mhurhangee/ep-ind-claims huggingface dataset:
A method for managing switches in a data center, the method comprising: establishing, at a switch (102; 200) in the data center, a connection with at least one other switch (104; 106) in the data center, the data center including switches (102, 104, 106) and server computers (110, 112, 114, 116, 118), the data center employing a multi-tiered architecture that includes a first tier, a second tier on top of the first tier, and a third tier on top of the second tier, the data center providing a plurality of virtual local area networks, VLANs, each VLAN comprising at least one Virtual Machine, VM; provisioning, at the switch (102; 200), device prefixes for IPv6 addresses, a given device prefix corresponding to a particular VLAN on a particular switch in the data center, the given device prefix included in a host address of a particular virtual machine, the particular virtual machine hosted on a server computer, the sever computer connected to the particular switch without additional intervening switches; configuring a hardware memory of the switch (102; 200) to include a table having a plurality of IPv6 entries, each IPv6 entry including prefix information identifying a specific VLAN on a specific switch in the data center and forwarding information associated with the specific switch in the data center; and transferring, by the switch (102; 200), packets between the plurality of switches and the server computers (110, 112, 114, 116, 118) in the data center by using the prefix information and the address information in the hardware memory. establishing, at a switch (102; 200) in the data center, a connection with at least one other switch (104; 106) in the data center, the data center including switches (102, 104, 106) and server computers (110, 112, 114, 116, 118), the data center employing a multi-tiered architecture that includes a first tier, a second tier on top of the first tier, and a third tier on top of the second tier, the data center providing a plurality of virtual local area networks, VLANs, each VLAN comprising at least one Virtual Machine, VM; provisioning, at the switch (102; 200), device prefixes for IPv6 addresses, a given device prefix corresponding to a particular VLAN on a particular switch in the data center, the given device prefix included in a host address of a particular virtual machine, the particular virtual machine hosted on a server computer, the sever computer connected to the particular switch without additional intervening switches; configuring a hardware memory of the switch (102; 200) to include a table having a plurality of IPv6 entries, each IPv6 entry including prefix information identifying a specific VLAN on a specific switch in the data center and forwarding information associated with the specific switch in the data center; and transferring, by the switch (102; 200), packets between the plurality of switches and the server computers (110, 112, 114, 116, 118) in the data center by using the prefix information and the address information in the hardware memory.
A shoe comprising a sole, to which an upper of the shoe is attached, and on whose upper side there is mounted an insole, wherein the upper of the shoe in an area of the instep of the foot comprises at least one instep elastic insertion, wherein the instep elastic insertion is incorporated in the upper and extends over the instep from one side of the shoe to the opposite side of the shoe over the upper section of the instep, whereby the instep elastic insertion is adapted to reduce pressure of the upper of the shoe on the instep of the foot, and the insole on its top side comprises at least a depression for the big toe joint and a depression or lowering for the heel bone, wherein the upper of the shoe further comprises at least on one side of the shoe in an area of the ankle of the foot, an ankle elastic insertion to reduce the pressure on the heel or Achilles tendon.
Method for wireless communication comprising: partitioning a communication capacity in resource units at least by code multiplexing, distributing said resource units over a plurality of subscriber stations, receiving data from each subscriber station wherein said data is spread by means of a signature sequence, characterized by: using all signature sequences corresponding to the resource units distributed to a first one of said plurality of subscriber stations to transmit an ACK/NACK bit from said first subscriber station when the number of resource units distributed to the first subscriber station is less than or equal to a predefined number; and using a number of signature sequences corresponding to the predefined number and having lowest serial numbers among the resource units distributed to the first subscriber station to transmit the ACK/NACK bit from said first subscriber station when the number of resource units distributed to the first subscriber station is greater than said predefined number such that multiple resource units assigned to a common subscriber station have the same signature sequence applied to ACK/NACKs for those resource units; wherein said predefined number is greater than or equal to two. using all signature sequences corresponding to the resource units distributed to a first one of said plurality of subscriber stations to transmit an ACK/NACK bit from said first subscriber station when the number of resource units distributed to the first subscriber station is less than or equal to a predefined number; and using a number of signature sequences corresponding to the predefined number and having lowest serial numbers among the resource units distributed to the first subscriber station to transmit the ACK/NACK bit from said first subscriber station when the number of resource units distributed to the first subscriber station is greater than said predefined number such that multiple resource units assigned to a common subscriber station have the same signature sequence applied to ACK/NACKs for those resource units; wherein said predefined number is greater than or equal to two.
A laser light source projector comprising a plurality of light sources of color groups (1G, 2G, 3G) each including a plurality of laser light sources, the laser light source projector projecting an image by driving the laser light sources in each of said color groups (1G, 2G, 3G), and a microcontroller arranged to drive the laser light sources, wherein in response to change of the light output characteristics of one or a plurality of laser light sources in an arbitrary color group, light output from a remaining laser light source in said arbitrary color group is adjusted, thereby keeping white balance constant, and wherein if light output from a laser light source in an arbitrary color group reaches its upper limit, light outputs from said laser light sources in all of said color groups (1G, 2G, 3G) are reduced by a percentage (W%) uniformly to keep white balance constant, and the laser light source projector being characterized in that the microcontroller is arranged to determine if light outputs from said laser light sources in all of said color groups were previously controlled to be reduced, and to determine if there is no more laser light source in a condition where light output from this laser light source has reached its upper limit, and to drive, if that is the case, the laser light sources such that light outputs from said laser light sources in all of said color groups are increased uniformly by another percentage (Y%) smaller than said percentage (W%), thereby gradually recovering luminance while keeping white balance properly.
A diet package comprising a first set of rations of a first diet composition to be administered for a predetermined time period of 5 days, to a subject; said first diet composition providing: less than 40 grams of sugar for day 1; less than 30 grams of sugar for days 2 to 5 and any remaining days; less than 28 grams of protein for day 1; less than 18 grams of protein for days 2 to 5 and any remaining days 20-100 grams of monounsaturated fats for day 1; 6-30 grams of polyunsaturated fats for day 1; 2-12 grams of saturated fats for day 1; 10-50 grams of monounsaturated fats for days 2 to 5 and any remaining days; 3-15 grams of polyunsaturated fats for days 2 to 5 and any remaining days; 1-30 grams of saturated fats for days 2 to 5, or any remaining days; and a micronutrient composition on each day and any remaining days; for its use to treat T1D diabetes as a pancreatic B-cell regeneration promoting agent in a T1D diabetic subject who is further administered for said predetermined time period with a PKA and/or a Tor inhibitor. less than 40 grams of sugar for day 1; less than 30 grams of sugar for days 2 to 5 and any remaining days; less than 28 grams of protein for day 1; less than 18 grams of protein for days 2 to 5 and any remaining days 20-100 grams of monounsaturated fats for day 1; 6-30 grams of polyunsaturated fats for day 1; 2-12 grams of saturated fats for day 1; 10-50 grams of monounsaturated fats for days 2 to 5 and any remaining days; 3-15 grams of polyunsaturated fats for days 2 to 5 and any remaining days; 1-30 grams of saturated fats for days 2 to 5, or any remaining days; and a micronutrient composition on each day and any remaining days; for its use to treat T1D diabetes as a pancreatic B-cell regeneration promoting agent in a T1D diabetic subject who is further administered for said predetermined time period with a PKA and/or a Tor inhibitor. 20-100 grams of monounsaturated fats for day 1; 6-30 grams of polyunsaturated fats for day 1; 2-12 grams of saturated fats for day 1; 10-50 grams of monounsaturated fats for days 2 to 5 and any remaining days; 3-15 grams of polyunsaturated fats for days 2 to 5 and any remaining days; 1-30 grams of saturated fats for days 2 to 5, or any remaining days; and a micronutrient composition on each day and any remaining days; for its use to treat T1D diabetes as a pancreatic B-cell regeneration promoting agent in a T1D diabetic subject who is further administered for said predetermined time period with a PKA and/or a Tor inhibitor.
A plate heat exchanger comprising a plurality of plates, which each extend in parallel with a main extension plane (p) and which comprise a plurality of heat exchanger plates and at least one adapter plate, wherein the heat exchanger plates are provided beside each other and form a plate package with first plate interspaces for a first medium and second plate interspaces for a second medium, wherein each of the heat exchanger plates has four port holes which form ports extending through the plate package, wherein the heat exchanger plates comprise an outermost heat exchanger plate at one side of the plate package and an outermost heat exchanger plate (2") at an opposite side of the plate package, wherein two of said plate interspaces(6, 7) in the plate package form a respective outermost plate interspace at a respective side of the plate package, which are delimited outwardly by a respective one of the outermost heat exchanger plates (2',2"), and wherein the adapter plate is provided outside one of the outermost heat exchanger plates (2',2") characterized in that a distance plate is arranged between a frame plate and the adapter plate, and a pressure plate and the adapter plate, respectively, said frame plate and said pressure plate, being provided immediately outside the outermost heat exchanger plates (2',2"), respectively, said distance plate comprising at least two port holes, which are concentric with each of the respective port holes of the outermost heat exchanger plates (2',2"), the frame plate, the pressure plate and the adapter plate, and that the port holes of the distance plate are larger than the port holes of the outermost heat exchanger plates (2',2"), the frame plate and the pressure plate, and the port holes of the adapter plate, respectively.
A cap seal for insertion over a flange of an entrance port communicating with the interior of a container, the entrance port defined by the flange attached to an outer portion of the container, the cap seal comprising: a. a body having a flat upper surface and an internal surface; b. a rim extending from said flat upper surface; c. a shield extending downwardly from said rim; and d. at least two internal snap elements extending downwardly from said internal surface, said at least two internal snap elements adapted to frictionally engage an outer portion of the flange, characterised in that said shield having a plurality of individual pivotal segments separated by a plurality of slits. a. a body having a flat upper surface and an internal surface; b. a rim extending from said flat upper surface; c. a shield extending downwardly from said rim; and d. at least two internal snap elements extending downwardly from said internal surface, said at least two internal snap elements adapted to frictionally engage an outer portion of the flange,
A computer-implemented method for detecting cyber-attacks affecting a computing device, the method comprising: retrieving a plurality of sensor datasets with heterogeneous modalities from a plurality of sensors, each sensor dataset corresponding to involuntary emissions from the computing device in a particular modality; extracting a plurality of features from the plurality of sensor datasets using a Boltzmann machine to fuse features derived from each particular modality; applying by an online detection module one or more statistical models to the plurality of features to identify one or more events related to the computing device; and applying by the online detection module, a domain-specific ontology to designate each of the one or more events as benign, failure, or a cyber-attack. retrieving a plurality of sensor datasets with heterogeneous modalities from a plurality of sensors, each sensor dataset corresponding to involuntary emissions from the computing device in a particular modality; extracting a plurality of features from the plurality of sensor datasets using a Boltzmann machine to fuse features derived from each particular modality; applying by an online detection module one or more statistical models to the plurality of features to identify one or more events related to the computing device; and applying by the online detection module, a domain-specific ontology to designate each of the one or more events as benign, failure, or a cyber-attack.
Device arrangement for separating cells from a culture medium in a bioprocess, in particular in a biopharmaceutical process, comprising a reservoir for the culture medium, in particular a bioreactor, a filtration module, in particular a hollow fiber module, having at least one membrane across which a flow can take place, a feed line, which connects the reservoir to an unfiltrate inlet of the filtration module, for feeding culture medium into the filtration module, a return line, which connects a retentate-side outlet of the filtration module to the reservoir, for returning retentate to the reservoir, a filtrate line, which is connected to a permeate-side outlet of the filtration module, for discharging filtrate, a first pump for maintaining a recirculation circuit, a back-flushing line, which leads to a permeate-side connection and/or to the permeate-side outlet of the filtration module, for feeding a flushing liquid into the filtration module, and a second pump for conveying the flushing liquid into the filtration module. a reservoir for the culture medium, in particular a bioreactor, a filtration module, in particular a hollow fiber module, having at least one membrane across which a flow can take place, a feed line, which connects the reservoir to an unfiltrate inlet of the filtration module, for feeding culture medium into the filtration module, a return line, which connects a retentate-side outlet of the filtration module to the reservoir, for returning retentate to the reservoir, a filtrate line, which is connected to a permeate-side outlet of the filtration module, for discharging filtrate, a first pump for maintaining a recirculation circuit, a back-flushing line, which leads to a permeate-side connection and/or to the permeate-side outlet of the filtration module, for feeding a flushing liquid into the filtration module, and a second pump for conveying the flushing liquid into the filtration module.
A vertebral stabilizer comprising: - an elongated block having two ends and a predetermined length extending between said two ends; - a two screws adapted to be put in a vertebra, said each screw having a head (11; 21) with a first through hole; - means for keeping said block compressed between said two screws in order to keep said screws at a predetermined distance from each other; - wherein the means for keeping said block compressed comprise a resilient flexible tie-member capable of bearing a predetermined tension and stretched between the heads of said two screws, and through the through hole of each of said screw, with the through hole adapted to receive the tie-member; - the head of each of the screws further comprises a housing for receiving the block, the vertebral stabilizer characterized in that said head is separable from said screw, said head and said screw being connectable together by engagement means provided between said head and said screw, and in that the through-hole is situated above the housing such that said tie member is external to said block. - an elongated block having two ends and a predetermined length extending between said two ends; - a two screws adapted to be put in a vertebra, said each screw having a head (11; 21) with a first through hole; - means for keeping said block compressed between said two screws in order to keep said screws at a predetermined distance from each other; - wherein the means for keeping said block compressed comprise a resilient flexible tie-member capable of bearing a predetermined tension and stretched between the heads of said two screws, and through the through hole of each of said screw, with the through hole adapted to receive the tie-member; - the head of each of the screws further comprises a housing for receiving the block,
Method for online calibration of a sensor of a vehicle, in particular a two-wheeled vehicle, comprising the steps of - ascertaining first at least two-dimensional acceleration data ( g, b, a dec) on the basis of measured values from an acceleration sensor during an acceleration phase of the vehicle, the vehicle being oriented in a spatial direction, - ascertaining second at least two-dimensional acceleration data ( g, b) during an acceleration-free phase of the vehicle, the vehicle being oriented in the same spatial direction, - ascertaining bias-compensated acceleration data ( a dec) in the plane of the vehicle longitudinal and vertical axes on the basis of the ascertained first and second acceleration data ( g, b, a dec; g, b), - ascertaining bias data for the sensor in at least one spatial direction at least on the basis of the vehicle speed, and - calibrating the sensor by means of the ascertained bias data and the bias-compensated acceleration data. - ascertaining first at least two-dimensional acceleration data ( g, b, a dec) on the basis of measured values from an acceleration sensor during an acceleration phase of the vehicle, the vehicle being oriented in a spatial direction, - ascertaining second at least two-dimensional acceleration data ( g, b) during an acceleration-free phase of the vehicle, the vehicle being oriented in the same spatial direction, - ascertaining bias-compensated acceleration data ( a dec) in the plane of the vehicle longitudinal and vertical axes on the basis of the ascertained first and second acceleration data ( g, b, a dec; g, b), - ascertaining bias data for the sensor in at least one spatial direction at least on the basis of the vehicle speed, and - calibrating the sensor by means of the ascertained bias data and the bias-compensated acceleration data.
A method of using a host mobile device associated with a first user to provide network communications to a network for a client mobile device associated with a second user different from the first user, the method comprising: at the host mobile device comprising a first wireless interface, a second wireless interface, an input module, and a memory storing one or more sharing parameters for the host mobile device to provide network access to client mobile devices not associated with the first user: establishing, a network-sharing communication link with the client mobile device, including: receiving, from the client mobile device, a beacon communication including a client identifier as a data sharing request to establish the network-sharing communication link; and receiving, a network-access request from the client mobile device associated with the second user via the second wireless interface; sending the client identifier to an authentication server via the first wireless interface; receiving an authentication response from the authentication server, the authentication response providing an indication that the client mobile device is registered with the authentication server; responsive to the authentication response, providing the network access to the client mobile device by: communicating data between the host mobile device and the client mobile device via the second wireless interface; communicating the data with the network via the first wireless interface. establishing, a network-sharing communication link with the client mobile device, including: receiving, from the client mobile device, a beacon communication including a client identifier as a data sharing request to establish the network-sharing communication link; and receiving, a network-access request from the client mobile device associated with the second user via the second wireless interface; receiving, from the client mobile device, a beacon communication including a client identifier as a data sharing request to establish the network-sharing communication link; and receiving, a network-access request from the client mobile device associated with the second user via the second wireless interface; sending the client identifier to an authentication server via the first wireless interface; receiving an authentication response from the authentication server, the authentication response providing an indication that the client mobile device is registered with the authentication server; responsive to the authentication response, providing the network access to the client mobile device by: communicating data between the host mobile device and the client mobile device via the second wireless interface; communicating the data with the network via the first wireless interface. communicating data between the host mobile device and the client mobile device via the second wireless interface; communicating the data with the network via the first wireless interface.