mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a network arrangement that comprises a plurality of network devices (1, 201, 301) coupled to one another in a ring topology, wherein each network device has a control device and a switch device comprising two ports (8, 9) for coupling to a communications path, said method comprising: simultaneously providing two VLANs (VL1, VL2) in the ring topology; sending a data packet from the control device of a network device via a port of the switch device into one of the two VLANs, wherein the method is characterized in that it comprises the following steps: the data packet is sent into the two VLANs (VL1, VL2) simultaneously; disabling for the one VLAN the other port of the switch device of the network device; and disabling for the one VLAN that port that belongs to a switch device of a network device receiving the data packet via the one VLAN and that is coupled via the other of the two VLANs to the other port of the switch device of the network device. simultaneously providing two VLANs (VL1, VL2) in the ring topology; sending a data packet from the control device of a network device via a port of the switch device into one of the two VLANs, wherein the method is characterized in that it comprises the following steps: the data packet is sent into the two VLANs (VL1, VL2) simultaneously; disabling for the one VLAN the other port of the switch device of the network device; and disabling for the one VLAN that port that belongs to a switch device of a network device receiving the data packet via the one VLAN and that is coupled via the other of the two VLANs to the other port of the switch device of the network device. the data packet is sent into the two VLANs (VL1, VL2) simultaneously; disabling for the one VLAN the other port of the switch device of the network device; and disabling for the one VLAN that port that belongs to a switch device of a network device receiving the data packet via the one VLAN and that is coupled via the other of the two VLANs to the other port of the switch device of the network device.
A module support for an high voltage electrical circuit witch is a voltage source converter or a Flexible Alternative Current Transmission System, called FACTS, which is for at least two modules, and that is adapted to support modules which comprise two complementary connectable sub-modules (210, 220): an electrical device sub-module, such as including a direct current capacitor; and a front end sub-module intented to connect in use the electrical device sub-module to the remaining of the high voltage electrical circuit; wherein the module support is characterized in that it comprises for each module it is intented to support: - two alignment members each one adapted to individually align a sub-module (210, 220) during its installation on the module support in such way to connect it to a complementary sub-module (220, 210) already installed on the module support to form the module. - two alignment members each one adapted to individually align a sub-module (210, 220) during its installation on the module support in such way to connect it to a complementary sub-module (220, 210) already installed on the module support to form the module.
A solder ball information management system comprising a solder ball feeder equipped with a squeegee in which a space is formed for housing many solder balls, a ball arrangement plate formed with a specified arrangement pattern of a specified quantity of holes each one of which is configured to house a solder ball, and a drive means (28, 29) that is configured to perform squeegee operation of inserting the solder balls that are in the squeegee into each one of the ball holes of the ball arrangement plate from a lower end opening of the squeegee by sliding the ball arrangement plate or the squeegee in a state with a lower end of the squeegee and an upper surface of the ball arrangement plate in tight contact or in close proximity, the solder ball information management system being characterized in that the ball arrangement plate includes a solder ball information storing section configured to store solder ball information which is information related to solder balls arranged in the ball arrangement plate at specified positions of the ball arrangement plate; and in that the solder ball information management system further comprises a solder ball information reading means configured to read the solder ball information from the solder ball information storing section.
A medication delivery device, comprising: a cylindrical barrel having an opening at a proximal end, and an opening at a distal end; a plunger disposed in the distal opening of the cylindrical barrel for sealing the distal opening of the cylindrical barrel; a needle hub at the proximal opening of the cylindrical barrel for sealing the cylindrical barrel and having a cylindrical flange; a needle disposed in the needle hub for injecting liquids by operation of the plunger in the axial direction; and a needle safety shield for removable attachment to the needle hub; characterized in that a circumferential surface of the cylindrical flange comprises a colored mark extending substantially around an entire circumference of the cylindrical flange, wherein the colored mark: is entirely visible to a user when the needle safety shield is attached and interfaces with the cylindrical flange and when the needle safety shield is removed in the use condition of the medication delivery device; and corresponds to a characteristic of the medication delivery device or its content. a cylindrical barrel having an opening at a proximal end, and an opening at a distal end; a plunger disposed in the distal opening of the cylindrical barrel for sealing the distal opening of the cylindrical barrel; a needle hub at the proximal opening of the cylindrical barrel for sealing the cylindrical barrel and having a cylindrical flange; a needle disposed in the needle hub for injecting liquids by operation of the plunger in the axial direction; and a needle safety shield for removable attachment to the needle hub; characterized in that a circumferential surface of the cylindrical flange comprises a colored mark extending substantially around an entire circumference of the cylindrical flange, wherein the colored mark: is entirely visible to a user when the needle safety shield is attached and interfaces with the cylindrical flange and when the needle safety shield is removed in the use condition of the medication delivery device; and corresponds to a characteristic of the medication delivery device or its content. is entirely visible to a user when the needle safety shield is attached and interfaces with the cylindrical flange and when the needle safety shield is removed in the use condition of the medication delivery device; and corresponds to a characteristic of the medication delivery device or its content.
A coupling between an electric battery and an electric bicycle frame, the type of coupling in which the electric battery is introduced in a housing of a diagonal tube of the electric bicycle frame, characterised in that the electric battery has on at least one of two small faces thereof (1.1) a conical in reciprocal correspondence to a conical shape that at least one of two small faces (2.1) of the housing has, such that by introducing the electric battery in the housing, the small faces (1.1 and 2.1) with conical shape come into reciprocal correspondence, establishing a dovetail coupling between the electric battery and the diagonal tube of the bicycle frame housing the same.
A method for providing a display in a motor vehicle, having the steps of: a) determining the position of the motor vehicle; b) establishing at least one landscape object or object in a settlement as an object (20, 24) not relevant to road traffic as an object in a landscape in the surroundings of the motor vehicle, depending on the determined position, and establishing at least one object relevant to road traffic such as a traffic sign, a traffic light or the like; c) detecting at least the direction of view of a passenger as well as the direction of view of the motor vehicle operator as occupants of the motor vehicle; and d) providing a display (22, 26) with information about the at least one object (20, 24) in the landscape viewed by the passenger such that said information is provided in the direct field of view of the passenger, which is defined by the direction of view, at the same location as the object, wherein the display is provided depending on whether the motor vehicle operator is able to see the object relevant to road traffic himself. a) determining the position of the motor vehicle; b) establishing at least one landscape object or object in a settlement as an object (20, 24) not relevant to road traffic as an object in a landscape in the surroundings of the motor vehicle, depending on the determined position, and establishing at least one object relevant to road traffic such as a traffic sign, a traffic light or the like; c) detecting at least the direction of view of a passenger as well as the direction of view of the motor vehicle operator as occupants of the motor vehicle; and d) providing a display (22, 26) with information about the at least one object (20, 24) in the landscape viewed by the passenger such that said information is provided in the direct field of view of the passenger, which is defined by the direction of view, at the same location as the object, wherein the display is provided depending on whether the motor vehicle operator is able to see the object relevant to road traffic himself.
A method for manufacturing a case frame (110, 120), the method comprising: forming a case frame (110, 120) with a tactile texture in a shape corresponding to an applied product; forming a first transparent layer by coating a surface of the formed case frame (110, 120) to a predetermined thickness; forming a first paint layer on a surface of the coated case frame (110, 120) having a color corresponding to a relevant material that is to be simulated; forming a pattern print layer on an upper portion of the first paint layer corresponding to a visual texture pattern that simulates a visual texture of the relevant material; forming a second transparent layer by coating an upper portion of the first paint layer and the pattern print layer to a predetermined thickness; forming a second paint layer on a coated upper portion of the first paint layer and the pattern print layer; and forming the second paint layer such that the color of the first paint layer and the visual texture pattern of the pattern print layer are externally visible, thereby providing the user with a visual and tactile texture of the simulated material that corresponds to a visual and tactile texture of the relevant material. forming a case frame (110, 120) with a tactile texture in a shape corresponding to an applied product; forming a first transparent layer by coating a surface of the formed case frame (110, 120) to a predetermined thickness; forming a first paint layer on a surface of the coated case frame (110, 120) having a color corresponding to a relevant material that is to be simulated; forming a pattern print layer on an upper portion of the first paint layer corresponding to a visual texture pattern that simulates a visual texture of the relevant material; forming a second transparent layer by coating an upper portion of the first paint layer and the pattern print layer to a predetermined thickness; forming a second paint layer on a coated upper portion of the first paint layer and the pattern print layer; and forming the second paint layer such that the color of the first paint layer and the visual texture pattern of the pattern print layer are externally visible, thereby providing the user with a visual and tactile texture of the simulated material that corresponds to a visual and tactile texture of the relevant material.
Anisotropic multicompartment lipid nanoparticles having a mean diameter of 10 to 500 nm, characterized in that they comprise a first lipophilic compartment only partly enclosed by a second hydrophilic compartment delimited by a phospholipid bilayer, said first compartment being only partly anchored to said second compartment, and characterized in that said nanoparticles are stabilized by a mixture of surfactants comprising (a) phospholipids and (b) a mixture of nonionic surfactants comprising at least one three-segment derivative of the "hydrophobic-hydrophilic-hydrophobic" type having an HLB of greater than 11 according to the Griffin scale.
A method for determining the amount of template nucleic acid present in a sample comprising the steps of: i) bringing into association with the sample all the components necessary for nucleic acid amplification, and all the components necessary for a bioluminescence assay for nucleic acid amplification including: a) a nucleic acid polymerase, b) the substrates for the nucleic acid polymerase, c) at least two primers, d) a thermostable luciferase, e) luciferin, f) an enzyme that converts PPi to ATP, wherein the enzyme is not ATP sulphurylase, and g) any other required substrates or cofactors of the enzyme of part f) and subsequently: ii) performing a nucleic acid amplification reaction of the template nucleic acid, wherein generated copies are themselves further copied; iii) monitoring the intensity of light output from the bioluminescence reaction, and iv) determining the amount of template nucleic acid present in the sample. i) bringing into association with the sample all the components necessary for nucleic acid amplification, and all the components necessary for a bioluminescence assay for nucleic acid amplification including: a) a nucleic acid polymerase, b) the substrates for the nucleic acid polymerase, c) at least two primers, d) a thermostable luciferase, e) luciferin, f) an enzyme that converts PPi to ATP, wherein the enzyme is not ATP sulphurylase, and g) any other required substrates or cofactors of the enzyme of part f) and subsequently: a) a nucleic acid polymerase, b) the substrates for the nucleic acid polymerase, c) at least two primers, d) a thermostable luciferase, e) luciferin, f) an enzyme that converts PPi to ATP, wherein the enzyme is not ATP sulphurylase, and g) any other required substrates or cofactors of the enzyme of part f) and subsequently: ii) performing a nucleic acid amplification reaction of the template nucleic acid, wherein generated copies are themselves further copied; iii) monitoring the intensity of light output from the bioluminescence reaction, and iv) determining the amount of template nucleic acid present in the sample.
A shovel comprising: a lower traveling body; an upper turning body mounted on the lower traveling body; an attachment attached to the upper turning body; and a control device mounted on the upper turning body and configured to assist an excavating motion with the attachment to prevent the attachment from exceeding a target excavation depth, characterised in that the control device is configured to derive the target excavation depth based on a hardness of an excavation target, the hardness being derived from a cylinder pressure during insertion of the attachment into the excavation target if the posture of the attachment is a predetermined posture or from a relationship of the insertion depth with an excavation reaction force (Fz) derived from the posture of the attachment and the cylinder pressure. a lower traveling body; an upper turning body mounted on the lower traveling body; an attachment attached to the upper turning body; and a control device mounted on the upper turning body and configured to assist an excavating motion with the attachment to prevent the attachment from exceeding a target excavation depth, characterised in that the control device is configured to derive the target excavation depth based on a hardness of an excavation target, the hardness being derived from a cylinder pressure during insertion of the attachment into the excavation target if the posture of the attachment is a predetermined posture or from a relationship of the insertion depth with an excavation reaction force (Fz) derived from the posture of the attachment and the cylinder pressure.
An ultrasound fingerprint sensor device, comprising: an intermediate layer coupled to a base chip including an integrated circuit having conductive contacts at a surface of the base chip, the intermediate layer including an insulation layer formed on the base chip and a corresponding array of channeling electrode structures coupled to the conductive contacts and passing through the insulation layer, wherein the channeling electrode structures terminate at or above a top surface of the insulation layer to provide bottom electrodes, wherein the insulation layer is sufficiently thick to prevent the base chip from getting damaged during the dicing or etching the formed layer of the acoustic transducer material; a plurality of ultrasonic transducer elements including an acoustic transducer material bounded on the bottom electrodes, the ultrasonic transducer elements positioned on the intermediate layer; and a plurality of top electrodes positioned on the ultrasonic transducer elements. an intermediate layer coupled to a base chip including an integrated circuit having conductive contacts at a surface of the base chip, the intermediate layer including an insulation layer formed on the base chip and a corresponding array of channeling electrode structures coupled to the conductive contacts and passing through the insulation layer, wherein the channeling electrode structures terminate at or above a top surface of the insulation layer to provide bottom electrodes, wherein the insulation layer is sufficiently thick to prevent the base chip from getting damaged during the dicing or etching the formed layer of the acoustic transducer material; a plurality of ultrasonic transducer elements including an acoustic transducer material bounded on the bottom electrodes, the ultrasonic transducer elements positioned on the intermediate layer; and a plurality of top electrodes positioned on the ultrasonic transducer elements.
Femur prosthetic stem having a front portion and a back portion, said stem having a back hollow portion, said back hollow portion having two, divergent, side wings, defining a cavity between them, characterized in that said cavity along the length of the stem has an inner shape with a succession of convex-concave-convex portions.
A method for supporting traffic routing between a plurality of switches in a middleware machine environment in a fat tree topology and operating on one or more microprocessors, comprising: using a routing algorithm to route inter-switch traffic from a source switch to a destination switch in the middleware machine environment, wherein the middleware machine environment includes a plurality of leaf switches, each leaf switch connected to an end node; determining that the destination switch is unreachable to the inter-switch traffic being routed using the algorithm; traversing though the routing tables of the plurality of leaf switches to determine that all switch destinations in the routing table of a particular leaf switch are marked as reachable for the particular leaf switch; selecting the particular leaf switch in the middleware machine environment to be a hub switch for inter-switch traffic that can not reach its destination using the routing algorithm; and updating a routing table associated with the source switch when a path exists between the source switch and the destination switch via the hub switch. using a routing algorithm to route inter-switch traffic from a source switch to a destination switch in the middleware machine environment, wherein the middleware machine environment includes a plurality of leaf switches, each leaf switch connected to an end node; determining that the destination switch is unreachable to the inter-switch traffic being routed using the algorithm; traversing though the routing tables of the plurality of leaf switches to determine that all switch destinations in the routing table of a particular leaf switch are marked as reachable for the particular leaf switch; selecting the particular leaf switch in the middleware machine environment to be a hub switch for inter-switch traffic that can not reach its destination using the routing algorithm; and updating a routing table associated with the source switch when a path exists between the source switch and the destination switch via the hub switch.
A modular stackable wear-resistant panel system, comprising a stacked wear panel arrangement (1', 1") including a stackable wear panel, the stackable wear panel being configured to be removably affixed to a wall or surface of equipment to be protected - and also configured to be alternatively removably affixed to a top surface of another stackable wear panel within the stacked wear panel arrangement (1', 1"), the stackable wear panel comprising: a matrix having a top surface, a bottom surface opposite said top surface, and a central bore extending through the top and bottom surfaces and receiving a fastener or a spacing adapter therein, the central bore being configured to support a portion (5A, 5B) of the fastener or a lower outer surface portion of the spacing adapter; the stacked wear panel arrangement (1',1") comprising: a first matrix and a second matrix, the first matrix being configured to be removably affixed to the wall or surface of equipment to be protected, and comprising a first central bore having a spacing adapter disposed therein, a bottom surface of the second matrix being positioned against a top surface of the first matrix, the second matrix comprising a second central bore having a head of the fastener therein; characterized in that the spacing adapter comprises an aperture comprising an inner thread, the inner thread being configured for threaded engagement with an outer threaded shaft of the fastener. a matrix having a top surface, a bottom surface opposite said top surface, and a central bore extending through the top and bottom surfaces and receiving a fastener or a spacing adapter therein, the central bore being configured to support a portion (5A, 5B) of the fastener or a lower outer surface portion of the spacing adapter; the stacked wear panel arrangement (1',1") comprising: a first matrix and a second matrix, the first matrix being configured to be removably affixed to the wall or surface of equipment to be protected, and comprising a first central bore having a spacing adapter disposed therein, a bottom surface of the second matrix being positioned against a top surface of the first matrix, the second matrix comprising a second central bore having a head of the fastener therein; characterized in that the spacing adapter comprises an aperture comprising an inner thread, the inner thread being configured for threaded engagement with an outer threaded shaft of the fastener. a first matrix and a second matrix, the first matrix being configured to be removably affixed to the wall or surface of equipment to be protected, and comprising a first central bore having a spacing adapter disposed therein, a bottom surface of the second matrix being positioned against a top surface of the first matrix, the second matrix comprising a second central bore having a head of the fastener therein; characterized in that the spacing adapter comprises an aperture comprising an inner thread, the inner thread being configured for threaded engagement with an outer threaded shaft of the fastener.