mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for obtaining data to assist in ascertaining stage severity of at least one of liver fibrosis or cirrhosis using one or more medical images, said method comprising receiving one or more medical images of a liver, characterized in that the one or more medical images comprising at least one previously gathered computed tomography or magnetic resonance medical image; determining a detected liver boundary for each of a plurality of liver sections from the one or more medical images; fitting a smoothed spline to the detected liver boundary for each of the plurality of liver sections; calculating a liver surface nodularity score for each of the plurality of liver sections from the one or more medical images, wherein calculating the liver surface nodularity score comprises; determining a distance between the detected liver boundary and the smooth spline at a plurality of points along the length of the detected liver boundary; and applying a mathematical adjustment to the determined distance at the plurality of points; and based on at least a mean or a median liver surface nodularity score calculated from the liver surface nodularity score for each of the plurality of liver sections, determining a stage severity of at least one of liver fibrosis or cirrhosis. the one or more medical images comprising at least one previously gathered computed tomography or magnetic resonance medical image; determining a detected liver boundary for each of a plurality of liver sections from the one or more medical images; fitting a smoothed spline to the detected liver boundary for each of the plurality of liver sections; calculating a liver surface nodularity score for each of the plurality of liver sections from the one or more medical images, wherein calculating the liver surface nodularity score comprises; determining a distance between the detected liver boundary and the smooth spline at a plurality of points along the length of the detected liver boundary; and applying a mathematical adjustment to the determined distance at the plurality of points; and determining a distance between the detected liver boundary and the smooth spline at a plurality of points along the length of the detected liver boundary; and applying a mathematical adjustment to the determined distance at the plurality of points; and based on at least a mean or a median liver surface nodularity score calculated from the liver surface nodularity score for each of the plurality of liver sections, determining a stage severity of at least one of liver fibrosis or cirrhosis.
A data carrier having a data carrier substrate and a security element applied to the data carrier substrate, wherein the side of the data carrier substrate having the security element defines the front side of the data carrier and - the data carrier substrate is a polymer substrate which in the region of the security element has regions with elevated light transmission and regions with reduced light transmission which together form the first motif, wherein the regions with reduced light transmission are formed by regions printed with opaque ink of the data carrier substrate and the regions with elevated light transmission are unprinted regions of the data carrier substrate. - the security element contains a transparent carrier substrate having a semi-transparent function layer, wherein the semi-transparent function layer is constituted such that (i) the data carrier upon the viewing its front side in incident light has a first visually recognizable color and upon the viewing in transmitted light has a second visually recognizable color and (ii) the first motif is imperceptible upon the viewing of the front side of the data carrier in incident light and is perceptible upon the viewing of the data carrier in transmitted light; and - the semi-transparent function layer of the security element has a multilayer construction with two semi-transparent metallic layers and a dielectric layer arranged between the two semi-transparent metallic layers or is obtainable by printing technology by means of an effect pigment composition. - the data carrier substrate is a polymer substrate which in the region of the security element has regions with elevated light transmission and regions with reduced light transmission which together form the first motif, wherein the regions with reduced light transmission are formed by regions printed with opaque ink of the data carrier substrate and the regions with elevated light transmission are unprinted regions of the data carrier substrate. - the security element contains a transparent carrier substrate having a semi-transparent function layer, wherein the semi-transparent function layer is constituted such that (i) the data carrier upon the viewing its front side in incident light has a first visually recognizable color and upon the viewing in transmitted light has a second visually recognizable color and (ii) the first motif is imperceptible upon the viewing of the front side of the data carrier in incident light and is perceptible upon the viewing of the data carrier in transmitted light; and - the semi-transparent function layer of the security element has a multilayer construction with two semi-transparent metallic layers and a dielectric layer arranged between the two semi-transparent metallic layers or is obtainable by printing technology by means of an effect pigment composition.
A surface treating apparatus for treating an inner surface of a bore containing a shaft, the apparatus comprising: a) a body connectable to a drive apparatus and configured to movably receive a shaft extending through a bore, the body comprising i) a collar having a collar aperture extending along a collar axis and sized to movably receive the shaft and ii) at least a first base portion and a second base portion that is moveably or detachably connected to the first base portion , the collar being configurable between a closed configuration, in which the collar aperture completely encircles the shaft, and an open position, in which the collar aperture is open to laterally receive the shaft wherein moving or detaching the second base portion from the first base portion opens the aperture to laterally receive the shaft; b) at least one surface treating member connected to and movable with the body relative to the shaft, the at least one surface treating member sized to be inserted within an annular gap formed between the shaft and an inner surface of the bore and to bear against the inner surface of the bore when the shaft is received by the body . a) a body connectable to a drive apparatus and configured to movably receive a shaft extending through a bore, the body comprising i) a collar having a collar aperture extending along a collar axis and sized to movably receive the shaft and ii) at least a first base portion and a second base portion that is moveably or detachably connected to the first base portion , the collar being configurable between a closed configuration, in which the collar aperture completely encircles the shaft, and an open position, in which the collar aperture is open to laterally receive the shaft wherein moving or detaching the second base portion from the first base portion opens the aperture to laterally receive the shaft; b) at least one surface treating member connected to and movable with the body relative to the shaft, the at least one surface treating member sized to be inserted within an annular gap formed between the shaft and an inner surface of the bore and to bear against the inner surface of the bore when the shaft is received by the body .
A method comprising: accessing network traffic from a network ; determining an entity type associated with at least one entity communicatively coupled to the network ; accessing sensitivity information associated with the determined entity type of the at least one entity, the sensitivity information being based on sensitivity of data accessed and/or processed by the at least one entity; determining a network portion (290-292, 402, 500, 600, 700) associated with the at least one entity; determining a risk associated with the at least one entity; determining, by a processing device, a risk associated with the network portion (290-292, 402, 500, 600, 700) associated with the at least one entity based (a) on the risk associated with the at least one entity, (b) on the sensitivity information, and (c) on a mix of entity types within the network portion (290-292, 402, 500, 600, 700); and storing the risk associated with the network portion (290-292, 402, 500, 600, 700). accessing network traffic from a network ; determining an entity type associated with at least one entity communicatively coupled to the network ; accessing sensitivity information associated with the determined entity type of the at least one entity, the sensitivity information being based on sensitivity of data accessed and/or processed by the at least one entity; determining a network portion (290-292, 402, 500, 600, 700) associated with the at least one entity; determining a risk associated with the at least one entity; determining, by a processing device, a risk associated with the network portion (290-292, 402, 500, 600, 700) associated with the at least one entity based (a) on the risk associated with the at least one entity, (b) on the sensitivity information, and (c) on a mix of entity types within the network portion (290-292, 402, 500, 600, 700); and storing the risk associated with the network portion (290-292, 402, 500, 600, 700).
Personal protection device comprising an inflatable element and an inflation device, wherein the inflation device comprises a gas generator and a bushing connection device configured to connect said gas generator with said inflatable element , wherein said bushing connection device comprises a tubular body extending between a first mouth and a second mouth and defining an internal cavity able to house a portion of the gas generator intended for the gas outflow, wherein a first end region of the tubular body defines said first mouth and a second end region of the tubular body defines said second mouth , and wherein said portion of the gas generator is inserted into said internal cavity from the side of said first mouth of the tubular body, said inflatable element is configured to be able to assume a deflated or rest configuration and an inflated or active configuration, wherein the gas generator is configured to allow inflation of said inflatable element from said deflated configuration into said inflated configuration, wherein said second mouth of the tubular body opens into the inner chamber of said inflatable element characterized in that said bushing connection device further comprises a vent channel extending along at least a portion of said tubular body for venting an inflation fluid of said inflatable element , wherein said vent channel has a cross-section with a smaller area than at least said second mouth , and said portion of the gas generator is configured to leave said vent channel free to vent the inflation fluid. wherein a first end region of the tubular body defines said first mouth and a second end region of the tubular body defines said second mouth , and wherein said portion of the gas generator is inserted into said internal cavity from the side of said first mouth of the tubular body, said inflatable element is configured to be able to assume a deflated or rest configuration and an inflated or active configuration, wherein the gas generator is configured to allow inflation of said inflatable element from said deflated configuration into said inflated configuration, wherein said second mouth of the tubular body opens into the inner chamber of said inflatable element characterized in that said bushing connection device further comprises a vent channel extending along at least a portion of said tubular body for venting an inflation fluid of said inflatable element , wherein said vent channel has a cross-section with a smaller area than at least said second mouth , and said portion of the gas generator is configured to leave said vent channel free to vent the inflation fluid.
A power tong , comprising: a body having a bay therein to receive a tubular joint and a throat providing access to and egress from the bay; a door having a proximal end pivotally coupled to the body at a pivot member at a first side of the throat and a distal end , the door being pivotally coupled to the body for pivoting movement in a vertical plane relative to the axis of the bay between an open position to allow lateral entry of a tubular joint into the bay and a closed position to close the throat to enable gripping and rotating components of the power tong to grip and rotate the tubular joint introduced into the bay ; one of a curved groove and a curved protrusion disposed on the distal end of the door and pivotally aligned to be engaged with and received onto a correspondingly curved other of the curved groove and curved protrusion disposed on the body and on a second side of the throat as the door is pivoted to the closed position. a body having a bay therein to receive a tubular joint and a throat providing access to and egress from the bay; a door having a proximal end pivotally coupled to the body at a pivot member at a first side of the throat and a distal end , the door being pivotally coupled to the body for pivoting movement in a vertical plane relative to the axis of the bay between an open position to allow lateral entry of a tubular joint into the bay and a closed position to close the throat to enable gripping and rotating components of the power tong to grip and rotate the tubular joint introduced into the bay ; one of a curved groove and a curved protrusion disposed on the distal end of the door and pivotally aligned to be engaged with and received onto a correspondingly curved other of the curved groove and curved protrusion disposed on the body and on a second side of the throat as the door is pivoted to the closed position.
Method for fabricating an optoelectronic device , comprising the following steps: a) supplying a so-called growth substrate made of a semiconductor material, comprising a front face and a rear face opposite one another; b) forming, on the front face , a plurality of diodes , each diode comprising a lower face resting on the substrate ; c) removing, from the rear face , at least one portion (12; 13) of the substrate so as to free the lower face of at least a part of the diodes , the portion removed (12; 13) being initially located opposite said part of diodes ; the method being characterized in that : - step a) comprises producing a lower part and an upper part of the substrate each extending opposite the diodes , said parts being doped according to one and the same type of conductivity, the lower part having a first doping level, and the upper part having a second doping level lower than the first level and extending from the front face to the lower part with a uniform thickness (e ref ); - step c) comprising removing the lower part by selective chemical etching with respect to the upper part . a) supplying a so-called growth substrate made of a semiconductor material, comprising a front face and a rear face opposite one another; b) forming, on the front face , a plurality of diodes , each diode comprising a lower face resting on the substrate ; c) removing, from the rear face , at least one portion (12; 13) of the substrate so as to free the lower face of at least a part of the diodes , the portion removed (12; 13) being initially located opposite said part of diodes ; the method being characterized in that : - step a) comprises producing a lower part and an upper part of the substrate each extending opposite the diodes , said parts being doped according to one and the same type of conductivity, the lower part having a first doping level, and the upper part having a second doping level lower than the first level and extending from the front face to the lower part with a uniform thickness (e ref ); - step c) comprising removing the lower part by selective chemical etching with respect to the upper part . - step a) comprises producing a lower part and an upper part of the substrate each extending opposite the diodes , said parts being doped according to one and the same type of conductivity, the lower part having a first doping level, and the upper part having a second doping level lower than the first level and extending from the front face to the lower part with a uniform thickness (e ref ); - step c) comprising removing the lower part by selective chemical etching with respect to the upper part .
An airfoil for an unmanned aerial vehicle configured for low speed performance, the airfoil comprising: an upper surface having an upper surface portion with a top local surface angle magnitude of less than 5 degrees at a subsection of a chord , wherein the chord is defined by a line starting at a leading edge of the airfoil and extending to a trailing edge of the airfoil ; and a lower surface having a lower surface portion with a bottom local surface angle magnitude of less than 5 degrees at the subsection of the chord, wherein a maximum thickness of the airfoil extends from about 20% to about 40% of a chord length. an upper surface having an upper surface portion with a top local surface angle magnitude of less than 5 degrees at a subsection of a chord , wherein the chord is defined by a line starting at a leading edge of the airfoil and extending to a trailing edge of the airfoil ; and a lower surface having a lower surface portion with a bottom local surface angle magnitude of less than 5 degrees at the subsection of the chord, wherein a maximum thickness of the airfoil extends from about 20% to about 40% of a chord length.
A sliding element intended to be mounted to a first telescopic part of a telescopic device, the sliding element (1, 1', 1") comprising a plate-shaped body with a first side , through which the sliding element (1, 1', 1") is intended to rest against a support surface on the first telescopic part , and an opposite second side , which constitutes a sliding surface intended for sliding contact with a second telescopic part of the telescopic device, characterized in that the sliding element (1, 1', 1") comprises at least one permanent magnet which is fixed to the plate-shaped body , wherein the permanent magnet is configured to be magnetically attracted to the first telescopic part in order to keep the sliding element (1, 1', 1") attached to the first telescopic part.
A lyophilized pharmaceutical composition of Romiplostim obtainable by lyophilizing a formulation comprising Romiplostim at a concentration of 0.1 mg/mL to 1.0 mg/mL, citro-phosphate as buffer, sucrose as bulking agent and Polysorbate 20 at pH 5.0.
Cooling process using a heat transfer fluid for a first piece of equipment of a motor vehicle, this process regulating the flow rate (D) of the heat transfer fluid of a thermal system comprising second equipment for controlling this cooling , this method comprising a step of determining an instantaneous temperature (t201, t202, t203, boa) of the first equipment , and a step of regulating the flow rate (D) of the heat transfer fluid as a function of the instantaneous temperature (t201, t202, t203, t204) when it is lower than a first predetermined threshold (S11, S12, S14, S14) function of the first equipment , and a step of detecting a failure of the second equipment , characterized in that in the event of detection of the failure, the method comprises a step of monitoring the instantaneous temperature (t201, t202, t203, t204) which, if it exceeds a second threshold predetermined (S21, S22, S23, S24) greater than the first threshold (S11, S12, S14, S14), controls the flow rate (D) of the fluid to its maximum (Dm") until the instantaneous temperature a201, t202 , -03, t204) drops below a third predetermined threshold (S31, S32, S33, S34) lower than the first threshold (S11, S12, S14, S14).
An oxide superconducting bulk magnet comprising an oxide superconducting bulk laminate including a plurality of sheet-shaped oxide superconducting bulk members each made of a singlecrystal form RE 1 Ba 2 Cu 3 O y (RE is one or more elements selected from Y or rare earth elements, where 6.8≤y≤7.1) in which RE 2 BaCuO 5 is dispersed, and including one or more high strength reinforcing members arranged between the stacked oxide superconducting bulk members and one or more outer circumference reinforcing members provided at an outer circumference of the oxide superconducting bulk laminate, the oxide superconducting bulk members being joined or bonded with the high strength reinforcing members, wherein the high strength reinforcing member is joined or bonded with the outer circumference reinforcing member. an oxide superconducting bulk laminate including a plurality of sheet-shaped oxide superconducting bulk members each made of a singlecrystal form RE 1 Ba 2 Cu 3 O y (RE is one or more elements selected from Y or rare earth elements, where 6.8≤y≤7.1) in which RE 2 BaCuO 5 is dispersed, and including one or more high strength reinforcing members arranged between the stacked oxide superconducting bulk members and one or more outer circumference reinforcing members provided at an outer circumference of the oxide superconducting bulk laminate, the oxide superconducting bulk members being joined or bonded with the high strength reinforcing members, wherein the high strength reinforcing member is joined or bonded with the outer circumference reinforcing member.
An apparatus , comprising: a body ; a first removable container for positioning on the body; an interface positioned on the body to accept preparation parameters for a tea latte; a boiler (204; 432) within the body to receive a water from the first removable container, the boiler capable of receiving a tea; a first heater (206; 420) adjacent to the boiler to heat the water in accordance with at least one of the preparation parameters; characterized by a second removable container for positioning on the body comprising a combination milk carafe and second boiler ; a second heater adjacent to the combination milk carafe and second boiler to heat the milk in accordance with at least one of the preparation parameters; a milk frothing mechanism within the combination milk carafe and second boiler; the second removable container capable of receiving a brewed tea from the boiler; a milk frothing drive mechanism adjacent to the combination milk carafe and second boiler for frothing the milk and mixing a tea latte combination. a body ; a first removable container for positioning on the body; an interface positioned on the body to accept preparation parameters for a tea latte; a boiler (204; 432) within the body to receive a water from the first removable container, the boiler capable of receiving a tea; a first heater (206; 420) adjacent to the boiler to heat the water in accordance with at least one of the preparation parameters; characterized by a second removable container for positioning on the body comprising a combination milk carafe and second boiler ; a second heater adjacent to the combination milk carafe and second boiler to heat the milk in accordance with at least one of the preparation parameters; a milk frothing mechanism within the combination milk carafe and second boiler; the second removable container capable of receiving a brewed tea from the boiler; a milk frothing drive mechanism adjacent to the combination milk carafe and second boiler for frothing the milk and mixing a tea latte combination.