mhurhangee/ep-ind-claims huggingface dataset:
A method of producing an implantable prosthetic device comprising: forming a prosthesis blank comprising: an outer membrane section with a proximal end and a distal end, an inner membrane section with a proximal end and a distal end, a valve section disposed between the proximal end of the outer membrane section and the proximal end of the inner membrane section, a distal plug inner section at the distal end of the inner membrane section, and a distal plug outer section at the distal end of the outer membrane section; partially inverting the prosthesis blank so that the outer membrane section encloses the inner membrane section so that the outer membrane forms an outer balloon surrounding an inner balloon formed by the inner membrane; inserting a distal plug into the distal plug outer section to seal the distal plug outer section; and inserting the distal plug and distal plug outer section into the distal plug inner section. forming a prosthesis blank comprising: an outer membrane section with a proximal end and a distal end, an inner membrane section with a proximal end and a distal end, a valve section disposed between the proximal end of the outer membrane section and the proximal end of the inner membrane section, a distal plug inner section at the distal end of the inner membrane section, and a distal plug outer section at the distal end of the outer membrane section; an outer membrane section with a proximal end and a distal end, an inner membrane section with a proximal end and a distal end, a valve section disposed between the proximal end of the outer membrane section and the proximal end of the inner membrane section, a distal plug inner section at the distal end of the inner membrane section, and a distal plug outer section at the distal end of the outer membrane section; partially inverting the prosthesis blank so that the outer membrane section encloses the inner membrane section so that the outer membrane forms an outer balloon surrounding an inner balloon formed by the inner membrane; inserting a distal plug into the distal plug outer section to seal the distal plug outer section; and inserting the distal plug and distal plug outer section into the distal plug inner section.
A housing of a movable body assisting apparatus, having a long and slender box form, mountable on a receiving part formed on either one of a support body formed as a door frame and a movable body formed as a sliding door that moves sliding in a first direction relative to said support body, comprising: support parts (32, 33) being provided on both end parts in said first direction, wherein said support parts (32, 33) project in a second direction intersecting with said first direction and are supportable on a support surface (Ma) of said receiving part; wherein lower surfaces (32a, 33a) of the support parts (32, 33) project further downward than lower edges of the side walls of the housing, and are supportable on the support surface (Ma) so that, on said lower edges, a separated part is formed to recede so as to stand, when the housing is mounted on said receiving part, at a distance from said support surface (Ma) at a center part in said first direction between said support parts (32, 33), characterized in that a projection that projects outward in the first direction is formed on the outer surface of said support part (32, 33) and has a top part that, when the housing is mounted on said receiving part, projects toward a direction away from the support surface (Ma) in said second direction, and has a turned-back shape, wherein each of said support parts (32, 33) forms an enlarged part that is formed to project in a third direction intersecting with said first direction and said second direction. support parts (32, 33) being provided on both end parts in said first direction, wherein said support parts (32, 33) project in a second direction intersecting with said first direction and are supportable on a support surface (Ma) of said receiving part; wherein lower surfaces (32a, 33a) of the support parts (32, 33) project further downward than lower edges of the side walls of the housing, and are supportable on the support surface (Ma) so that, on said lower edges, a separated part is formed to recede so as to stand, when the housing is mounted on said receiving part, at a distance from said support surface (Ma) at a center part in said first direction between said support parts (32, 33), characterized in that a projection that projects outward in the first direction is formed on the outer surface of said support part (32, 33) and has a top part that, when the housing is mounted on said receiving part, projects toward a direction away from the support surface (Ma) in said second direction, and has a turned-back shape, wherein each of said support parts (32, 33) forms an enlarged part that is formed to project in a third direction intersecting with said first direction and said second direction.
Apparatus, comprising monitoring means adapted to monitor if a request is received, wherein the request requests to replace a stored first address of a charging system by a second address, the first address is different from the second address, and the charging system is assumed to control a primary account of a subscriber; informing means adapted to inform that the request might be malicious if the request is received; and fraud prevention means adapted to apply a fraud prevention procedure on the subscriber if the request is received, wherein the fraud prevention procedure comprises activating a backup account of the subscriber in the charging system, the backup account corresponding to the primary account, and charging the backup account for charging events of the subscriber. monitoring means adapted to monitor if a request is received, wherein the request requests to replace a stored first address of a charging system by a second address, the first address is different from the second address, and the charging system is assumed to control a primary account of a subscriber; informing means adapted to inform that the request might be malicious if the request is received; and fraud prevention means adapted to apply a fraud prevention procedure on the subscriber if the request is received, wherein the fraud prevention procedure comprises activating a backup account of the subscriber in the charging system, the backup account corresponding to the primary account, and charging the backup account for charging events of the subscriber.
An arc transfer device for use with electrical equipment, said arc transfer device comprising: at least one first electrical connector configured to receive power from the electrical equipment; and a racking cassette comprising at least one second electrical connector configured to electrically couple said at least one first electrical connector to the electrical equipment based on a racking position of said arc transfer device. at least one first electrical connector configured to receive power from the electrical equipment; and a racking cassette comprising at least one second electrical connector configured to electrically couple said at least one first electrical connector to the electrical equipment based on a racking position of said arc transfer device.
Solid detergent dispenser for dishwasher, comprising a waterproof container provided with a top mouth which removably receives a dosing cap provided with a central funnel and with peripheral holes, wherein said dosing cap is made up of a ring, secured to said container and provided with said plurality of peripheral holes, and characterized in that said funnel is adjustably mounted on said ring, preferably with the interposition of an O-ring, and shaped so as to close a variable number of said peripheral holes depending on the relative position of said funnel with respect to the ring.
A membrane mask for immobilization of a region of interest during radiation therapy, the mask comprising - at least one material forming a matrix, and - at least one radiation-sensitive, luminescence dosimetry, material integrated as micro- or nano-sized material elements in or onto the matrix. - at least one material forming a matrix, and - at least one radiation-sensitive, luminescence dosimetry, material integrated as micro- or nano-sized material elements in or onto the matrix.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a network entity, information associated with one or more quality of service, QoS, rules; checking the information associated with the one or more QoS rules, for a QoS rule associated with a non-default QoS rule and for the QoS rule with a rule operation different from deleting the QoS rule; in case that the UE is in a narrow band, NB,-N1 mode, the QoS rule is associated with the non-default QoS rule and the rule operation is different from deleting the QoS rule, detecting the QoS rule as an error; and transmitting, to the network entity, a protocol data unit, PDU, session modification request message to delete the detected QoS rule. receiving, from a network entity, information associated with one or more quality of service, QoS, rules; checking the information associated with the one or more QoS rules, for a QoS rule associated with a non-default QoS rule and for the QoS rule with a rule operation different from deleting the QoS rule; in case that the UE is in a narrow band, NB,-N1 mode, the QoS rule is associated with the non-default QoS rule and the rule operation is different from deleting the QoS rule, detecting the QoS rule as an error; and transmitting, to the network entity, a protocol data unit, PDU, session modification request message to delete the detected QoS rule.
A polynucleotide encoding a polypeptide comprising the structure of Formula I: A'-L-B' Formula I wherein A' comprises: (a) at least one 5'-cap structure; (b) a 5'-UTR; (c) a coding region; and (d) a 3'-UTR; B' comprises a 3'-stabilizing region comprising 1 to 500 nucleosides, wherein said stabilizing region comprises at least one alternative nucleoside, wherein said alternative nucleoside is inverted thymidine; and L is a linker. wherein A' comprises: (a) at least one 5'-cap structure; (b) a 5'-UTR; (c) a coding region; and (d) a 3'-UTR; (a) at least one 5'-cap structure; (b) a 5'-UTR; (c) a coding region; and (d) a 3'-UTR; B' comprises a 3'-stabilizing region comprising 1 to 500 nucleosides, wherein said stabilizing region comprises at least one alternative nucleoside, wherein said alternative nucleoside is inverted thymidine; and L is a linker.
A computer-executed method for producing a maxillofacial and/or orthodontic target virtual CT volume, in short CT end, comprising: a) receiving and/or accessing an initial CT volume of a head of a patient, the initial CT volume, in short CT 0, comprising: i) maxilla bone and mandible bone, and ii) crowns and roots for a plurality of teeth; b) segmenting crowns, roots and bones out of the initial CT volume, CT 0, to produce an initial segmented CT volume,SCT 0,; c) producing an initial set of maxillofacial and/or orthodontic biometric parameters, in short So, from the initial segmented CT volume, SCT 0, and other anatomical features within the SCT 0 using an artificial intelligence engine configured for biometrics analysis and comprising dimensional cephalometric information on relationships between segmented crowns, roots and bones; d) determining a target relationship between the segmented crowns, roots and bones of the initial segmented CT volume, SCT 0; e) re-arranging the segmented crowns, roots and bones of the initial segmented CT volume, SCT 0, according to the target relationship between the segmented crowns, roots and bones determined by the artificial intelligence engine to produce a target virtual CT volume, CT end; and f) displaying, storing or transmitting the target CT volume, CT end. a) receiving and/or accessing an initial CT volume of a head of a patient, the initial CT volume, in short CT 0, comprising: i) maxilla bone and mandible bone, and ii) crowns and roots for a plurality of teeth; i) maxilla bone and mandible bone, and ii) crowns and roots for a plurality of teeth; b) segmenting crowns, roots and bones out of the initial CT volume, CT 0, to produce an initial segmented CT volume,SCT 0,; c) producing an initial set of maxillofacial and/or orthodontic biometric parameters, in short So, from the initial segmented CT volume, SCT 0, and other anatomical features within the SCT 0 using an artificial intelligence engine configured for biometrics analysis and comprising dimensional cephalometric information on relationships between segmented crowns, roots and bones; d) determining a target relationship between the segmented crowns, roots and bones of the initial segmented CT volume, SCT 0; e) re-arranging the segmented crowns, roots and bones of the initial segmented CT volume, SCT 0, according to the target relationship between the segmented crowns, roots and bones determined by the artificial intelligence engine to produce a target virtual CT volume, CT end; and f) displaying, storing or transmitting the target CT volume, CT end.
- Compact, automated storage warehouse, including a storage cabinet with several levels of superimposed storage, a lane, including, for each level, a path, at least one autonomous shuttle, able to move over a path, to store or remove items in the storage cabinet, and an elevator to move an autonomous shuttle from one storage level to another storage level, said warehouse including multiple recharging areas (18, 20) for each one to receive a shuttle, the recharging areas in the lane being connected to a shared energy source, each shuttle including a chassis, whereon are mounted: - wheels for moving the shuttle on the rails of a path of the storage warehouse, - a drive means for driving the wheels, - an electrical power supply means means for the shuttle, including a means for storing electric energy, only of the electrostatic type, being comprised of at least one capacitor, and - a means for connection with the recharging areas (18, 20), connected to a shared electrical power supply, at a fixed voltage, to recharge the electrical power supply means, characterised in that the electrical power supply means comprises a first section to charge the means for storing electrical energy and a second section to deliver the energy to the driving means, the first section including a current limiter, placed between the shared energy source and the means for storing electric energy, and which enables the intensity of the current to be adapted, according to the voltage of the means for storing electric energy, which is function of the charge level of said means for storing electric energy, the second section including a DC/DC converter, placed between the means for storing electric energy and the driving means, and which enables a constant voltage to be delivered to the terminals of the driving means, and in that the elevator includes a recharging area. - wheels for moving the shuttle on the rails of a path of the storage warehouse, - a drive means for driving the wheels, - an electrical power supply means means for the shuttle, including a means for storing electric energy, only of the electrostatic type, being comprised of at least one capacitor, and - a means for connection with the recharging areas (18, 20), connected to a shared electrical power supply, at a fixed voltage, to recharge the electrical power supply means, characterised in that the electrical power supply means comprises a first section to charge the means for storing electrical energy and a second section to deliver the energy to the driving means, the first section including a current limiter, placed between the shared energy source and the means for storing electric energy, and which enables the intensity of the current to be adapted, according to the voltage of the means for storing electric energy, which is function of the charge level of said means for storing electric energy, the second section including a DC/DC converter, placed between the means for storing electric energy and the driving means, and which enables a constant voltage to be delivered to the terminals of the driving means, and in that the elevator includes a recharging area.
A method, in a location prediction device, for location prediction of a mobile device comprising: scanning a current network cell in which the mobile device is currently situated; storing current information relating to the current network cell, said current information comprising an identification of the current network cell, a time of the scanning and a duration of time for which the mobile device was situated in the current network cell; adaptively creating a visitation history of the mobile device based on the current information and past information relating to past network cells; and predicting a next location of the mobile device based on the visitation history. scanning a current network cell in which the mobile device is currently situated; storing current information relating to the current network cell, said current information comprising an identification of the current network cell, a time of the scanning and a duration of time for which the mobile device was situated in the current network cell; adaptively creating a visitation history of the mobile device based on the current information and past information relating to past network cells; and predicting a next location of the mobile device based on the visitation history.
A pigment dispersion comprising the following components in the following mass percentage: 10%∼20% pigment, 1.5%∼12% dispersant, 0.75%∼7.5% binder resin, 58.5%∼87.3% solvent and 0.45%∼2% nonionic fluorocarbon surfactant, based on the total mass of the pigment dispersion, wherein the nonionic fluorocarbon surfactant is selected from the group consisting of nonionic polyoxyethylene ether fluorocarbon surfactants, fluorocarbon surfactants containing fluoroalkyl ethoxy ether alcohol, fluorocarbon surfactants having polyoxyethylene moieties, fluorocarbon surfactants containing fluoroalkyl ether alcohol, fluorocarbon surfactants having the polyoxyethylene alcohol of perfluoroalkyl thioether, fluorocarbon surfactants having perfluorocarboxamide polyoxyethylene ether alcohol, and fluorocarbon surfactants containing fluoroalkyl sulfamido alcohol, wherein the pigment dispersion is prepared by a method comprising the following steps: S1, adding 1.5%∼12% by mass percentage of a dispersant and 0.75%∼7.5% by mass percentage of a binder resin into 10%∼30% by mass percentage of a solvent, and mixing thoroughly by agitation to form a first mixture; S2, adding 10%∼20% by mass percentage of a pigment into the first mixture, mixing thoroughly by agitation to form a second mixture; S3, diluting the second mixture with 28.5%∼77.3% by mass percentage of a solvent; and S4, grinding and dispersing the second mixture after being thoroughly diluted by using a sand mill; after a predetermined interval, adding 0.45%∼2% by mass percentage of a nonionic fluorocarbon surfactant into the ground and dispersed second mixture for further grinding and dispersing, thereby obtaining the pigment dispersion, wherein the mass percentage is based on the total mass of the pigment dispersion the pigment is a phthalocyanine pigment; the dispersant is a block copolymer; the binder resin is an epoxy resin; the solvent is propylene glycol methyl ether acetate, ethyl 3-ethoxypropionate, propylene glycol diacetate, 2-heptanone or cyclohexanone. S1, adding 1.5%∼12% by mass percentage of a dispersant and 0.75%∼7.5% by mass percentage of a binder resin into 10%∼30% by mass percentage of a solvent, and mixing thoroughly by agitation to form a first mixture; S2, adding 10%∼20% by mass percentage of a pigment into the first mixture, mixing thoroughly by agitation to form a second mixture; S3, diluting the second mixture with 28.5%∼77.3% by mass percentage of a solvent; and S4, grinding and dispersing the second mixture after being thoroughly diluted by using a sand mill; after a predetermined interval, adding 0.45%∼2% by mass percentage of a nonionic fluorocarbon surfactant into the ground and dispersed second mixture for further grinding and dispersing, thereby obtaining the pigment dispersion,
A clamping unit for a laser cutting machine for cutting a tubular component, the clamping unit comprising: - a clamping chuck, configured for rotating about a respective axis of rotation and for entraining the tubular component in rotation; - a rotary actuator, configured for setting the clamping chuck in rotation; - a plurality of clamping tools, each including a first end, connected to the clamping chuck, and a second, free end, opposite the first end along an axial direction parallel to the axis of rotation, the tools of the plurality being movable towards and away from each other along a radial direction perpendicular to the axis of rotation between a respective rest position, where the tool is radially spaced from the axis of rotation by a first distance (D1, D1'), and a working position, where the tool engages the tubular component and is spaced from the axis of rotation by a second distance (D2, D2'), smaller than the first distance (D1, D1'); - a clamping actuator, configured for moving the plurality of tools between the rest position and the working position, characterized in that each tool is configured for applying a clamping force on the tubular component including at least one component along the axial direction having a clamping sense towards the inside of the clamping chuck. - a clamping chuck, configured for rotating about a respective axis of rotation and for entraining the tubular component in rotation; - a rotary actuator, configured for setting the clamping chuck in rotation; - a plurality of clamping tools, each including a first end, connected to the clamping chuck, and a second, free end, opposite the first end along an axial direction parallel to the axis of rotation, the tools of the plurality being movable towards and away from each other along a radial direction perpendicular to the axis of rotation between a respective rest position, where the tool is radially spaced from the axis of rotation by a first distance (D1, D1'), and a working position, where the tool engages the tubular component and is spaced from the axis of rotation by a second distance (D2, D2'), smaller than the first distance (D1, D1'); - a clamping actuator, configured for moving the plurality of tools between the rest position and the working position,
A circuit arrangement (300, 301) for decaying of a transient current flow between a first point and a second point on a direct current, DC, neutral line of a high-voltage direct current, HVDC, power transmission system, comprising: a first branch comprising a first winding and a resistive element connected in series, and a second branch comprising a second winding and a switching element connected in series, wherein the first branch and the second branch are connected in parallel between the first point and the second point, characterized in that an inductance of the first winding is smaller than an inductance of the second winding, and in that during normal operation, the switching element is configured to be closed and current takes a path in the circuit arrangement via the second branch and the second winding. a first branch comprising a first winding and a resistive element connected in series, and a second branch comprising a second winding and a switching element connected in series, wherein the first branch and the second branch are connected in parallel between the first point and the second point, characterized in that an inductance of the first winding is smaller than an inductance of the second winding, and in that during normal operation, the switching element is configured to be closed and current takes a path in the circuit arrangement via the second branch and the second winding.