mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing virtual network instance, VNI, to virtual local area network, VLAN, mapping conflicts for a dual-homed server communicably connected to a first peer leaf and a second peer leaf over a virtual port channel, vPC, characterized in that the method comprises the steps of: receiving , at the first peer leaf from the second peer leaf , information identifying a first VNI as being mapped to a second VLAN at the second peer leaf , wherein the first VNI is being mapped to a first VLAN at the first peer leaf; detecting that the first VLAN is different to the second VLAN; in response to detecting the first VLAN is different from the second VLAN, blocking a link over the first VLAN connecting the first peer leaf to any virtual machine associated with the first VNI at the dual-homed server . receiving , at the first peer leaf from the second peer leaf , information identifying a first VNI as being mapped to a second VLAN at the second peer leaf , wherein the first VNI is being mapped to a first VLAN at the first peer leaf; detecting that the first VLAN is different to the second VLAN; in response to detecting the first VLAN is different from the second VLAN, blocking a link over the first VLAN connecting the first peer leaf to any virtual machine associated with the first VNI at the dual-homed server .
A dental prosthesis , comprising: an implant frame configured to be fixed into the mouth of a patient to support replacement of two or more teeth of the patient, the implant frame having an exterior surface defining a first engagement profile; and an overlay adapted to be secured to the implant frame and to provide mounting of the two or more teeth, the overlay having an internal cavity that extends along a substantial length of the overlay , wherein the internal cavity defines a second engagement profile, wherein the second engagement profile is complementary to the first engagement profile, thereby allowing fitment of a substantial portion of the exterior surface of the implant frame within the internal cavity , wherein the implant frame is in the form of an archedbar and has a cross-sectional form of an inverted T profile, the inverted T profile having a substantially horizontal portion extending in a transverse direction and a substantially vertical portion extending generally perpendicularly thereto, wherein the substantially horizontal portion comprises a lingual ledge that provides a landing ledge for the overlay when it is fitted on the implant frame , wherein the substantially vertical portion comprises a leading occlusal edge in an anterior part of the implant frame, which supports at least a portion of the overlay , and wherein the leading occlusal edge has an anterior lean with an angle of up to about 30 degrees from the lingual ledge , and wherein the overlay is securely fastened to the implant frame by a dental cement or glue. an implant frame configured to be fixed into the mouth of a patient to support replacement of two or more teeth of the patient, the implant frame having an exterior surface defining a first engagement profile; and an overlay adapted to be secured to the implant frame and to provide mounting of the two or more teeth, the overlay having an internal cavity that extends along a substantial length of the overlay , wherein the internal cavity defines a second engagement profile, wherein the second engagement profile is complementary to the first engagement profile, thereby allowing fitment of a substantial portion of the exterior surface of the implant frame within the internal cavity , wherein the implant frame is in the form of an archedbar and has a cross-sectional form of an inverted T profile, the inverted T profile having a substantially horizontal portion extending in a transverse direction and a substantially vertical portion extending generally perpendicularly thereto, wherein the substantially horizontal portion comprises a lingual ledge that provides a landing ledge for the overlay when it is fitted on the implant frame , wherein the substantially vertical portion comprises a leading occlusal edge in an anterior part of the implant frame, which supports at least a portion of the overlay , and wherein the leading occlusal edge has an anterior lean with an angle of up to about 30 degrees from the lingual ledge , and wherein the overlay is securely fastened to the implant frame by a dental cement or glue.
An ultrasonic probe for the nondestructive testing of a planar test specimen, preferably a test specimen wall , such as pipe or slab walls or a plate, which provides a plurality of ultrasonic transducer segments (W), which are activatable individually or in groups by means of phased array technology for the emission of ultrasonic plate waves having a predefinable propagation direction in the test specimen wall to be tested, characterized in that the ultrasonic transducer segment (W) each consists of at least two segment parts (WS1, WS2) each having an outlet aperture, that via each of the outlet apertures of the at least two segment parts (WS1, WS2) an ultrasonic plate wave field can be emitted, that the at least two segment parts (WS1, WS2) per ultrasonic transducer segment each are activatable jointly and simultaneously by means of the phased array technology, and that the ultrasonic transducer segments (W) are arranged along a common plane in such a manner in a line-shaped arrangement adjacent to one another that the outlet apertures assignable to the ultrasonic transducer segments (W) face toward the same half space and the ultrasonic plate wave fields assignable to the at least two segment parts (WS1, WS2) mutually overlap and each have a main propagation direction, which enclose an acute angle α in projection on the plane in such a manner that the ultrasonic plate wave fields generated by the at least two segment parts (WS1, WS2) superimpose to form an ultrasonic plate wave field having a divergence angle, which is greater than a divergence angle (w') of an ultrasonic wave field which would originate from a non-divided ultrasonic transducer segment (W).
An image forming apparatus comprising: a sheet separation device configured to separate a non-bonding portion of a two-ply sheet (PJ) in which two sheets (P1, P2) are overlapped and bonded together at one end as a bonding portion (A) of the two-ply sheet (PJ); a first sheet feeder configured to feed the two-ply sheet (PJ); a second sheet feeder configured to feed an inner sheet (PM) to be inserted between the two sheets (P1, P2) of the two-ply sheet (PJ) in a state in which the non-bonding portion of the two-ply sheet (PJ) is separated by the sheet separation device ; an image forming device configured to form an image on a surface of the inner sheet (PM) fed from the second sheet feeder in a sheet conveyance direction, the sheet separation device being disposed downstream from the image forming device in the sheet conveyance direction; a heat source disposed upstream from the sheet separation device in the sheet conveyance direction; and a controller configured to cause the two-ply sheet (PJ) fed from the first sheet feeder , to detour the heat source to the sheet separation device . a sheet separation device configured to separate a non-bonding portion of a two-ply sheet (PJ) in which two sheets (P1, P2) are overlapped and bonded together at one end as a bonding portion (A) of the two-ply sheet (PJ); a first sheet feeder configured to feed the two-ply sheet (PJ); a second sheet feeder configured to feed an inner sheet (PM) to be inserted between the two sheets (P1, P2) of the two-ply sheet (PJ) in a state in which the non-bonding portion of the two-ply sheet (PJ) is separated by the sheet separation device ; an image forming device configured to form an image on a surface of the inner sheet (PM) fed from the second sheet feeder in a sheet conveyance direction, the sheet separation device being disposed downstream from the image forming device in the sheet conveyance direction; a heat source disposed upstream from the sheet separation device in the sheet conveyance direction; and a controller configured to cause the two-ply sheet (PJ) fed from the first sheet feeder , to detour the heat source to the sheet separation device .
A method of providing multifocal contact lenses comprising selecting a pair of multifocal contact lenses from a set or sets of multifocal contact lenses, wherein a first multifocal contact lens of the pair comprises a first aspheric power profile derived from a first nominal aspheric power profile and providing distance power correction for the dominant eye of a presbyopic subject and suitable for placement on the subject's dominant eye, and a second multifocal contact lens of the pair comprises a second aspheric power profile derived from the first nominal aspheric power profile, wherein the aspheric power profiles extend from the optic zone center towards the optic zone perimeter, and provide a near vision refractive power and a distance vision refractive power, such that each of said multifocal contact lenses has an Add power, said Add power being the absolute difference in power between the near vision refractive power and the distance vision refractive power, but wherein said second aspheric power profile providing a distance vision refractive power offset by about +0.25 D to about +1.25 D relative to the distance power correction for the non-dominant eye of the presbyopic subject and suitable for placement on the subject's non-dominant eye, and wherein the Add power in both lenses is under-corrected and similar or the same between the two lenses, having a maximum rate of power change having an absolute value greater than 0.0 D/mm and less than 0.9 D/mm, wherein the aspheric power profiles are designed to provide an effective Add power, while also providing a rate of change that is not too steep so as to maintain sufficient near vision correction across the central portion of the optic zone and to reduce visual disturbances such as ghost images, flares, and the like, wherein the first aspheric power profile and the second aspheric power profile are substantially similar, differing by no more than ±0.375 diopters along the power profile for each distance measured when the distance power of each aspheric power profile is set to 0.00D at a radial distance of 2.5mm, and wherein the aspheric power profile of the first multifocal contact lens differ by no more than ±0.375 D compared to the relative aspheric power profile of a plurality of first multifocal contact lens along the power profile for each radial distance measured along the power profile, and wherein the aspheric power profile of the second multifocal contact lens differ by no more than ±0.375 D compared to the relative aspheric power profile of a plurality of second multifocal contact lens along the power profile for each radial distance measured along the power profile.
An identification method for a computer to execute a process comprising: generating each of a plurality of first estimated values regarding an attribute of a face image by using a plurality of estimation models that generates a first estimated value regarding the attribute of the face image from the face image, each of the plurality of first estimated values being a score of a label regarding the attribute, the attribute being one selected from a gender, an age, a pupil color, of the face image; generating a plurality of pieces of similarity information that indicates a similarity between a local binary pattern of the face image and a plurality of pieces of local binary patterns respectively associated with the plurality of estimation models; and generating a second estimated value regarding the attribute of the face image, based on the plurality of first estimated values and the plurality of pieces of similarity information, the second estimated value being a total sum of the plurality of first estimated values to which a weight that corresponds to each similarity included in the plurality of pieces of similarity information is added. generating each of a plurality of first estimated values regarding an attribute of a face image by using a plurality of estimation models that generates a first estimated value regarding the attribute of the face image from the face image, each of the plurality of first estimated values being a score of a label regarding the attribute, the attribute being one selected from a gender, an age, a pupil color, of the face image; generating a plurality of pieces of similarity information that indicates a similarity between a local binary pattern of the face image and a plurality of pieces of local binary patterns respectively associated with the plurality of estimation models; and generating a second estimated value regarding the attribute of the face image, based on the plurality of first estimated values and the plurality of pieces of similarity information, the second estimated value being a total sum of the plurality of first estimated values to which a weight that corresponds to each similarity included in the plurality of pieces of similarity information is added.
Tray for containing a product (P), for example a food-type product (P), said tray comprising: - a base , - a lateral wall transversally emerging from the base to define a containing seat adapted to receive the product (P), the lateral wall being delimited by a free edge opposite with respect to the base and defining an opening of the tray , the lateral wall comprising an angular portion exhibiting a concavity facing the containing seat of the tray , the lateral wall comprising at least one foldable portion configurable between: - at least one first stable position wherein the foldable portion is placed in continuity with respect the lateral wall , and - at least one second stable position wherein said foldable portion protrudes from the lateral wall and defines an access passing through the lateral wall itself, wherein said foldable portion is defined at the angular portion , wherein the foldable portion comprises a first tab connected to a side of the angular portion by means of a first folding line , the foldable portion further comprising a second tab connected to another side of the same angular portion by means of a second folding line , said first and second tabs being connected to each other by means of an intermediate folding line , characterized by the fact that the first folding line , the second folding line and the intermediate folding line intersect at a point of a corner of the angular portion itself. - a base , - a lateral wall transversally emerging from the base to define a containing seat adapted to receive the product (P), the lateral wall being delimited by a free edge opposite with respect to the base and defining an opening of the tray , the lateral wall comprising an angular portion exhibiting a concavity facing the containing seat of the tray , - at least one first stable position wherein the foldable portion is placed in continuity with respect the lateral wall , and - at least one second stable position wherein said foldable portion protrudes from the lateral wall and defines an access passing through the lateral wall itself,
An automotive or aerospace product made with an aluminum alloy, the aluminum alloy consisting of: 3.25 - 6.0 wt. % Mg; 2.5 - 5.0 wt. % Zn; wherein (wt. % Mg) / (wt. % Zn) is from 0.6 to 2.40; up to 1.0 wt. % Cu; up to 0.5 wt. % Si; optionally at least one secondary element selected from the group consisting of Zr, Sc, Cr, Mn, Hf, V, Ti, and rare earth elements, and in the following amounts: up to 0.20 wt. % Zr; up to 0.30 wt. % Sc; up to 0.50 wt. % Cr; up to 1.0 wt. % Mn; up to 0.25 wt. % each of any of Hf, V, and rare earth elements; up to 0.15 wt. % Ti; up to 0.35 wt. % Fe; and the balance being aluminum and other elements, wherein the aluminum alloy includes not greater than 0.05 wt. % each of these other elements, and wherein the total of these other elements does not exceed 0.15 wt. %. 3.25 - 6.0 wt. % Mg; 2.5 - 5.0 wt. % Zn; wherein (wt. % Mg) / (wt. % Zn) is from 0.6 to 2.40; up to 1.0 wt. % Cu; up to 0.5 wt. % Si; optionally at least one secondary element selected from the group consisting of Zr, Sc, Cr, Mn, Hf, V, Ti, and rare earth elements, and in the following amounts: up to 0.20 wt. % Zr; up to 0.30 wt. % Sc; up to 0.50 wt. % Cr; up to 1.0 wt. % Mn; up to 0.25 wt. % each of any of Hf, V, and rare earth elements; up to 0.15 wt. % Ti; up to 0.20 wt. % Zr; up to 0.30 wt. % Sc; up to 0.50 wt. % Cr; up to 1.0 wt. % Mn; up to 0.25 wt. % each of any of Hf, V, and rare earth elements; up to 0.15 wt. % Ti; up to 0.35 wt. % Fe; and the balance being aluminum and other elements, wherein the aluminum alloy includes not greater than 0.05 wt. % each of these other elements, and wherein the total of these other elements does not exceed 0.15 wt. %.
Method for determining a visual aid depending on the behavior of an individual during a specific reading phase, comprising the following steps, - a step in which the individual is made to take a specific test in which a medium including a text comprising a succession of commonplace words and into which defects have been introduced between said words in predetermined locations is read, said defects introducing disruptions apt to make the text devoid of sense, - a step in which the individual reads said text out loud, - a step in which an optical indicator related to noted reading errors and allowing the quality of the reading to be characterized is attributed, - a step of selecting the most appropriate visual aiding means depending on the determined optical indicator. - a step in which the individual is made to take a specific test in which a medium including a text comprising a succession of commonplace words and into which defects have been introduced between said words in predetermined locations is read, said defects introducing disruptions apt to make the text devoid of sense, - a step in which the individual reads said text out loud, - a step in which an optical indicator related to noted reading errors and allowing the quality of the reading to be characterized is attributed, - a step of selecting the most appropriate visual aiding means depending on the determined optical indicator.
A high strength and corrosion resistant ferrochrome alloy bulk, being made by sequentially applying a melting process and a solidification process to a virgin material, and having a hardness greater than HV400; wherein the high strength and corrosion resistant ferrochrome alloy bulk comprises, in weight percent: 30-38.0% Cr; 1.5-8% Ni; 1.6-2.4% C; at most 5% M, wherein M comprises at least one element that is selected from a group consisting of B, Al, Si, Sn, Ti, V, Mn, Co, Cu, Zr, Nb, Mo, Ta, and W; and the balance Fe; wherein a Fe/Ni ratio is in a range from 5 to 10, and a Cr/C ratio being in a range between 10 and 33. 30-38.0% Cr; 1.5-8% Ni; 1.6-2.4% C; at most 5% M, wherein M comprises at least one element that is selected from a group consisting of B, Al, Si, Sn, Ti, V, Mn, Co, Cu, Zr, Nb, Mo, Ta, and W; and the balance Fe; wherein a Fe/Ni ratio is in a range from 5 to 10, and a Cr/C ratio being in a range between 10 and 33.
A conveying device for an additive manufacturing machine , wherein the conveying device is configured for conveying a semi-finished product which consists of a manufacturing material that is to be processed by the additive manufacturing machine and has a semi-finished product longitudinal axis, wherein the conveying device comprises a longitudinal conveying mechanism configured for conveying the semi-finished product along a conveying direction (F) that is parallel to the semi-finished product longitudinal axis in such a manner that, when moving in the conveying direction (F), characterized in that the semi-finished product is able to be engaged by virtue of a periodic movement of at least one conveying plate , and when moving counter to the conveying direction (F) is able to be released from the semi-finished product , so as to move the semi-finished product in the conveying direction (F), wherein the conveying plate has a conveying portion configured, when moving in the conveying direction (F), for engaging the semi-finished product so as to convey the semi-finished product , and wherein the conveying plate has a conveying portion configured, when moving counter to the conveying direction (F), for being released from the semi-finished product in such a manner that the conveying portion does not exert any conveying force in the conveying direction (F) on the semi-finished product , wherein the conveying plate has a conveying opening for the semi-finished product through which the semi-finished product is able to be conveyed, wherein the conveying portion is disposed at the conveying opening , or wherein the conveying portion delimits the conveying opening , wherein the conveying plate at one end of the conveying plate has a bearing portion , wherein the conveying plate is pivotably mounted to the bearing portion .
Closing assembly for containers of bottle and/or jar type, that allows to dispense a hermetically isolated additive into said container, the assembly comprising - a base body , having connecting means with the container, - an actuator , slidably connected to said base body between a closed position and a release position, - a removable cartridge , where the additive to be released is stored, said removable cartridge comprising a central compartment (4.d) within which the additive to be released is stored and a push-cut projectile , the removable cartridge further comprising at a lower portion (4.e) and at an upper portion (4.a) sealing membranes that seal hermetically the central compartment (4.d), wherein the base body and the cartridge have connecting means that enable their mutual detachable coupling, and wherein the closing assembly components are designed such that, when the cartridge is connected to the base body , the movement of the actuator to the release position causes a cross-shaped cut-push element (2.c) formed thereto to break the upper sealing membrane (4.a) thus entering the removable cartridge where it pushes in turn the replaceable push-cut projectile whose lower edge shaped as a pointed plunger (5.d) partially and centrally cuts the lower sealing membrane (4.e) allowing thereby to release the additive into the container. - a base body , having connecting means with the container, - an actuator , slidably connected to said base body between a closed position and a release position, - a removable cartridge , where the additive to be released is stored, said removable cartridge comprising a central compartment (4.d) within which the additive to be released is stored and a push-cut projectile , the removable cartridge further comprising at a lower portion (4.e) and at an upper portion (4.a) sealing membranes that seal hermetically the central compartment (4.d), wherein the base body and the cartridge have connecting means that enable their mutual detachable coupling, and wherein the closing assembly components are designed such that, when the cartridge is connected to the base body , the movement of the actuator to the release position causes a cross-shaped cut-push element (2.c) formed thereto to break the upper sealing membrane (4.a) thus entering the removable cartridge where it pushes in turn the replaceable push-cut projectile whose lower edge shaped as a pointed plunger (5.d) partially and centrally cuts the lower sealing membrane (4.e) allowing thereby to release the additive into the container.