoured axial seal surface section having at least a first housing engagement projection/recess member thereon; (d) the seal arrangement includes a peripheral, perimeter, edge surface having a first member of a peripheral edge projection/recess contour therein; (e) the first member of the peripheral edge projection/recess contour includes a first recess member ; (f) the housing projection/recess member includes a projection section positioned in a portion of the first axial seal housing engagement surface at a location in axial alignment with the first member of the peripheral projection/recess contour in the peripheral edge surface ; and (g) the seal arrangement comprises a pinch seal arrangement having: the outer peripheral edge surface ; and, first and second, opposite, pinch seal housing engagement surfaces ; (i) at least a selected one of the first and second, opposite, pinch seal housing engagement surfaces including the contoured axial seal surface section having at least the first housing engagement projection/recess member therein. (a) first and second, opposite, flow ends; (b) media positioned to filter fluid flow between the first and second, opposite, flow ends; (c) a seal arrangement having a first axial seal housing engagement surface; (i) the first axial seal housing engagement surface including a contoured axial seal surface section having at least a first housing engagement projection/recess member thereon; (i) the first axial seal housing engagement surface including a contoured axial seal surface section having at least a first housing engagement projection/recess member thereon; (d) the seal arrangement includes a peripheral, perimeter, edge surface having a first member of a peripheral edge projection/recess contour therein; (e) the first member of the peripheral edge projection/recess contour includes a first recess member ; (f) the housing projection/recess member includes a projection section positioned in a portion of the first axial seal housing engagement surface at a location in axial alignment with the first member of the peripheral projection/recess contour in the peripheral edge surface ; and (g) the seal arrangement comprises a pinch seal arrangement having: the outer peripheral edge surface ; and, first and second, opposite, pinch seal housing engagement surfaces ; (i) at least a selected one of the first and second, opposite, pinch seal housing engagement surfaces including the contoured axial seal surface section having at least the first housing engagement projection/recess member therein. (i) at least a selected one of the first and second, opposite, pinch seal housing engagement surfaces including the contoured axial seal surface section having at least the first housing engagement projection/recess member therein.
A method for handing network connection abnormality of a terminal, comprising: determining, by the terminal, that a network link of the terminal is abnormal ; determining, by the terminal, a reason why the network link is abnormal ; and performing, by the terminal, a corresponding network link repair operation based on the reason why the network link is abnormal ; characterized in that determining, by the terminal, a reason why the network link is abnormal comprises: retransmitting a test data packet to a target address, and inspecting a result of each critical path of data service to locate an abnormal node in the following manner performing a terminal-side inspection , determining that the network link is abnormal due to abnormality at the terminal side when the terminal-side inspection indicates abnormality , and performing a network-side inspection when the terminal-side inspection indicates normality ; determining that the network link is abnormal due to abnormality at the w network side when the network-side inspection indicates abnormality , and performing an application server-side inspection when the network-side inspection indicates normality ; and determining that the network link is abnormal due to abnormality at the application server side when the application server-side inspection indicates abnormality . determining, by the terminal, that a network link of the terminal is abnormal ; determining, by the terminal, a reason why the network link is abnormal ; and performing, by the terminal, a corresponding network link repair operation based on the reason why the network link is abnormal ; characterized in that determining, by the terminal, a reason why the network link is abnormal comprises: retransmitting a test data packet to a target address, and inspecting a result of each critical path of data service to locate an abnormal node in the following manner performing a terminal-side inspection , determining that the network link is abnormal due to abnormality at the terminal side when the terminal-side inspection indicates abnormality , and performing a network-side inspection when the terminal-side inspection indicates normality ; determining that the network link is abnormal due to abnormality at the w network side when the network-side inspection indicates abnormality , and performing an application server-side inspection when the network-side inspection indicates normality ; and determining that the network link is abnormal due to abnormality at the application server side when the application server-side inspection indicates abnormality .
A method for selectively removing an aluminum-silicon coating fired on a surface of a metallic structure, wherein the aluminum-silicon coating is applied to the surface of the metallic structure in the form of an aqueous slurry, wherein the aluminum-silicon coating comprises an aluminum silicate material, the method comprising the step of contacting the coating with molten potassium hydroxide (KOH) or molten cesium hydroxide (CsOH), under conditions sufficient to remove the coating without substantially affecting the metallic surface.
An annuloplasty device for use on a posterior annulus of a mitral valve , which is deployable to the mitral valve by means of a vascular delivery device, such as a catheter , and positionable along the curvature of the annulus, comprising at least a first and a second branch , each configured to extend along at least a section of the annulus, with a first end and a second end, at least one guiding means for guiding the first and the second branches relative to one another, at least one fixing means for fixing the device to the annulus, and at least one anchor means arranged on each of the first and second branches , characterized in that the first and the second branches are arranged to be movable relatively to one another, so that the anchor means engage with the annulus thereby pulling the annulus together when the first and second branches are moved in opposite directions.
A corner part for a wiper panel assembly for a ground vehicle , the corner part comprising: - an outside panel , having an outside face and an inside face both extending substantially parallel to an upward direction (Z1) of the corner part ; and - a drain , having: - an outlet , opening at the outside face , - an inlet , located at the inside face and opening at the inside face in the upward direction (Z1), and - a channel , connecting the inlet to the outlet , characterized in that the outlet is located in a frontward direction (X1) relative to the inlet and in that the frontward direction (X1) is perpendicular to the upward direction (Z1) and substantially parallel to the outside panel . - an outside panel , having an outside face and an inside face both extending substantially parallel to an upward direction (Z1) of the corner part ; and - a drain , having: - an outlet , opening at the outside face , - an inlet , located at the inside face and opening at the inside face in the upward direction (Z1), and - a channel , connecting the inlet to the outlet , characterized in that the outlet is located in a frontward direction (X1) relative to the inlet and in that the frontward direction (X1) is perpendicular to the upward direction (Z1) and substantially parallel to the outside panel . - an outlet , opening at the outside face , - an inlet , located at the inside face and opening at the inside face in the upward direction (Z1), and - a channel , connecting the inlet to the outlet ,