mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument comprising: (a) a body assembly; (b) a shaft assembly extending distally from the body assembly; (c) a stapling assembly at a distal end of the shaft assembly, wherein the stapling assembly is actuatable between an open state and a closed state for clamping tissue, wherein the stapling assembly in the closed state is configured to staple and cut the clamped tissue; (d) a first user feedback element configured to visually inform a user of a first condition of the stapling assembly; (e) a second user feedback element configured to visually inform the user of a second condition of the stapling assembly; and (f) a circuit board assembly including: (i) a circuit board , (ii) a first light source coupled to the circuit board, wherein the first light source is configured to illuminate the first user feedback element, (iii) a second light source coupled to the circuit board, wherein the second light source is configured to illuminate the second user feedback element, and is characterized by (iv) a light guide feature , wherein the light guide feature is configured to direct light from the second light source toward the second user feedback element and simultaneously inhibit light emitted by the first light source from illuminating the second user feedback element. (a) a body assembly; (b) a shaft assembly extending distally from the body assembly; (c) a stapling assembly at a distal end of the shaft assembly, wherein the stapling assembly is actuatable between an open state and a closed state for clamping tissue, wherein the stapling assembly in the closed state is configured to staple and cut the clamped tissue; (d) a first user feedback element configured to visually inform a user of a first condition of the stapling assembly; (e) a second user feedback element configured to visually inform the user of a second condition of the stapling assembly; and (f) a circuit board assembly including: (i) a circuit board , (ii) a first light source coupled to the circuit board, wherein the first light source is configured to illuminate the first user feedback element, (iii) a second light source coupled to the circuit board, wherein the second light source is configured to illuminate the second user feedback element, and is characterized by (iv) a light guide feature , wherein the light guide feature is configured to direct light from the second light source toward the second user feedback element and simultaneously inhibit light emitted by the first light source from illuminating the second user feedback element. (i) a circuit board , (ii) a first light source coupled to the circuit board, wherein the first light source is configured to illuminate the first user feedback element, (iii) a second light source coupled to the circuit board, wherein the second light source is configured to illuminate the second user feedback element, and is characterized by (iv) a light guide feature , wherein the light guide feature is configured to direct light from the second light source toward the second user feedback element and simultaneously inhibit light emitted by the first light source from illuminating the second user feedback element.
A computer implemented method for identifying a proper pigmentation to match a gonioapparent effect occurring within an unknown target coating, comprising: obtaining, using a processor, reflectance data from a target coating, wherein the spectral reflectance data have associated arrays comprised of angle and wavelength, wherein the angle is in the first array and the wavelength is in the secondary array; sorting the obtained data by the wavelength in the secondary array; calculating from the obtained reflectance data, using the processor, pivot-normalized reflectance data within each set of the secondary array according to X − μ _ σ where X is the specific data set value, μ is the sample or population average of the data set values within the sorted secondary array, and σ is the sample or population standard deviation of the data set values within the sorted secondary array, in order to create a commonality between the scales of the angles within the individual wavelengths; and generating based on the pivot-normalized reflectance data, using the processor, a coating pigmentation comprising a gonioapparent pigment that is the same or substantially similar in appearance to the target coating, wherein generating the coating pigmentation comprises empirically correlating the pivot-normalized data calculated for the target coating to a plurality of known pivot-normalized data calculated for an empirical dataset and predicting at least one texture feature comprising gonioapparent effect of the target coating based on the correlating. obtaining, using a processor, reflectance data from a target coating, wherein the spectral reflectance data have associated arrays comprised of angle and wavelength, wherein the angle is in the first array and the wavelength is in the secondary array; sorting the obtained data by the wavelength in the secondary array; calculating from the obtained reflectance data, using the processor, pivot-normalized reflectance data within each set of the secondary array according to X − μ _ σ where X is the specific data set value, μ is the sample or population average of the data set values within the sorted secondary array, and σ is the sample or population standard deviation of the data set values within the sorted secondary array, in order to create a commonality between the scales of the angles within the individual wavelengths; and generating based on the pivot-normalized reflectance data, using the processor, a coating pigmentation comprising a gonioapparent pigment that is the same or substantially similar in appearance to the target coating, wherein generating the coating pigmentation comprises empirically correlating the pivot-normalized data calculated for the target coating to a plurality of known pivot-normalized data calculated for an empirical dataset and predicting at least one texture feature comprising gonioapparent effect of the target coating based on the correlating.
A method for depositing at least one layer on at least one substrate in a process chamber, wherein the layer consists of at least one component, wherein the at least one first metallic component is vaporized into a temperature-controlled carrier gas, in a vaporization chamber, by means of a discontinuous injection of a first starting material in the form of a liquid or a first starting material dissolved in a liquid, wherein the aerosol formed during spraying of the liquid into the vaporization chamber absorbs thermal energy from the carrier gas located in the vaporization chamber in order to be converted into the gaseous form, wherein at least a second component is supplied as a chemically reactive starting material, and the starting materials are introduced alternately into the process chamber.
A packing ring having at least three ring segments each having a first segment end (SE1) and a second segment end (SE2) in the circumferential direction, wherein a first tangential contact surface of the first segment end (SE1) of a ring segment abuts a second tangential contact surface of the second segment end (SE2) of a ring segment adjoining it in the circumferential direction to create a radial seal of the packing ring and a first axial contact surface , facing toward a first axial ring end (RE1) of the packing ring , of the first segment end (SE1) of a ring segment abuts a second axial contact surface , facing toward a second axial ring end (RE2) of the packing ring , of the second segment end (SE2) of a ring segment adjoining it in the circumferential direction to create an axial seal of the packing ring , wherein at least three relief openings are provided on at least one ring segment , preferably on each ring segment , which extend from a radially inside inner circumferential surface of the ring segment to a radially outside outer circumferential surface and/or to the second axial ring end (RE2) of the ring segment , wherein the relief openings each have a first relief opening end opening into the radially inside inner circumferential surface of the ring segment , wherein the first relief opening ends of two relief openings arranged adjacent to one another in the circumferential direction are spaced apart from one another at a relief opening circumferential distance (z), characterized in that the first relief opening ends are closer in the axial direction to the first axial ring end (RE1) than to the second axial ring end (RE2) and are spaced apart at a relief opening axial distance (x) from the first axial ring end (RE1), which is 4% to 20% of the axial ring width (RB) of the ring segment .
A photovoltaic device comprising at least one nanowire structure fixed to a substrate , wherein each of the at least one nanowire structures comprises: a heavily doped p-type core having a proximal end fixed to the substrate and a distal end extending away from the substrate ; and a lightly doped n-type shell around the p-type core so as to form a radial p-n junction; wherein the p-type core is formed of GaAs and the n-type shell is formed of Al x Ga 1-x As, wherein x has a value of less than or equal to 0.2; wherein the doping density of the n-type shell is less than 10 17 cm -3 ; and wherein the doping density of the p-type core is greater than 10 18 cm -3 . a heavily doped p-type core having a proximal end fixed to the substrate and a distal end extending away from the substrate ; and a lightly doped n-type shell around the p-type core so as to form a radial p-n junction; wherein the p-type core is formed of GaAs and the n-type shell is formed of Al x Ga 1-x As, wherein x has a value of less than or equal to 0.2; wherein the doping density of the n-type shell is less than 10 17 cm -3 ; and wherein the doping density of the p-type core is greater than 10 18 cm -3 .
A soft body system adapted to form the body and exterior surface of a Guided Soft Target for testing crash avoidance technologies in a subject vehicle, wherein the soft body system is adapted to be mounted atop a motorized Dynamic Motion Element (DME) and when so mounted is adapted to collide with the subject vehicle while the DME is moving, the soft body system comprising: a semi-rigid form with an exterior surface , the form sufficiently yielding so as to impart a minimal force to the subject vehicle upon impact, said force causing minimal to no damage to the subject vehicle, the form being shaped like a vehicle or a part of a vehicle; wherein the exterior surface comprising a side skirt , wherein the side skirt is positioned adjacent to the ground and comprises a side skirt edge that runs substantially parallel to the ground; the DME comprises GPS antenna or other wireless communication systems of the DME configured to receive signals from above; the soft body system comprises a roof, a roofline, and a second surface extending substantially vertically from the roofline, wherein the second surface comprises radar reflective material (RRM); the roof is completely open or has a fabric-like covering that is substantially permeable to electromagnetic energy; and the side skirt is made of radar absorptive material (RAM) and adapted to prevent radar waves from entering the soft body system . a semi-rigid form with an exterior surface , the form sufficiently yielding so as to impart a minimal force to the subject vehicle upon impact, said force causing minimal to no damage to the subject vehicle, the form being shaped like a vehicle or a part of a vehicle; wherein the exterior surface comprising a side skirt , wherein the side skirt is positioned adjacent to the ground and comprises a side skirt edge that runs substantially parallel to the ground; the DME comprises GPS antenna or other wireless communication systems of the DME configured to receive signals from above; the soft body system comprises a roof, a roofline, and a second surface extending substantially vertically from the roofline, wherein the second surface comprises radar reflective material (RRM); the roof is completely open or has a fabric-like covering that is substantially permeable to electromagnetic energy; and the side skirt is made of radar absorptive material (RAM) and adapted to prevent radar waves from entering the soft body system .
A disposable absorbent article, comprising: a front waist region , a back waist region , and a crotch region disposed between the front and back waist regions ; a longitudinal axis and a lateral axis ; a front waist edge , a back waist edge , a first side edge extending longitudinally and a second side edge extending longitudinally; a chassis comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and the backsheet ; a waist gasketing element comprising a proximal end edge , a distal end edge , a first side edge and a second side edge , and an elastic material ; a leg gasketing element comprising a proximal end edge , a distal end edge , a first side edge and a second side edge , and an elastic material; wherein at least a portion of the waist gasketing element is adhesively attached to the chassis and wherein at least a portion of the waist gasketing element is mechanically attached to the chassis , wherein the waist gasketing element comprises an adhesive zone , a first adhesive-free zone , and a second adhesive-free zone ; wherein the first adhesive-free zone is disposed at and adjacent to the first side edge of the waist gasketing element and the second adhesive-free zone is disposed at and adjacent to the second side edge of the waist gasketing element ; wherein first and second mechanical bonds attach the waist gasketing element to the chassis ; wherein the adhesive zone does not comprise the first and second mechanical bonds ; and wherein the mechanical bonds are positioned within the first and second adhesive-free zones a front waist region , a back waist region , and a crotch region disposed between the front and back waist regions ; a longitudinal axis and a lateral axis ; a front waist edge , a back waist edge , a first side edge extending longitudinally and a second side edge extending longitudinally; a chassis comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and the backsheet ; a waist gasketing element comprising a proximal end edge , a distal end edge , a first side edge and a second side edge , and an elastic material ; a leg gasketing element comprising a proximal end edge , a distal end edge , a first side edge and a second side edge , and an elastic material; wherein at least a portion of the waist gasketing element is adhesively attached to the chassis and wherein at least a portion of the waist gasketing element is mechanically attached to the chassis , wherein the waist gasketing element comprises an adhesive zone , a first adhesive-free zone , and a second adhesive-free zone ; wherein the first adhesive-free zone is disposed at and adjacent to the first side edge of the waist gasketing element and the second adhesive-free zone is disposed at and adjacent to the second side edge of the waist gasketing element ; wherein first and second mechanical bonds attach the waist gasketing element to the chassis ; wherein the adhesive zone does not comprise the first and second mechanical bonds ; and wherein the mechanical bonds are positioned within the first and second adhesive-free zones
A method for managing a federated network slice , the federated network slice comprising an extension of one or more virtual network functions from a first network domain to a second network domain , the method comprising: accessing , by a second orchestration manager of the second network domain , a first virtual network function management component to extend the one or more virtual network functions from the first network domain to the second network domain , wherein the operation of accessing comprises requesting allocation of the second network domain resources to the first virtual network function management component and configuring the first virtual network function management component for operation in the second network domain ; initiating , by the second orchestration manager , registration of the first virtual network function management component with a look-up service to generate a first association between a first name of the first virtual network function management component and a first location of the first virtual network function management component in the second network domain ; and initiating , by the second orchestration manager , transmission to the first network domain of the first name of the first virtual network function management component . accessing , by a second orchestration manager of the second network domain , a first virtual network function management component to extend the one or more virtual network functions from the first network domain to the second network domain , wherein the operation of accessing comprises requesting allocation of the second network domain resources to the first virtual network function management component and configuring the first virtual network function management component for operation in the second network domain ; initiating , by the second orchestration manager , registration of the first virtual network function management component with a look-up service to generate a first association between a first name of the first virtual network function management component and a first location of the first virtual network function management component in the second network domain ; and initiating , by the second orchestration manager , transmission to the first network domain of the first name of the first virtual network function management component .
A method for a connection establishment in a user equipment, UE, the method comprising: sending a request to a network node to initiate a connection establishment ; and starting a timer for the connection establishment, wherein an expiration of the timer stops the connection establishment for a UE ; characterized in that the method further comprises: stopping the timer upon one of the following: the UE receiving a suspend message; and the UE receiving a release message. sending a request to a network node to initiate a connection establishment ; and starting a timer for the connection establishment, wherein an expiration of the timer stops the connection establishment for a UE ; characterized in that the method further comprises: stopping the timer upon one of the following: the UE receiving a suspend message; and the UE receiving a release message. the UE receiving a suspend message; and the UE receiving a release message.
A sheet laminator comprising: a fuser pressure member , being a pair of rollers, configured to thermally fix a two-ply sheet (S) and a sheet medium (P) inserted between two sheets of the two-ply sheet (S); a heater configured to heat the fuser pressure member ; a driver configured to rotate the fuser pressure member ; and a controller configured to, in response to a pause of a rotation of the fuser pressure member , turn off a power supply to the heater ; and perform one of: immediately stopping the rotation of the fuser pressure member ; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member , based on a state of the fuser pressure member . a fuser pressure member , being a pair of rollers, configured to thermally fix a two-ply sheet (S) and a sheet medium (P) inserted between two sheets of the two-ply sheet (S); a heater configured to heat the fuser pressure member ; a driver configured to rotate the fuser pressure member ; and a controller configured to, in response to a pause of a rotation of the fuser pressure member , turn off a power supply to the heater ; and perform one of: immediately stopping the rotation of the fuser pressure member ; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member , based on a state of the fuser pressure member . turn off a power supply to the heater ; and perform one of: immediately stopping the rotation of the fuser pressure member ; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member , immediately stopping the rotation of the fuser pressure member ; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member , based on a state of the fuser pressure member .
A magnetic core comprising a winding core portion ; and a flange portion provided on at least one axial end side of the winding core portion , wherein the flange portion is formed such that a first contour line (OL1) of a first cross-section (P), of the flange portion , which becomes perpendicular with respect to the axis line of the winding core portion forms a shape of a first irregular convex polygon which is substantially a non-regular polygon and also a convex polygon, and the contour line (OL1) of the first cross-section (P) contacts with respect to all of a first side (Sb1), a second side (Sb2), a third side (Sb3) and a forth side (Sb4) which are the four sides of a first circumscribed rectangle (RC1) which becomes minimum within imaginary rectangles circumscribed with the contour line (OL1) of the first cross-section (P) and also, the contour line (OL1) includes a I side (Sa1) and a II side (Sa2) which respectively overlap with portions of respective ones of the first side Sb1 and the second side Sb2 which are mutually parallel within the four sides, wherein the first cross-section (P) of the flange portion includes a I corner cutting portion (Ca1) and a II corner cutting portion (Ca2) respectively which are formed such that a first corner portion (Cb1) and a second corner portion (Cb2) positioned on the first circumscribed rectangle (RC1) are removed obliquely, wherein the winding core portion is formed such that a second contour line (OL2) of a second cross-section (Q) of the winding core portion , which becomes perpendicular with respect to the axis line, forms a shape of a second irregular convex polygon which is substantially a non-regular polygon and also a convex polygon, and wherein the second cross-section (Q) of the winding core portion includes, at a position corresponding to the I corner cutting portion (Ca1) of the first cross-section (P) of the flange portion , a i corner cutting portion (Cc1) constituted by a i corner cutting line (Lc1) which becomes parallel with respect to a I corner cutting line (La1) constituting the I corner cutting portion (Ca1); and the second cross-section (Q) includes, at a position corresponding to the II corner cutting portion (Ca2) of the first cross-section (P) of the flange portion , a ii corner cutting portion (Cc2) constituted by a ii corner cutting line (Lc2) which becomes parallel with respect to a II corner cutting line (La2) constituting the II corner cutting portion (Ca2).