mhurhangee/patent-ind-claim-en huggingface dataset:
A memory array comprising: a plurality of planes each having a plurality of memory cells arranged in a cross point architecture of rows and columns and a plurality of plane select devices , groups of the plurality of memory cells being coupled to a respective one of the plurality of plane select devices , wherein each of the plurality of planes is formed over a substrate material and wherein a first plane is associated with a first number of access lines and a second plane is associated with a second number of access lines wherein each plane select device is a three-terminal ovonic threshold switch, OTS, that is configured to remain in an "on" state subsequent to application of a control pulse as long as a minimum holding voltage is present across the three-terminal OTS; and a decode logic having elements formed in the substrate material and coupled to the plurality of plane select devices , wherein the first number of access lines and the second number of access lines are respectively coupled in parallel to a number of common access lines that are coupled to the decode logic , and wherein the plurality of memory cells and the respective plurality of plane select devices are formed on a same plane of the plurality of planes ; and wherein respective resistors are coupled to the first number of access lines to limit a current through the respective plurality of plane select devices of the first plane; and wherein respective resistors are coupled to the second number of access lines to limit a current through the respective plurality of plane select devices of the second plane. a plurality of planes each having a plurality of memory cells arranged in a cross point architecture of rows and columns and a plurality of plane select devices , groups of the plurality of memory cells being coupled to a respective one of the plurality of plane select devices , wherein each of the plurality of planes is formed over a substrate material and wherein a first plane is associated with a first number of access lines and a second plane is associated with a second number of access lines wherein each plane select device is a three-terminal ovonic threshold switch, OTS, that is configured to remain in an "on" state subsequent to application of a control pulse as long as a minimum holding voltage is present across the three-terminal OTS; and a decode logic having elements formed in the substrate material and coupled to the plurality of plane select devices , wherein the first number of access lines and the second number of access lines are respectively coupled in parallel to a number of common access lines that are coupled to the decode logic , and wherein the plurality of memory cells and the respective plurality of plane select devices are formed on a same plane of the plurality of planes ; and wherein respective resistors are coupled to the first number of access lines to limit a current through the respective plurality of plane select devices of the first plane; and wherein respective resistors are coupled to the second number of access lines to limit a current through the respective plurality of plane select devices of the second plane.
Orthodontic wire bending device comprising: - a wire guiding unit comprising a convoying system for driving the wire (w) and an exit for delivering the wire (w), the wire guiding unit being configured to guide the wire in a first direction along a longitudinal axis through the exit , and - a wire bending unit fed by the wire delivered by the exit , comprising at least one wire bending member , the at least one wire bending member being able to turn around a center of rotation (C) in a first plane including the longitudinal axis, such that, when the wire comes out of the exit , a rotation of the at least one bending members around the center of rotation (C) results in the bending of the wire (w) proximate to the exit , wherein the exit of the wire guiding unit is located, along the first direction, beyond the center of rotation (C), and wherein the wire bending unit comprises one bending member capable of a translation along a direction perpendicular to the first plane. - a wire guiding unit comprising a convoying system for driving the wire (w) and an exit for delivering the wire (w), the wire guiding unit being configured to guide the wire in a first direction along a longitudinal axis through the exit , and - a wire bending unit fed by the wire delivered by the exit , comprising at least one wire bending member , the at least one wire bending member being able to turn around a center of rotation (C) in a first plane including the longitudinal axis, such that, when the wire comes out of the exit , a rotation of the at least one bending members around the center of rotation (C) results in the bending of the wire (w) proximate to the exit , wherein the exit of the wire guiding unit is located, along the first direction, beyond the center of rotation (C), and wherein the wire bending unit comprises one bending member capable of a translation along a direction perpendicular to the first plane.
A steering system, comprising a steering wheel end shaft , a steering device end shaft , and an electric driving mechanism configured to drive decoupling or coupling of the steering wheel end shaft and the steering device end shaft , wherein the steering wheel end shaft , the steering device end shaft and the electric driving mechanism are coaxially disposed; a torque feedback mechanism, wherein the torque feedback mechanism is configured to apply a damping torque to the steering wheel end shaft in a decoupled state, to enhance an operation feeling of a steering wheel connected with the steering wheel end shaft in a transmission way and characterized in that the torque feedback mechanism comprises: an outer rotor motor , disposed coaxially with the steering wheel end shaft and configured to provide a driving force; and a planetary gear reduction mechanism , disposed coaxially with the steering wheel end shaft and configured to transfer, to the steering wheel end shaft , the driving force provided by the outer rotor motor to apply the damping torque to the steering wheel end shaft . an outer rotor motor , disposed coaxially with the steering wheel end shaft and configured to provide a driving force; and a planetary gear reduction mechanism , disposed coaxially with the steering wheel end shaft and configured to transfer, to the steering wheel end shaft , the driving force provided by the outer rotor motor to apply the damping torque to the steering wheel end shaft .
A method of preparing copy-normalized oligonucleotide samples for multiplex sequencing comprising: identifying one or more oligonucleotide pools and multiple primer pairs responsive to a random-access request for digital data encoded onto DNA strands in the one or more oligonucleotide pools, wherein each random-access request corresponds to a different primer pair; creating a plurality of isolated reaction volumes each comprising a portion of one of the oligonucleotide pools , one of the identified primer pairs , and polymerase chain reaction, PCR, master mix , wherein the isolated reaction volumes prevent interaction between components in separate isolated reaction volumes; thermocycling the plurality of isolated reaction volumes under conditions suitable for PCR, wherein different PCR reactions occur in isolated reaction volumes comprising different primer pairs during thermocycling; measuring a quantity of oligonucleotides in individual ones of the plurality of isolated reaction volumes; and normalizing the quantity of oligonucleotides in a selection of the plurality of isolated reaction volumes prior to multiplex sequencing; decode a read from the multiplex sequencer to reproduce the digital data in the random access request. identifying one or more oligonucleotide pools and multiple primer pairs responsive to a random-access request for digital data encoded onto DNA strands in the one or more oligonucleotide pools, wherein each random-access request corresponds to a different primer pair; creating a plurality of isolated reaction volumes each comprising a portion of one of the oligonucleotide pools , one of the identified primer pairs , and polymerase chain reaction, PCR, master mix , wherein the isolated reaction volumes prevent interaction between components in separate isolated reaction volumes; thermocycling the plurality of isolated reaction volumes under conditions suitable for PCR, wherein different PCR reactions occur in isolated reaction volumes comprising different primer pairs during thermocycling; measuring a quantity of oligonucleotides in individual ones of the plurality of isolated reaction volumes; and normalizing the quantity of oligonucleotides in a selection of the plurality of isolated reaction volumes prior to multiplex sequencing; decode a read from the multiplex sequencer to reproduce the digital data in the random access request.
A tip assembly to support simulation of a shielded metal arc welding operation, the tip assembly comprising: an elongate mock electrode tip having a proximal end , a distal end , and a locking sleeve near the proximal end; a compression spring having a first end and a second end , wherein the first end is configured to interface with the proximal end of the electrode tip ; a locking cup configured to encompass the compression spring and the locking sleeve of the electrode tip ; and characterized by a housing having an orifice , wherein the housing is configured to receive the electrode tip , the compression spring , and the locking cup into the housing by accepting the distal end of the electrode tip through the orifice of the housing up to the locking sleeve , resulting in the compression spring , the locking cup , and the locking sleeve residing in an interior of the housing with a majority of the electrode tip protruding out of the housing , and wherein the locking sleeve and the locking cup are configured to be rotated with respect to each other to allow changing between a locked position and an unlocked position . an elongate mock electrode tip having a proximal end , a distal end , and a locking sleeve near the proximal end; a compression spring having a first end and a second end , wherein the first end is configured to interface with the proximal end of the electrode tip ; a locking cup configured to encompass the compression spring and the locking sleeve of the electrode tip ; and characterized by a housing having an orifice , wherein the housing is configured to receive the electrode tip , the compression spring , and the locking cup into the housing by accepting the distal end of the electrode tip through the orifice of the housing up to the locking sleeve , resulting in the compression spring , the locking cup , and the locking sleeve residing in an interior of the housing with a majority of the electrode tip protruding out of the housing , and wherein the locking sleeve and the locking cup are configured to be rotated with respect to each other to allow changing between a locked position and an unlocked position .
A kit for multiplex detection of the novel coronavirus nucleic acid, which comprises a primer pair set for detecting the novel coronavirus nucleic acid, and the primer pair set comprises: a first primer pair group, wherein the first primer pair group comprises: a forward primer as shown in SEQ ID NO.1 and a reverse primer as shown in SEQ ID NO.2.
A syringe comprising a cylinder for holding a liquid and a cone made of borosilicate glass with a thermal expansion between 20 and 300 °C of less than 6 · 10 -6 /K, wherein the cone encloses an outlet passage and the outer surface of the cone has a coating , at least in some areas thereof, which comprises a glass matrix with texture-defining particles embedded therein, characterized in that the coating has an increased roughness of Rq (rms) = 0.3 - 2 μm compared to the non-coated cone surface, and is free of Pb, Cd, Hg and Cr VI ; and that the syringe exhibits a high level of tightness against escape of fluids, as determined by filling it with water and applying a pressure of 1 bar without showing any escape of fluids or closure caps coming off for 30 seconds. that the coating has an increased roughness of Rq (rms) = 0.3 - 2 μm compared to the non-coated cone surface, and is free of Pb, Cd, Hg and Cr VI ; and that the syringe exhibits a high level of tightness against escape of fluids, as determined by filling it with water and applying a pressure of 1 bar without showing any escape of fluids or closure caps coming off for 30 seconds.
A latency compensation method, comprising: determining , by a device, a first latency value of a first data flow from a first physical port of the device to a second physical port of the device, wherein the first physical port is an ingress port for the first data flow, and the second physical port is an egress port for the first data flow; determining , by the device, a second latency value of a second data flow from the second physical port to the first physical port, wherein the second physical port is an ingress port for the second data flow, the first physical port is an egress port for the second data flow, and the first latency value is less than the second latency value; determining , by the device, a first target latency value based on the first latency value and the second latency value; and adjusting , by the device, a latency value of the first data flow from the first physical port to the second physical port to the first target latency value. determining , by a device, a first latency value of a first data flow from a first physical port of the device to a second physical port of the device, wherein the first physical port is an ingress port for the first data flow, and the second physical port is an egress port for the first data flow; determining , by the device, a second latency value of a second data flow from the second physical port to the first physical port, wherein the second physical port is an ingress port for the second data flow, the first physical port is an egress port for the second data flow, and the first latency value is less than the second latency value; determining , by the device, a first target latency value based on the first latency value and the second latency value; and adjusting , by the device, a latency value of the first data flow from the first physical port to the second physical port to the first target latency value.
A drilling jar comprising: a control unit comprising one or more transceivers configured to communicate wirelessly with a surface control unit , wherein the control unit is configured to: receive an activation signal from the surface control unit; and cause to activate the drilling jar in response to the activation signal; a hydraulic power unit comprising: a sealed hydraulic oil reservoir configured to store hydraulic oil; an expandable chamber configured to receive the hydraulic oil from the hydraulic oil reservoir; and a hydraulic pump configured to move the hydraulic oil from the hydraulic oil reservoir to the expandable chamber when the drilling jar is activated; and a relief pump configured to move the hydraulic oil from the expandable chamber to the hydraulic oil reservoir when the drilling jar is deactivated. a control unit comprising one or more transceivers configured to communicate wirelessly with a surface control unit , wherein the control unit is configured to: receive an activation signal from the surface control unit; and cause to activate the drilling jar in response to the activation signal; receive an activation signal from the surface control unit; and cause to activate the drilling jar in response to the activation signal; a hydraulic power unit comprising: a sealed hydraulic oil reservoir configured to store hydraulic oil; an expandable chamber configured to receive the hydraulic oil from the hydraulic oil reservoir; and a hydraulic pump configured to move the hydraulic oil from the hydraulic oil reservoir to the expandable chamber when the drilling jar is activated; and a relief pump configured to move the hydraulic oil from the expandable chamber to the hydraulic oil reservoir when the drilling jar is deactivated. a sealed hydraulic oil reservoir configured to store hydraulic oil; an expandable chamber configured to receive the hydraulic oil from the hydraulic oil reservoir; and a hydraulic pump configured to move the hydraulic oil from the hydraulic oil reservoir to the expandable chamber when the drilling jar is activated; and a relief pump configured to move the hydraulic oil from the expandable chamber to the hydraulic oil reservoir when the drilling jar is deactivated.
Surface having properties for reducing diffuse light due to water condensation, the surface being a free surface of a transparent substrate made of glass or polymer, characterised in that it comprises silicon atomic aggregates adhered to and dispersed over the surface, and wherein the aggregates cover at the most 5% of the surface.
A method, comprising: determining , by a network node of a first cellular radio access technology, that a user equipment already connected to the first cellular radio access technology is about to connect with a second cellular radio access technology while maintaining connection with the first cellular radio access technology; and informing the second cellular radio access technology that the connection with the user equipment will be a dual-radio access technology connection, wherein one of the first and second radio access technology is to be the master radio access technology and the other one is to be the slave radio access technology and wherein the slave radio access technology has restricted mobility management functionality compared to the master radio access technology such that the master radio access technology is in control of the inter-radio access technology mobility of the user equipment and the slave radio access technology controls mobility of the user equipment only within the slave radio access technology. determining , by a network node of a first cellular radio access technology, that a user equipment already connected to the first cellular radio access technology is about to connect with a second cellular radio access technology while maintaining connection with the first cellular radio access technology; and informing the second cellular radio access technology that the connection with the user equipment will be a dual-radio access technology connection, wherein one of the first and second radio access technology is to be the master radio access technology and the other one is to be the slave radio access technology and wherein the slave radio access technology has restricted mobility management functionality compared to the master radio access technology such that the master radio access technology is in control of the inter-radio access technology mobility of the user equipment and the slave radio access technology controls mobility of the user equipment only within the slave radio access technology.
A method for wireless communication at a first relay, comprising: establishing a first connection to a first data network, DN, via a wireless link with a network node; receiving , from a second relay, a packet data unit, PDU, session request; forwarding the PDU session request to a network management function; identifying , based at least in part on the PDU session request, a DN address for the second relay via a wireless link with a second network node, wherein identifying the DN address further comprises: receiving, from the network management function, a DN address prefix; determining the DN address for the second relay based at least in part on the DN address prefix; and transmitting the DN address to the second relay; establishing a second connection to a second DN for the second relay; and connecting the second relay to the first DN by routing data from the first DN to the second relay via the second DN based at least in part on the identified DN address. establishing a first connection to a first data network, DN, via a wireless link with a network node; receiving , from a second relay, a packet data unit, PDU, session request; forwarding the PDU session request to a network management function; identifying , based at least in part on the PDU session request, a DN address for the second relay via a wireless link with a second network node, wherein identifying the DN address further comprises: receiving, from the network management function, a DN address prefix; determining the DN address for the second relay based at least in part on the DN address prefix; and transmitting the DN address to the second relay; receiving, from the network management function, a DN address prefix; determining the DN address for the second relay based at least in part on the DN address prefix; and transmitting the DN address to the second relay; establishing a second connection to a second DN for the second relay; and connecting the second relay to the first DN by routing data from the first DN to the second relay via the second DN based at least in part on the identified DN address.
A dental article comprising: a substrate comprising a polymeric material, wherein a modulus of elasticity of the substrate is reduced upon exposure to water; and a water-resistant coating on the substrate, wherein the water-resistant coating comprises parylene, wherein the water-resistant coating comprises a layer comprising parylene and at least one additional layer, the at least one additional layer comprising an inorganic material or a polymeric hardcoat wherein the layer comprising parylene comprises a first layer comprising parylene over the substrate, and wherein the at least one additional layer comprises: an intermediate layer over the first layer, the intermediate layer comprising the inorganic material or the polymeric hardcoat; and a third layer comprising parylene over the intermediate layer, characterised in that the substrate comprises a three-dimensionally printed polymeric substrate comprising a surface defining a plurality of contour lines that produce an aliasing effect, wherein the water-resistant coating reduces the aliasing effect of the three-dimensionally printed polymeric substrate.
A nanoparticle comprising a nanosheet coated partially or totally with at least one layer of inorganic material, wherein the nanoparticle comprises at least one semiconductor selected from group IV, group III-V, group II-VI, group I-III-VI, group II-V, group III-VI; and wherein the nanoparticle has a core/shell structure wherein the nanosheet and the at least one layer do not have the same composition, characterized in that said nanosheet has a lateral dimension which is at least 3 times larger than its thickness.