mhurhangee/ep-ind-claims huggingface dataset:
A method of data transfer between a first security context in a tenant system and a second security context in a service provider system, the method comprising: generating an access control list corresponding to the data in the first security context, wherein the access control list specifies that a valid use credential must be presented in order to grant a first type of use of the data; generating a first cryptographic key pair and a first cryptographic certificate in the second security context, the first cryptographic key pair comprising a first public key, K BLOB pub, and a first private key, K BLOB priv and the first cryptographic certificate comprising information from which the origin of the first public key K BLOB pub can be validated; sending the first public key K BLOB pub and the first cryptographic certificate to the first security context; validating the first cryptographic certificate in the first security context; if the first cryptographic certificate is valid, encrypting the data and the corresponding access control list with the first public key K BLOB pub in the first security context; sending the encrypted data and corresponding access control list, and information from which the origin of the data can be validated, to the second security context. generating an access control list corresponding to the data in the first security context, wherein the access control list specifies that a valid use credential must be presented in order to grant a first type of use of the data; generating a first cryptographic key pair and a first cryptographic certificate in the second security context, the first cryptographic key pair comprising a first public key, K BLOB pub, and a first private key, K BLOB priv and the first cryptographic certificate comprising information from which the origin of the first public key K BLOB pub can be validated; sending the first public key K BLOB pub and the first cryptographic certificate to the first security context; validating the first cryptographic certificate in the first security context; if the first cryptographic certificate is valid, encrypting the data and the corresponding access control list with the first public key K BLOB pub in the first security context; sending the encrypted data and corresponding access control list, and information from which the origin of the data can be validated, to the second security context.
A cable grounding system comprising: a cable having an outer conductor and a jacket surrounding the outer conductor, the outer conductor comprising an exposed portion that is exposed relative to the jacket; and a cable clamp comprising conductive top and bottom clamps (120, 122), a dielectric cover, and an electrical contact, the top and bottom clamps (120, 122) clamping the exposed portion of the outer conductor therebetween such that the outer conductor is electrically connected to the top and bottom clamps (120, 122), the electrical contact being configured to be electrically connected to ground, wherein the dielectric cover covers at least a portion of the top clamp and covers at least a portion of the bottom clamp, the top and bottom clamps (120, 122) clamp a length of the cable that includes the jacket therebetween, and at least one of the top clamp or the bottom clamp comprises a channel (142, 152) that receives a length of the cable that includes the jacket therein, characterised in that the electrical contact includes an opening configured to receive a grounding wire; and the dielectric cover includes a lid to cover the electrical contact when the grounding wire is not received in the opening.
An association of microbial cultures consisting of individual cultures Lactobacillus plantarum, LUMBI B78 and Saccharomyces cerevisiae LUMBI R42 in ratio 2:1 deposited in Latvian Culture Collection of Microorganisms under accession number P 1399.
A monitoring system for monitoring the condition of a band circulating in a paper making machine; the system comprising: - a detecting device configured to detect at least one parameter indicative of the conditions of the band; - a moving assembly configured to move the detecting device along a direction transversal to the circulating direction of the band characterized in that the moving assembly comprises a cable moving device and a carriage moved by the cable moving device and coupled to the detecting device, a guide configured to guide the movement of the carriage and extending along an axis substantially transversal to the circulating direction of the band and two protective covers defined by thin metal sheets; each protective covers having one first end coupled to a rotating shaft arranged at a respective end of the guide and one second end coupled to the carriage - a detecting device configured to detect at least one parameter indicative of the conditions of the band; - a moving assembly configured to move the detecting device along a direction transversal to the circulating direction of the band characterized in that the moving assembly comprises a cable moving device and a carriage moved by the cable moving device and coupled to the detecting device, a guide configured to guide the movement of the carriage and extending along an axis substantially transversal to the circulating direction of the band and two protective covers defined by thin metal sheets; each protective covers having one first end coupled to a rotating shaft arranged at a respective end of the guide and one second end coupled to the carriage
Encapsulated fragrance composition, said fragrance composition comprising from about 1.00 wt% to about 10.00 wt%, based on the weight of the fragrance composition, of an accord comprising: (i) about 90.00 wt% to about 100 wt%, based on the weight of the accord, of at least one compound selected from menthol, menthyl acetate, isopulegol, pulegone, pulegol, peppermint cyclohexanone, and dihydromyrcene; (ii) about 0 wt% to about 10.00 wt%, based on the weight of the accord, of at least one compound selected from citroxide, elemicin, elemol, geranic oxide, vanillyl ethyl ether, vanillyl butyl ether, caryophyllene beta and zingiberene alpha; wherein the accord comprises at least two compounds, wherein at least one of menthol and isopulegol is present in the accord, and wherein the sum of (i) + (ii) makes up 100 wt% of the accord. (i) about 90.00 wt% to about 100 wt%, based on the weight of the accord, of at least one compound selected from menthol, menthyl acetate, isopulegol, pulegone, pulegol, peppermint cyclohexanone, and dihydromyrcene; (ii) about 0 wt% to about 10.00 wt%, based on the weight of the accord, of at least one compound selected from citroxide, elemicin, elemol, geranic oxide, vanillyl ethyl ether, vanillyl butyl ether, caryophyllene beta and zingiberene alpha;
A ring spinning machine comprising at least one spinning station with a spinning cop in a cop zone, a drafting zone above the spinning cop, a balloon control ring situated in between the drafting zone and the cop zone, and an automatic yarn piecing apparatus with a yarn picking arrangement to detach a broken yarn end from the spinning cop to enable an automatic piecing operation in the ring spinning machine, the yarn picking arrangement comprising: a suction jet assembly comprising a hose having a first end and a second end, the first end connected to a suction air source, and the second end having a circumferential housing and a driving means coupled to the suction jet assembly for moving the suction jet assembly vertically downwards from the drafting zone to the cop zone, such that the circumferential housing of the suction jet assembly surrounds the cop at the outer portion at the top of the cop, and for moving around 100 mm vertically downwards from the top of the cop towards a position adjacent to the balloon control ring, said suction jet assembly thereby covering at least 85 mm of the cop height from the top of the cop, the suction air source generating a suction pull which pulls the broken yarn end present anywhere in the chase length from bottom to top of the cop into the circumferential housing. a suction jet assembly comprising a hose having a first end and a second end, the first end connected to a suction air source, and the second end having a circumferential housing and a driving means coupled to the suction jet assembly for moving the suction jet assembly vertically downwards from the drafting zone to the cop zone, such that the circumferential housing of the suction jet assembly surrounds the cop at the outer portion at the top of the cop, and for moving around 100 mm vertically downwards from the top of the cop towards a position adjacent to the balloon control ring, said suction jet assembly thereby covering at least 85 mm of the cop height from the top of the cop, the suction air source generating a suction pull which pulls the broken yarn end present anywhere in the chase length from bottom to top of the cop into the circumferential housing.
An inflatable air cushion adapted for attachment to a femoral compression device, comprising: a manometer (8, 41) connected to the inflatable air cushion for measurement of a current pressure difference between pressure prevailing inside the inflatable air cushion and ambient air pressure, wherein the manometer is an electronic manometer, and a vent knob (10, 45), by which an air opening leading to the inflatable air cushion can be closed or opened, characterized in that said vent knob (10,45) at the time of manufacture is positioned such that the air opening is open, and wherein the inflatable air cushion further comprises a mechanical device (11, 46) which prevents the vent knob (10, 45) from being manoeuvred before the manometer (8,41) is zeroed. a manometer (8, 41) connected to the inflatable air cushion for measurement of a current pressure difference between pressure prevailing inside the inflatable air cushion and ambient air pressure, wherein the manometer is an electronic manometer, and a vent knob (10, 45), by which an air opening leading to the inflatable air cushion can be closed or opened, characterized in that said vent knob (10,45) at the time of manufacture is positioned such that the air opening is open, and wherein the inflatable air cushion further comprises a mechanical device (11, 46) which prevents the vent knob (10, 45) from being manoeuvred before the manometer (8,41) is zeroed.
Method for producing a pneumatic vehicle tyre having a tread which is multi-layered in the radial direction and comprises an at least single-layered tread cap (3, 3') and a tread base (2, 2'), wherein at least the tread cap (3, 3') consists of an electrically non-conductive vulcanized rubber mixture and is produced in one or more layers by winding at least one material strip (4, 4') composed of an electrically nonconducting unvulcanized rubber mixture, and wherein electrically conductive material is introduced during the winding operation and produces a connection in the vulcanized tyre between the outer side of the tread and the tread base or the layer on which the tread base is situated, characterized in that a portion of the tread cap (3, 3') is wound in the axial direction, and the electrically conductive material is applied in strips over the circumference, wherein strip portions extend on the tread base, where appropriate also on the layer radially within the tread base, and strip portions extend both on the last-wound winding of the tread cap (3, 3') and on the externally exposed portion of the already overlapped winding, adjacent to the last-wound winding, of the material strip (4, 4') of the tread cap (3, 3'), and wherein the tread cap (3, 3') is then finish-wound.
Drive train device for a motor vehicle with a first component (10a, 10b), with a second component (11a, 11b), which is connected to the first component (10a, 10b) in a torque-transmitting manner and consists at least substantially of a material represented by light metal, and with at least one element (12a, 12b), which is at least partially embedded in the second component (11a, 11b) and consists at least substantially of a predominantly ferrous material, wherein the embedded element (12a, 12b) is designed as a connecting element connected to the first component (10a, 10b) by adhesive force for establishing the torque-transmitting connection, and wherein the first component (10a, 10b) and/or the second component (11a, 11b) at least partially form(s) a housing and the embedded element axially projects on both sides from the material of the second component characterised in that at least one side of the embedded element axially projecting from the material of the second component has at least one balancing element and/or at least one balancing recess.
Working machine, in particular construction machine, having a mast, along which, by means of a positioning means, a power rotary head is vertically movable, by which a telescopic Kelly rod having at least two Kelly bars is guided in a displaceable manner, wherein an outer Kelly bar designed for being supported on the power rotary head and an inner Kelly bar are provided which comprises a rope suspension for a rope, by which the inner Kelly bar is vertically movable by means of a main rope winch, wherein, for the purpose of torque transmission, the Kelly bars are provided on their external and/or internal sides with axially running drive keys as well as locking recesses on the drive keys and/or axial latch elements which can be moved into the locking recesses for axially locking the Kelly bars or moved out of the locking recesses for unlocking, characterized in that a control is provided which is designed for automatically checking a correct locking state of the Kelly bars, irrespective of whether a locking process is carried out, wherein by the control the positioning means of the power rotary head and/or the main rope winch can be actuated so that the Kelly bars (42, 46) are moved axially relative to each other, in that at least one detection means is provided, with which a movement distance of the Kelly bars (42, 46) with respect to each other and/or an axial force during movement of the Kelly bars (42, 46) can be detected, and in that the control is designed to ascertain the correct locking state of the Kelly bars depending on the detected movement distance and/or the detected axial force. a control is provided which is designed for automatically checking a correct locking state of the Kelly bars, irrespective of whether a locking process is carried out, wherein by the control the positioning means of the power rotary head and/or the main rope winch can be actuated so that the Kelly bars (42, 46) are moved axially relative to each other, in that at least one detection means is provided, with which a movement distance of the Kelly bars (42, 46) with respect to each other and/or an axial force during movement of the Kelly bars (42, 46) can be detected, and in that the control is designed to ascertain the correct locking state of the Kelly bars depending on the detected movement distance and/or the detected axial force.
Intervertebral stabilising screw for distraction and contraction of the intervertebral space and for intervertebral fusion, which comprises a main body with an axial through-hole and a distal thread for securing to a vertebra, the distal thread located at a distal end of the main body, a hollow proximal secondary body that can slide along the length of the main body and a travel stop for the proximal secondary body, located on an outer surface of the main body, characterised in that the main body and the proximal secondary body are threaded together, in such a way that said sliding along the length of the main body comprises a relative rotation therebetween, and in that the proximal secondary body also includes an external thread for securing to an adjacent vertebra, and in that said main body comprises at least one fill hole, located between the distal thread and said stop, for connecting an intervertebral space between said vertebra and said adjacent vertebra to said axial hole, and in that the external diameter of the thread of the proximal secondary body is greater than the diameter of the distal thread.
A shell and tube heat exchanger comprising: a shell side having a separation plate dividing the shell into at least two compartments (220, 225), each of the compartments having a feed inlet (230, 240) and a feed outlet (235, 245); and a tube side comprising a plurality of tubes in the shell, at least one tube in each compartment, the tube side having an effluent inlet and an effluent outlet; wherein the effluent inlet is in fluid communication with the tube inlets and the effluent outlet is in fluid communication with the tube outlets; and wherein a plate separates the tube inlets from the tube outlets; and wherein the tubes are U-shaped, and the effluent inlet and effluent outlet are at the same end of the shell. a shell side having a separation plate dividing the shell into at least two compartments (220, 225), each of the compartments having a feed inlet (230, 240) and a feed outlet (235, 245); and a tube side comprising a plurality of tubes in the shell, at least one tube in each compartment, the tube side having an effluent inlet and an effluent outlet; wherein the effluent inlet is in fluid communication with the tube inlets and the effluent outlet is in fluid communication with the tube outlets; and wherein a plate separates the tube inlets from the tube outlets; and wherein the tubes are U-shaped, and the effluent inlet and effluent outlet are at the same end of the shell.
Gripper installation for simultaneously gripping a plurality of elongate flexible items, in particular sausages, having a plurality of gripper portions that are disposed so as to be mutually parallel, characterized in that each gripper portion has two mutually spaced-apart finger pairs, wherein the fingers of each finger pair grip one of the items at opposite sides and for gripping the item are capable of being simultaneously converged, wherein the fingers are pivotable about a vertical pivot axis and capable of being moved from above between the items, and capable of being moved laterally against the sides of the items by pivoting about the pivot axes, and wherein the gripper portions are capable of being simultaneously activated.
An image capturing device comprising: an elongated body; an imaging window coupled to a distal end of the elongated body; a flexible circuit disposed within the elongated body; a heat source disposed on the flexible circuit within the elongated body, the heat source coupled to the imaging window and configured to apply heat to the imaging window to remove condensation from or prevent condensation from forming on the imaging window; a spring configured to bias the flexible circuit toward the imaging window; and a heat spreader in contact with the imaging window and coupled to a distal end of the flexible circuit. an elongated body; an imaging window coupled to a distal end of the elongated body; a flexible circuit disposed within the elongated body; a heat source disposed on the flexible circuit within the elongated body, the heat source coupled to the imaging window and configured to apply heat to the imaging window to remove condensation from or prevent condensation from forming on the imaging window; a spring configured to bias the flexible circuit toward the imaging window; and a heat spreader in contact with the imaging window and coupled to a distal end of the flexible circuit.
A nanostructured device comprising a first group of nanowires protruding from a substrate where each nanowire of the first group of nanowires comprises at least one pn- or p-i-n-junction, a first contacting means that at least partially encloses and electrically connects to a first side of the pn- or p-i-n-junction of each nanowire in the first group of nanowires wherein a second contacting means which comprises a second contact and a second group of nanowires that protrudes from the substrate, said second contact at least partly enclosing the nanowires of the second group of nanowires, is arranged to provide an electrical connection to a second side of the pn or p-i-n junction characterized in that the nanowires of the second group of nanowires are devoid of pn- or p-i-n-junctions.
A vehicle comprising: a battery, a secondary coil (120, 350) receiving electric power to be supplied to the battery from a power feeding device external to the vehicle, a rectifier rectifying the electric power extracted by the secondary coil (120,350), a communication device communicating with the power feeding device, and an ECU, wherein the ECU is configured to signal the power feeding device to stop charging when the ECU determines that the battery is fully charged, characterized in that the ECU is configured to control the vehicle to shut down receiving electric power in the vehicle by changing an impedance of the secondary coil (120, 350) when the ECU detects an error during charging of the battery. a battery, a secondary coil (120, 350) receiving electric power to be supplied to the battery from a power feeding device external to the vehicle, a rectifier rectifying the electric power extracted by the secondary coil (120,350), a communication device communicating with the power feeding device, and an ECU, wherein the ECU is configured to signal the power feeding device to stop charging when the ECU determines that the battery is fully charged, characterized in that the ECU is configured to control the vehicle to shut down receiving electric power in the vehicle by changing an impedance of the secondary coil (120, 350) when the ECU detects an error during charging of the battery.
Method for maintenance of an apparatus for air-conditioning, wherein face surfaces (28, 29, 40, 47) of connecting air channels (26, 27, 46) assigned to at least one air-handling device are brought into alignment or out of alignment with face surfaces (35, 41, 49) of connections (22, 23, 24 or 25) of the at least one air-handling device and/or air channels by way of displacement transverse to the longitudinal central plane of the connecting air channels (26, 27, 46), characterized in that, during the transverse displacement of the connecting air channels (26, 27, 46), the face surfaces (28, 29, 40, 47) of the connecting air channels (26, 27, 46) and the face surfaces (35, 41, 49) of the connections (22, 23, 24, 25) are also moved away from one another, or moved towards one another, in that the respective connecting air channel (26, 27, 46) is pushed in a wedge-like manner between those face surfaces (35, 41, 49) of the connections (22, 23, 24 or 25) of the respective air-handling device which are assigned thereto and the onward-leading air channels, and wherein the respective connecting air channel (26, 27, 46), by way of at least one obliquely directed face surface (28, 29, 47), can, in a wedge-like manner, be pressed onto or lifted off from the corresponding face surfaces (35, 49) of the respective air-handling device or air channel.