mhurhangee/ep-ind-claims huggingface dataset:
A system-on-a-chip apparatus comprising: a system-on-a-chip comprising a security engine that is separate from a processor core of the system-on-a-chip and has a secure memory accessible only by the security engine, wherein the secure memory includes a security key that was provisioned in the secure memory during a manufacturing process of the system-on-a-chip, the security engine is configured to: generate a random nonce for initiating a request for a secure communication session with a server over a network using the nonce; perform a cryptographic key exchange with the server; generate a symmetric session key, based on the cryptographic key exchange, to encrypt messages sent to the server and decrypt messages received from the server during the secure communication session; encrypt the symmetric session key based on the security key; and store the encrypted symmetric session key in the secure memory, wherein the system-on-a-chip is configured to establish the secure communication session with the server over the network using the symmetric session key. generate a random nonce for initiating a request for a secure communication session with a server over a network using the nonce; perform a cryptographic key exchange with the server; generate a symmetric session key, based on the cryptographic key exchange, to encrypt messages sent to the server and decrypt messages received from the server during the secure communication session; encrypt the symmetric session key based on the security key; and store the encrypted symmetric session key in the secure memory, wherein the system-on-a-chip is configured to establish the secure communication session with the server over the network using the symmetric session key.
A method for producing an optical article, the method comprising: forming a first layer that is light-transmissive on a plastic lens substrate, either directly or with another layer in between; and mixing titanium, niobium and oxygen in at least a portion of the surface layer of the first layer by ion-beam-assisted deposition of a composition onto at least a portion of the surface layer of the first layer, which reduces electrical resistance in the at least a portion of the surface layer of the first layer in which titanium, niobium and oxygen are mixed; wherein the first layer contains an oxide of titanium, and the depositing step comprises ion-beam-assisted deposition of niobium or an oxide thereof; or wherein the first layer is an oxide layer containing no titanium or niobium, and the depositing step comprises ion-beam-assisted deposition of niobium followed by ion-beam-assisted deposition of titanium or an oxide of titanium. forming a first layer that is light-transmissive on a plastic lens substrate, either directly or with another layer in between; and mixing titanium, niobium and oxygen in at least a portion of the surface layer of the first layer by ion-beam-assisted deposition of a composition onto at least a portion of the surface layer of the first layer, which reduces electrical resistance in the at least a portion of the surface layer of the first layer in which titanium, niobium and oxygen are mixed; wherein the first layer contains an oxide of titanium, and the depositing step comprises ion-beam-assisted deposition of niobium or an oxide thereof; or wherein the first layer is an oxide layer containing no titanium or niobium, and the depositing step comprises ion-beam-assisted deposition of niobium followed by ion-beam-assisted deposition of titanium or an oxide of titanium.
A multi-material boss, configured for fastening of a fastener thereto, being a feature of a die cast part, comprising: a boss cylinder, having a first hardness, having a first interior defined by a first cylindrical shaped wall, and a first base; an augmenting cylinder, made of an augmenting material having a second hardness, wherein the second hardness is greater than the first hardness, fixedly secured in the first interior of the boss cylinder, having a second interior defined by a second cylindrical shaped wall, a base rim, and a second opening; and a filler metal layer, at least partially compressed between the base rim of the augmenting cylinder and first base of the interior of the boss cylinder, whereby the fastener is fastened to the multi-material boss via the second opening of the augmenting cylinder having the greater hardness. a boss cylinder, having a first hardness, having a first interior defined by a first cylindrical shaped wall, and a first base; an augmenting cylinder, made of an augmenting material having a second hardness, wherein the second hardness is greater than the first hardness, fixedly secured in the first interior of the boss cylinder, having a second interior defined by a second cylindrical shaped wall, a base rim, and a second opening; and a filler metal layer, at least partially compressed between the base rim of the augmenting cylinder and first base of the interior of the boss cylinder, whereby the fastener is fastened to the multi-material boss via the second opening of the augmenting cylinder having the greater hardness.
A computer implemented method comprising: receiving an input medical image in a first modality, the input medical image comprising a nodule region for each of one or more nodules and a remaining region outside of the nodule regions, the input medical image comprising for each of the one or more nodules an annotation identifying the location of the one or more nodules; generating, from the input medical image, a synthesized medical image in a second modality, the synthesized medical image comprising the annotation for each of the one or more nodules; generating, in the second modality, 1) a synthesized nodule image of each of the nodule regions and 2) a synthesized remaining image of the remaining region; determining whether each particular nodule of the one or more nodules is visible in the synthesized medical image based on at least one of the synthesized nodule image for the particular nodule and the synthesized remaining image; and in response to determining that at least one nodule of the one or more nodules is not visible in the synthesized medical image, removing the annotation for the at least one not visible nodule from the synthesized nodule image. receiving an input medical image in a first modality, the input medical image comprising a nodule region for each of one or more nodules and a remaining region outside of the nodule regions, the input medical image comprising for each of the one or more nodules an annotation identifying the location of the one or more nodules; generating, from the input medical image, a synthesized medical image in a second modality, the synthesized medical image comprising the annotation for each of the one or more nodules; generating, in the second modality, 1) a synthesized nodule image of each of the nodule regions and 2) a synthesized remaining image of the remaining region; determining whether each particular nodule of the one or more nodules is visible in the synthesized medical image based on at least one of the synthesized nodule image for the particular nodule and the synthesized remaining image; and in response to determining that at least one nodule of the one or more nodules is not visible in the synthesized medical image, removing the annotation for the at least one not visible nodule from the synthesized nodule image.
A compound for use in the treatment of Neisseria gonorrhoeae infection, which compound is selected from the list consisting of: 2-({4-[(3,4-dihydro-2H-pyrano[2,3-c]pyridin-6-ylmethyl)amino]-1-piperidinyl}methyl)-1,2-dihydro-3H,8H-2a,5,8a-triazaacenaphthylene-3,8-dione and -2-({4-[(3,4-dihydro-2H-pyrano[2,3-c]pyridin-6-ylmethyl)amino]-1-piperidinyl}methyl)-1,2-dihydro-3H,8H-2a,5,,8a-triazaacenaphthylene-3,8-dione and pharmaceutically acceptable salts thereof. 2-({4-[(3,4-dihydro-2H-pyrano[2,3-c]pyridin-6-ylmethyl)amino]-1-piperidinyl}methyl)-1,2-dihydro-3H,8H-2a,5,8a-triazaacenaphthylene-3,8-dione and -2-({4-[(3,4-dihydro-2H-pyrano[2,3-c]pyridin-6-ylmethyl)amino]-1-piperidinyl}methyl)-1,2-dihydro-3H,8H-2a,5,,8a-triazaacenaphthylene-3,8-dione and pharmaceutically acceptable salts thereof.
Leaf arrangement comprising a frame and a leaf of a door or a window, which is pivotally mounted on the frame, wherein an opening limiting device is provided, which allows pivoting of the leaf relative to the frame only up to a partially opened position, wherein the opening limiting device has a switching rod, a guide plate and a scissor arm, wherein the switching rod is guided movably on the leaf in a longitudinal direction, wherein the guide plate is fixed to the leaf and the switching rod and the guide plate at least partially overlap one another in the longitudinal direction, wherein the switching rod is coupled by means of a drive rod to a handle which is arranged on the leaf side, wherein the scissor arm, at one end, is pivotally mounted on the frame and, at the other end, has a pin which, at least in the partially open position of the leaf, engages in a guide groove which is formed in the guide plate and closed at one end, wherein the pin, in the partially opened position, abuts the closed end of the guide groove, as a result of which pivoting of the leaf in the opening direction is limited, wherein the switching rod has a projection which projects in the direction of the guide plate, wherein the projection engages behind the pin in a switching position of the switching rod such that the pin is secured at the closed end of the guide groove, characterized in that the switching rod has at least one laterally arranged first positioning portion (126, 128), and wherein the at least one first positioning portion (126, 128) can be brought into engagement with a second positioning portion (130, 132), formed on or in the guide plate, in a switching position.
A method (200, 300, 400) of dose control in three-dimensional dental X-ray imaging, comprising at least following steps of acquiring (302, 408) at least one image of an object with an X-ray emitter and an X-ray receiver; determining (304, 410) with at least one computer processor a noise level in the at least one image; determining (308, 412) with the at least one computer processor at least one exposure parameter value based upon the noise level; acquiring (316, 418) with the X-ray emitter and X-ray receiver a plurality of projection images of the object using the at least one exposure parameter value; and reconstructing (320, 422) with the at least one computer processor a three-dimensional X-ray image from the plurality of projection images; wherein the step of the determination of the at least one exposure parameter comprises defining (308, 412) with the at least one processor an acceptable noise level representing desired image quality and using the defined acceptable noise level as a basis in the determination of the at least one exposure parameter when noise is a function of physical characteristics of the object and exposure parameters. acquiring (302, 408) at least one image of an object with an X-ray emitter and an X-ray receiver; determining (304, 410) with at least one computer processor a noise level in the at least one image; determining (308, 412) with the at least one computer processor at least one exposure parameter value based upon the noise level; acquiring (316, 418) with the X-ray emitter and X-ray receiver a plurality of projection images of the object using the at least one exposure parameter value; and reconstructing (320, 422) with the at least one computer processor a three-dimensional X-ray image from the plurality of projection images; wherein the step of the determination of the at least one exposure parameter comprises defining (308, 412) with the at least one processor an acceptable noise level representing desired image quality and using the defined acceptable noise level as a basis in the determination of the at least one exposure parameter when noise is a function of physical characteristics of the object and exposure parameters.
A motor vehicle shell structure system comprising a side impact brace, a centre pillar connected to a side rail and to a floor reinforcement able to accept fixedly a seat in the passenger compartment of the vehicle inside said structure, for the bracing of side impact, the centre pillar supports, at its base capable of facing a framework of the seat, above the side rail and the floor reinforcement, an impact brace device oriented transversely toward the passenger compartment and capable of coming into contact with the seat framework in the event of side impact to the vehicle transversely deforming the base of the centre pillar, characterized in that the impact brace device is temporary, being able on the one hand to constitute for a sufficiently long time a brace between the centre pillar and the framework of the seat, then on the other hand to become compact during the side impact.
A liquefaction promoting apparatus (1, 2) to be disposed on a pipeline of a heat pump system for the purpose of stirring and uniformly mixing fluid containing refrigerant and refrigerator oil circulating therein comprising: a cylindrical housing having a body part, and an upper and a lower dome-shaped end plates (12, 13) each sealing the upper and the lower end of said body part; an upper tube having one end connectable to the pipeline and the other end penetrating said upper dome-shaped end plate at a distant position from the central axis of the cylindrical housing and extending to the periphery of the upper end of said body part, allowing the fluid to flow therethrough; a lower tube having one end connectable to the pipeline and the other end penetrating said lower dome-shaped end plate with its center in the vicinity of the central axis of the cylindrical housing and extending to the periphery of the upper end of said body part, allowing the fluid to flow therethrough; and a large coil spring with a diameter 1 to 10 mm smaller than the inner diameter of said body part which is accommodated coaxially with the cylindrical housing in said body part, the large coil spring having its middle part unfixed so as to be vibrable and oscillable, wherein the middle part of said large coil spring is allowed to vibrate and oscillate by kinetic energy of the flowing fluid, thereby stirring the fluid, characterized in that the large coil spring has its upper and lower ends fixed on said body part. a cylindrical housing having a body part, and an upper and a lower dome-shaped end plates (12, 13) each sealing the upper and the lower end of said body part; an upper tube having one end connectable to the pipeline and the other end penetrating said upper dome-shaped end plate at a distant position from the central axis of the cylindrical housing and extending to the periphery of the upper end of said body part, allowing the fluid to flow therethrough; a lower tube having one end connectable to the pipeline and the other end penetrating said lower dome-shaped end plate with its center in the vicinity of the central axis of the cylindrical housing and extending to the periphery of the upper end of said body part, allowing the fluid to flow therethrough; and a large coil spring with a diameter 1 to 10 mm smaller than the inner diameter of said body part which is accommodated coaxially with the cylindrical housing in said body part, the large coil spring having its middle part unfixed so as to be vibrable and oscillable, wherein the middle part of said large coil spring is allowed to vibrate and oscillate by kinetic energy of the flowing fluid, thereby stirring the fluid, characterized in that the large coil spring has its upper and lower ends fixed on said body part.
A memory apparatus, comprising: an interconnect in a first dielectric above a substrate; a structure above the interconnect, wherein the structure comprises a diffusion barrier material, wherein the structure substantially covers the interconnect; a resistive random-access memory, RRAM, device coupled to the interconnect, the RRAM device comprising: a first electrode on a portion of the structure; a stoichiometric layer comprising metal and oxygen on the first electrode; a non-stoichiometric layer, as an oxygen exchange layer, comprising the metal and oxygen on the stoichiometric layer; a second electrode comprising a barrier material on the non-stoichiometric layer; and a third electrode on the second electrode; and a spacer directly adjacent to the RRAM device, wherein the spacer comprises a second dielectric. an interconnect in a first dielectric above a substrate; a structure above the interconnect, wherein the structure comprises a diffusion barrier material, wherein the structure substantially covers the interconnect; a resistive random-access memory, RRAM, device coupled to the interconnect, the RRAM device comprising: a first electrode on a portion of the structure; a stoichiometric layer comprising metal and oxygen on the first electrode; a non-stoichiometric layer, as an oxygen exchange layer, comprising the metal and oxygen on the stoichiometric layer; a second electrode comprising a barrier material on the non-stoichiometric layer; and a third electrode on the second electrode; and a first electrode on a portion of the structure; a stoichiometric layer comprising metal and oxygen on the first electrode; a non-stoichiometric layer, as an oxygen exchange layer, comprising the metal and oxygen on the stoichiometric layer; a second electrode comprising a barrier material on the non-stoichiometric layer; and a third electrode on the second electrode; and a spacer directly adjacent to the RRAM device, wherein the spacer comprises a second dielectric.
A method of filling a muffler with a fibrous material, the muffler including a muffler shell having an inlet port and an outlet port, wherein the muffler shell comprises a first shell member and a second shell member, wherein at least one partition extends between the first shell member and the second shell member, and wherein at least one slot is formed in the first shell member above the partition, the method comprising: positioning the first shell member relative to the second shell member to form an open portion, a closed portion, and a space between an upper surface of the partition and the first shell member, the open portion defining a gap sufficient to allow a filling nozzle to fit between the first shell member and the second shell member at the open portion; holding the first shell member and the second shell member together such that the open portion, the closed portion, and the space are maintained; inserting a fluid delivery device into the muffler shell through the slot; inserting the filling nozzle into the muffler shell through the open portion; introducing a fluid into the space above the partition through the fluid delivery device; introducing the fibrous material into the muffler shell through the filling nozzle; removing the fluid delivery device from the muffler shell through the slot; removing the filling nozzle from the muffler shell through the open portion; releasing the first shell member and the second shell member; positioning the first shell member relative to the second shell member to remove the open portion and the space; and affixing the first shell member to the second shell member. positioning the first shell member relative to the second shell member to form an open portion, a closed portion, and a space between an upper surface of the partition and the first shell member, the open portion defining a gap sufficient to allow a filling nozzle to fit between the first shell member and the second shell member at the open portion; holding the first shell member and the second shell member together such that the open portion, the closed portion, and the space are maintained; inserting a fluid delivery device into the muffler shell through the slot; inserting the filling nozzle into the muffler shell through the open portion; introducing a fluid into the space above the partition through the fluid delivery device; introducing the fibrous material into the muffler shell through the filling nozzle; removing the fluid delivery device from the muffler shell through the slot; removing the filling nozzle from the muffler shell through the open portion; releasing the first shell member and the second shell member; positioning the first shell member relative to the second shell member to remove the open portion and the space; and affixing the first shell member to the second shell member.
A method of wireless communication at a remote user equipment UE, comprising: transmitting, on at least one sidelink channel, a scheduling request to a relay UE connected with a network entity; and receiving, on one or more sidelink channels, a scheduling indication including a resource grant from the relay UE in response to transmitting the scheduling request; and characterized by: transmitting, on the at least one sidelink channel, a sidelink control information, SCI including a flag indicating an upcoming transmission of a buffer status report within a data portion of the upcoming transmission; and transmitting, on the at least one sidelink channel, the buffer status report as a medium access control, MAC, control element, CE, within the data portion. transmitting, on at least one sidelink channel, a scheduling request to a relay UE connected with a network entity; and receiving, on one or more sidelink channels, a scheduling indication including a resource grant from the relay UE in response to transmitting the scheduling request; and characterized by: transmitting, on the at least one sidelink channel, a sidelink control information, SCI including a flag indicating an upcoming transmission of a buffer status report within a data portion of the upcoming transmission; and transmitting, on the at least one sidelink channel, the buffer status report as a medium access control, MAC, control element, CE, within the data portion. transmitting, on the at least one sidelink channel, a sidelink control information, SCI including a flag indicating an upcoming transmission of a buffer status report within a data portion of the upcoming transmission; and transmitting, on the at least one sidelink channel, the buffer status report as a medium access control, MAC, control element, CE, within the data portion.
A system for guiding an ion beam along a substantially continuous beam axis through at least one multi-pole field that exerts a force on ions in said ion beam, said system comprising: at least one section comprising a substantially flat plate-multipole having an upper flat plate and a lower flat plate, each of said upper flat plate and said lower flat plate comprising a plurality of first electrode strips having a central first electrode strip and adjacent first electrode strips adjacent to the central first electrode strip, to which corresponding potentials are applied such that said plurality of first electrode strips generate said multi-pole field, characterized by fringe-field limiter located at each end of said at least one section, and in that a ratio (w/G) of the widths (w) of the first electrode strips and a distance between the upper flat plate and the lower flat plate varies along the ion-beam axis so that a field in a direction of the ion beam appears. at least one section comprising a substantially flat plate-multipole having an upper flat plate and a lower flat plate, each of said upper flat plate and said lower flat plate comprising a plurality of first electrode strips having a central first electrode strip and adjacent first electrode strips adjacent to the central first electrode strip, to which corresponding potentials are applied such that said plurality of first electrode strips generate said multi-pole field, characterized by fringe-field limiter located at each end of said at least one section, and in that a ratio (w/G) of the widths (w) of the first electrode strips and a distance between the upper flat plate and the lower flat plate varies along the ion-beam axis so that a field in a direction of the ion beam appears.