mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing controlled access to a plurality of devices (104a-d) in a computer network, wherein the plurality of devices (104a-d) are accessible by users (102a-d) external to the computer network via the apparatus which logs into a privileged account, and wherein access to the privileged account is controlled by an authentication server, the apparatus comprising: a receiver configured to receive user password data from a user (102a-d) requesting access to the privileged account via a device of the plurality of devices (104a-d) in the computer network; a password determiner configured to determine account password data based on the user password data, and configured to control a transmitter to transmit the account password data to the device, wherein: the account password data is for allowing the user (102a-d) to access to the privileged account, the apparatus is a single sign on apparatus configured such that the account password data is not known to the user, and the receiver is further configured to receive a request to update the account password data from the authentication server via the device, the apparatus further comprising a password manager configured to update the account password data and store the updated account password data in a replica authentication server located at the apparatus, such that it is associated with the privileged account, wherein the replica authentication server comprises account password data for one or more privileged accounts. a receiver configured to receive user password data from a user (102a-d) requesting access to the privileged account via a device of the plurality of devices (104a-d) in the computer network; a password determiner configured to determine account password data based on the user password data, and configured to control a transmitter to transmit the account password data to the device, wherein: the account password data is for allowing the user (102a-d) to access to the privileged account, the apparatus is a single sign on apparatus configured such that the account password data is not known to the user, and the receiver is further configured to receive a request to update the account password data from the authentication server via the device, the account password data is for allowing the user (102a-d) to access to the privileged account, the apparatus is a single sign on apparatus configured such that the account password data is not known to the user, and the receiver is further configured to receive a request to update the account password data from the authentication server via the device, the apparatus further comprising a password manager configured to update the account password data and store the updated account password data in a replica authentication server located at the apparatus, such that it is associated with the privileged account, wherein the replica authentication server comprises account password data for one or more privileged accounts.
A dispenser with a dispenser housing; a supply of sheet material rotatably mounted along the dispenser housing; a feed roller comprising a feed roller body rotatably mounted along the dispenser housing adjacent the supply of sheet material so as to receive and feed sheet material from the supply of sheet material along a discharge path through a discharge along the dispenser housing; and a feed roller drive assembly including a drive motor, and a belt transmission assembly having a drive belt coupled to a drive motor pulley operatively attached to a driveshaft of the drive motor and to a feed roller pulley received within the circumferential groove defined along the feed roller body to facilitate rotation of the feed roller by operation of the drive motor, the drive belt being at least partially received within the circumferential groove defined along the feed roller body.
A protective plate, wherein the protective plate is provided with a guide groove, the protective plate is configured to shield an explosion-proof valve of a battery cell, the guide groove is configured to be disposed corresponding to the explosion-proof valve, and the guide groove is configured to guide a flow direction of a flame ejected from the explosion-proof valve; and wherein the protective plate comprises a body and a fireproof part, characterised in that the body is provided with an opening, and a shape of the opening is the same as an outer contour shape of the fireproof part; and the fireproof part is embedded in the opening, and the guide groove is disposed on the fireproof part. the protective plate is provided with a guide groove, the protective plate is configured to shield an explosion-proof valve of a battery cell, the guide groove is configured to be disposed corresponding to the explosion-proof valve, and the guide groove is configured to guide a flow direction of a flame ejected from the explosion-proof valve; and wherein the protective plate comprises a body and a fireproof part, characterised in that the body is provided with an opening, and a shape of the opening is the same as an outer contour shape of the fireproof part; and the fireproof part is embedded in the opening, and the guide groove is disposed on the fireproof part.
A method for producing a sandwich panel from - at least one cover layer to be laminated (26, 28) and - at least one core layer material block (8, 10, 12, 14, 8', 10', 12', 14') comprising by the step of: • arranging a core layer material block and a transverse beam (4, 16, 18) made of a previously laminated and hardened panel such - that a surface of the core layer material block and an edge of the transverse beam form a jointly laminatable area for the cover layer to be laminated and - that the transverse beam lies at an angle to the laminatable area, and the subsequent step of: • laminating the laminatable area such that resin establishes a bond between the surface of the core layer material block and the edge of the transverse beam on the one hand and the cover layer to be laminated on the other hand. - at least one cover layer to be laminated (26, 28) and - at least one core layer material block (8, 10, 12, 14, 8', 10', 12', 14') comprising by the step of: • arranging a core layer material block and a transverse beam (4, 16, 18) made of a previously laminated and hardened panel such - that a surface of the core layer material block and an edge of the transverse beam form a jointly laminatable area for the cover layer to be laminated and - that the transverse beam lies at an angle to the laminatable area, and the subsequent step of: • laminating the laminatable area such that resin establishes a bond between the surface of the core layer material block and the edge of the transverse beam on the one hand and the cover layer to be laminated on the other hand. • arranging a core layer material block and a transverse beam (4, 16, 18) made of a previously laminated and hardened panel such - that a surface of the core layer material block and an edge of the transverse beam form a jointly laminatable area for the cover layer to be laminated and - that the transverse beam lies at an angle to the laminatable area, - that a surface of the core layer material block and an edge of the transverse beam form a jointly laminatable area for the cover layer to be laminated and - that the transverse beam lies at an angle to the laminatable area, • laminating the laminatable area such that resin establishes a bond between the surface of the core layer material block and the edge of the transverse beam on the one hand and the cover layer to be laminated on the other hand.
System for calibrating a transmitting unit for radio waves; comprising: an arrangement of at least four transmitting units (1, 2, 3, 4); wherein a first transmitting unit of the at least four transmitting units (1, 2, 3, 4) has stored position data with respect to a setpoint position of the first transmitting unit; wherein the first transmitting unit is designed to emit a first transmission signal to each of the three remaining transmitting units (2, 3, 4); wherein each of the three remaining transmitting units (2, 3, 4) is designed to receive the first transmission signal and, after receiving the first transmission signal, to return a first response signal to the first transmitting unit; wherein the first transmitting unit is designed to determine relative position data of the first transmitting unit with respect to the three remaining transmitting units (2, 3, 4) on the basis of the first response signals returned; and wherein the first transmitting unit is designed to detect a deviation (d) between the stored position data and the relative position data determined and to carry out a calibration of a transmission parameter of the first transmitting unit on the basis of the detected deviation (d); wherein the calibration of the transmission parameter of the first transmitting unit comprises a setting of a time parameter of the first transmitting unit; wherein the setting of the time parameter is carried out by the first transmitting unit itself. an arrangement of at least four transmitting units (1, 2, 3, 4); wherein a first transmitting unit of the at least four transmitting units (1, 2, 3, 4) has stored position data with respect to a setpoint position of the first transmitting unit; wherein the first transmitting unit is designed to emit a first transmission signal to each of the three remaining transmitting units (2, 3, 4); wherein each of the three remaining transmitting units (2, 3, 4) is designed to receive the first transmission signal and, after receiving the first transmission signal, to return a first response signal to the first transmitting unit; wherein the first transmitting unit is designed to determine relative position data of the first transmitting unit with respect to the three remaining transmitting units (2, 3, 4) on the basis of the first response signals returned; and wherein the first transmitting unit is designed to detect a deviation (d) between the stored position data and the relative position data determined and to carry out a calibration of a transmission parameter of the first transmitting unit on the basis of the detected deviation (d); wherein the calibration of the transmission parameter of the first transmitting unit comprises a setting of a time parameter of the first transmitting unit; wherein the setting of the time parameter is carried out by the first transmitting unit itself.
Aluminum alloy, in particular aluminum casting alloy, characterised in that the aluminum alloy contains the following alloying elements: Silicon: 10 wt% to < 13 wt%, Nickel: up to < 0.6 wt%, Copper: 1.5 wt% to < 3.6 wt%, Magnesium: 0.5 wt% to 1.5 wt%, Iron: 0.1 wt% to 0.7 wt%, Manganese: 0.1 to 0.4 wt%, Zirconium: > 0.1 to < 0.3 wt%, Vanadium: > 0.08 to < 0.2 wt%, Titanium: 0.05 to < 0.2 wt%, Phosphorus: 0.0025 to 0.008 wt%, the rest consisting of aluminum and unavoidable impurities.
An aeromechanical identification system for a turbomachine comprising: at least one actuator mounted on a stationary structure to excite rotatable airfoils; at least one sensor configured to be mounted proximate the airfoils for measuring a response of the airfoils responsive to excitation from the at least one actuator; and a controller configured to determine a damping characteristic of an aeromechanical mode of the rotatable airfoils based on the excitation and the response, characterised in that: the at least one actuator comprises an injector configured to direct a jet stream at the rotating airfoils. at least one actuator mounted on a stationary structure to excite rotatable airfoils; at least one sensor configured to be mounted proximate the airfoils for measuring a response of the airfoils responsive to excitation from the at least one actuator; and a controller configured to determine a damping characteristic of an aeromechanical mode of the rotatable airfoils based on the excitation and the response, characterised in that: the at least one actuator comprises an injector configured to direct a jet stream at the rotating airfoils.
An appliance for irrigation and/or drainage, which appliance comprising a) a body side member comprising an adhesive wafer for securing the appliance to the patient's skin, said wafer can be provided with an aperture for receiving a stoma, surrounding a wound, a fistula or a drainage site, b) a wall of flexible material, the wall comprising a rear wall and a front wall, the rear wall being attached to the wafer and having an opening configured to surround a surface area of the patient's skin to be irrigated and/or drained and the front wall comprising a coupling flange adapted for removable coupling and sealing to matching coupling means, the wall and the body side member defining a reservoir, characterized in that the appliance further comprises c) a sealed chamber, being separate from the reservoir, which, when inflated, provides a distance between the adhesive wafer and the coupling flange. a) a body side member comprising an adhesive wafer for securing the appliance to the patient's skin, said wafer can be provided with an aperture for receiving a stoma, surrounding a wound, a fistula or a drainage site, b) a wall of flexible material, the wall comprising a rear wall and a front wall, the rear wall being attached to the wafer and having an opening configured to surround a surface area of the patient's skin to be irrigated and/or drained and the front wall comprising a coupling flange adapted for removable coupling and sealing to matching coupling means, the wall and the body side member defining a reservoir, characterized in that the appliance further comprises c) a sealed chamber, being separate from the reservoir, which, when inflated, provides a distance between the adhesive wafer and the coupling flange.
A cloudiness inhibiting agent for a tea beverage, composed of yeast extract, wherein an amount of RNA content per solid content of the yeast extract is at least 50 wt%, protein content is at least 10 wt%, and dietary fiber content is at least 5 wt%.
A process for making a flexo plate, the process comprising providing non-printing indicia (212, 214, 508) disposed on a floor of the plate using areas of absence of polymer (720, 1320) in the plate floor (204, 713, 1223, 1322), wherein the non-printing indicia (212, 214, 508) are disposed on a floor of the plate, the process comprising forming the non-printing indicia (212, 214, 508) via exposure to actinic radiation from a back, non-printing side of the plate, characterised in that the process comprises providing a primary back exposure and an additional back exposure, wherein the process comprises forming a subfloor corresponding to a height of the non-printing indicia (212, 214, 508) using the primary back exposure, and forming the plate floor (204, 713, 1223, 1322) using the additional back exposure, wherein the non-printing indicia (212, 214, 508) are selected from the group consisting of: alphanumeric characters, non-text graphics, a machine readable code, a line, and combinations or repeating patterns of any of the foregoing. the process comprises providing a primary back exposure and an additional back exposure, wherein the process comprises forming a subfloor corresponding to a height of the non-printing indicia (212, 214, 508) using the primary back exposure, and forming the plate floor (204, 713, 1223, 1322) using the additional back exposure, wherein the non-printing indicia (212, 214, 508) are selected from the group consisting of: alphanumeric characters, non-text graphics, a machine readable code, a line, and combinations or repeating patterns of any of the foregoing.
A pharmaceutical composition comprising a recombinant antibody molecule, or an α4-binding fragment thereof, comprising a variable heavy chain and a variable light chain, wherein: (a) the variable heavy chain comprises the variable heavy chain framework sequence from IGHV1-f and the CDRs from the VH chain of murine antibody HP1/2, wherein CDR1 comprises the sequence GFNIKDTYM, CDR2 comprises the sequence RIDPASGDTKYDPKFQV and CDR3 comprises the sequence GMWVSTGYALDF, and amino acid residues at framework positions 24 and 94 of the variable heavy chain according to the Kabat numbering scheme are substituted, wherein the substituted residue at framework position 24 is alanine and the substituted residue at framework position 94 is aspartic acid; (b) the variable light chain comprises the amino acid sequence according to SEQ ID NO: 11; and wherein the recombinant antibody molecule or the α4-binding fragment thereof binds VLA-4. (a) the variable heavy chain comprises the variable heavy chain framework sequence from IGHV1-f and the CDRs from the VH chain of murine antibody HP1/2, wherein CDR1 comprises the sequence GFNIKDTYM, CDR2 comprises the sequence RIDPASGDTKYDPKFQV and CDR3 comprises the sequence GMWVSTGYALDF, and amino acid residues at framework positions 24 and 94 of the variable heavy chain according to the Kabat numbering scheme are substituted, wherein the substituted residue at framework position 24 is alanine and the substituted residue at framework position 94 is aspartic acid; (b) the variable light chain comprises the amino acid sequence according to SEQ ID NO: 11;
A controller for monitoring a network, for network analysis of devices on the network comprising: network analysis circuitry configured to monitor network traffic over the network to detect devices on the network based on detection of particular one or more network packets in the network traffic over the network, monitor network conditions, and provide data related to the detected devices and the network conditions to a device management circuitry; device management circuitry configured to determine characteristics of the network based on the data received from the network analysis circuitry and prepare suggested optimizations or troubleshooting measures; and a remote management circuitry configured to provide a remote dashboard interface for visualizing data generated by the device management circuitry and the network analysis circuitry including the suggested optimizations or troubleshooting measures. network analysis circuitry configured to monitor network traffic over the network to detect devices on the network based on detection of particular one or more network packets in the network traffic over the network, monitor network conditions, and provide data related to the detected devices and the network conditions to a device management circuitry; device management circuitry configured to determine characteristics of the network based on the data received from the network analysis circuitry and prepare suggested optimizations or troubleshooting measures; and a remote management circuitry configured to provide a remote dashboard interface for visualizing data generated by the device management circuitry and the network analysis circuitry including the suggested optimizations or troubleshooting measures.
Device for the lymphatic drainage of a limb of a patient, the device comprising: • an element forming a sleeve defining an inner volume for surrounding at least a part of the limb of the patient and comprising a proximal end and a distal end, the element forming a sleeve further comprising a plurality of means for spraying fluid configured to be connected to a fluid supply source, said means for spraying fluid being oriented towards the inner volume of said element forming a sleeve, so as to spray the fluid towards the limb of the patient when the drainage device is installed on said limb; • a plurality of support elements spaced along the element forming a sleeve and configured to support said means for spraying fluid, each of the support elements supporting a group of means for spraying fluid; characterized in that the device comprises • a control component configured to control the fluid supply of a single one of the groups of means for spraying fluid at once. • an element forming a sleeve defining an inner volume for surrounding at least a part of the limb of the patient and comprising a proximal end and a distal end, the element forming a sleeve further comprising a plurality of means for spraying fluid configured to be connected to a fluid supply source, said means for spraying fluid being oriented towards the inner volume of said element forming a sleeve, so as to spray the fluid towards the limb of the patient when the drainage device is installed on said limb; • a plurality of support elements spaced along the element forming a sleeve and configured to support said means for spraying fluid, each of the support elements supporting a group of means for spraying fluid; characterized in that the device comprises • a control component configured to control the fluid supply of a single one of the groups of means for spraying fluid at once.
A pharmaceutical composition comprising cells committed to the generation of heart tissue, wherein said cells show: i. an observed increase in expression level as compared to a reference of MEF2C and optionally at least one gene further selected from the group consisting of Nkx2.5, Tbx5, GATA4, GATA6, Mesp1, FOG1 FOG2, FIk1; and/or ii. an observed presence of at least one polypeptide species chosen from the group consisting of Nkx2.5, Tbx5, GATA4, GATA6, Mesp1, FOG1 FOG2, Flk1, as compared to a reference and nuclear translocation to the nuclei of the cell of one or more of Nkx2.5 and MEF2C; and at least one pharmaceutically acceptable excipient, wherein said at least one pharmaceutically acceptable excipient is a preservation solution. i. an observed increase in expression level as compared to a reference of MEF2C and optionally at least one gene further selected from the group consisting of Nkx2.5, Tbx5, GATA4, GATA6, Mesp1, FOG1 FOG2, FIk1; and/or ii. an observed presence of at least one polypeptide species chosen from the group consisting of Nkx2.5, Tbx5, GATA4, GATA6, Mesp1, FOG1 FOG2, Flk1, as compared to a reference and nuclear translocation to the nuclei of the cell of one or more of Nkx2.5 and MEF2C;
An optoelectronic apparatus suitable for a stationary mounting at a monitoring region with objects to be detected, the apparatus comprising an image sensor for generating images of the objects, a receiving optics associated with the image sensor for generating images of the objects on the image sensor, the reception optics having an adaptive lens with variable tilt so that there is a variation of the field of view in the monitoring area of the apparatus, and an evaluation unit for determining object information from an image, characterized in that the evaluation unit is configured to derive the movement behavior of the object to be detected from an external input signal and to tilt the adaptive lens during an imaging of the object so that effects of the movement of the object on the imaging are compensated, wherein the apparatus is configured to move its imaging area with the object.