mhurhangee/ep-ind-claims huggingface dataset:
A method of installing a bunded pipe system for transfer of hazardous fluids, the method comprising: providing one or more fittings (10, 11, 12, 60) for terminating or splitting pipes in a bunded steel pipe run, each said fitting comprising an inner tubular steel member for joining to an end of the inner steel pipe of a bunded pipe and an outer tubular steel member at least partially surrounding the inner tubular member and spaced therefrom for joining to the outer steel pipe of the bunded pipe, each end of the inner tubular steel member of the fitting (21, 71) extending beyond the corresponding end of the outer tubular steel member; joining the inner tubular steel member to the inner tubular pipe of a bunded pipe; and joining the outer tubular steel member to the outer pipe of the bunded pipe; characterised in that the inner and outer tubular steel members are joined respectively to the inner and outer bunded pipes in situ in a cold process by inserting an end portion of each pipe into an end portion of each tubular steel member, or vice versa, to provide a male-female coupling and applying pressure at a plurality of points around the female coupling where it overlaps with the male coupling to compress the female coupling against the male coupling to form a crimped seal therebetween. providing one or more fittings (10, 11, 12, 60) for terminating or splitting pipes in a bunded steel pipe run, each said fitting comprising an inner tubular steel member for joining to an end of the inner steel pipe of a bunded pipe and an outer tubular steel member at least partially surrounding the inner tubular member and spaced therefrom for joining to the outer steel pipe of the bunded pipe, each end of the inner tubular steel member of the fitting (21, 71) extending beyond the corresponding end of the outer tubular steel member; joining the inner tubular steel member to the inner tubular pipe of a bunded pipe; and joining the outer tubular steel member to the outer pipe of the bunded pipe; characterised in that the inner and outer tubular steel members are joined respectively to the inner and outer bunded pipes in situ in a cold process by inserting an end portion of each pipe into an end portion of each tubular steel member, or vice versa, to provide a male-female coupling and applying pressure at a plurality of points around the female coupling where it overlaps with the male coupling to compress the female coupling against the male coupling to form a crimped seal therebetween.
A secure server device, comprising: an interface configured to obtain a public key of a provisioning asymmetric cryptographic key pair, said provisioning asymmetric cryptographic key pair having been generated based on a first symmetric cryptographic key of a client device class identifier, wherein the first symmetric cryptographic key is the same first symmetric cryptographic key for all client devices with the same class identifier; and a processor configured to utilize said obtained public key of said provisioning asymmetric cryptographic key pair in generation of a second symmetric cryptographic key, and utilize said generated second symmetric cryptographic key in encryption of data to be provisioned to one or more client devices associated with said class identifier, wherein the interface is further configured to send the encrypted data to be provisioned to one or more of the client devices associated with said class identifier. an interface configured to obtain a public key of a provisioning asymmetric cryptographic key pair, said provisioning asymmetric cryptographic key pair having been generated based on a first symmetric cryptographic key of a client device class identifier, wherein the first symmetric cryptographic key is the same first symmetric cryptographic key for all client devices with the same class identifier; and a processor configured to utilize said obtained public key of said provisioning asymmetric cryptographic key pair in generation of a second symmetric cryptographic key, and utilize said generated second symmetric cryptographic key in encryption of data to be provisioned to one or more client devices associated with said class identifier, wherein the interface is further configured to send the encrypted data to be provisioned to one or more of the client devices associated with said class identifier.
A measuring and/or control system, comprising: - at least a first and a second unit, each comprising a casing with a front wall, electronic circuits and at least one socket; - a bridge connector having a first multipolar connector and a second multipolar connector, the first multipolar connector and the second multipolar connector each being adapted to be coupled to one of said sockets in order to electrically connect the first and the second unit; characterized in that - in each of said first and the second units, said at least one socket is positioned on the respective front wall and comprises planar electrical contacts, - the first and the second multipolar connectors of the bridge connector are directed in the same direction so as to face the front wall of the first unit and the second unit and each comprise retractable contacts, and - the bridge connector comprises fastening elements for fastening the bridge connector to the front wall of the first unit and of the second unit. - at least a first and a second unit, each comprising a casing with a front wall, electronic circuits and at least one socket; - a bridge connector having a first multipolar connector and a second multipolar connector, the first multipolar connector and the second multipolar connector each being adapted to be coupled to one of said sockets in order to electrically connect the first and the second unit; characterized in that - in each of said first and the second units, said at least one socket is positioned on the respective front wall and comprises planar electrical contacts, - the first and the second multipolar connectors of the bridge connector are directed in the same direction so as to face the front wall of the first unit and the second unit and each comprise retractable contacts, and - the bridge connector comprises fastening elements for fastening the bridge connector to the front wall of the first unit and of the second unit.
A method for classifying an individual as having or not having disposition for aneurysm initiation, in the future, in a point on a wall of a cerebral artery of an individual, the method being executed by a computerized system and comprising: receiving, from a modality, input data comprising morphological data of the cerebral artery, the morphological data comprising data indicative of at least first and second geometrical parameters comprising artery diameter and artery curvature of the cerebral artery along its trajectory; analyzing said input data; and upon identifying at least one flow-diverting location along the cerebral artery satisfying both first and second predetermined conditions comprising a minimal value of the artery diameter and a corresponding upper limit of the artery curvature value, which above it the individual develops aneurysm, classifying said individual as having disposition for formation of an aneurysm, in the future, at said flow-diverting location of the cerebral artery, and generating classification data; and generating, based on the classification data, prediction data for said individual with regard to aneurysm formation in the future. receiving, from a modality, input data comprising morphological data of the cerebral artery, the morphological data comprising data indicative of at least first and second geometrical parameters comprising artery diameter and artery curvature of the cerebral artery along its trajectory; analyzing said input data; and upon identifying at least one flow-diverting location along the cerebral artery satisfying both first and second predetermined conditions comprising a minimal value of the artery diameter and a corresponding upper limit of the artery curvature value, which above it the individual develops aneurysm, classifying said individual as having disposition for formation of an aneurysm, in the future, at said flow-diverting location of the cerebral artery, and generating classification data; and generating, based on the classification data, prediction data for said individual with regard to aneurysm formation in the future.
A composite structure, comprising: a multi-sided ring of stacked unidirectional fiber layers aligned in a first direction, each fiber layer formed from a layer of material having binder and unidirectional fibers and each fiber layer having opposing first and second surfaces, wherein the ring of multiple fiber layers has an outer edge formed by the first surface of an outermost one of the fiber layers and has an inner edge formed by the second surface of an innermost one of the fiber layers; first and second specifically defined regions of reinforcing fiber infused with the plastic binder during a composite structure formation operation, the first and second regions being non-contiguous and on opposite sides of the composite structure, the reinforcing agent providing enhanced structural strength for the infused sides; characterized in that the composite structure further comprises: first and second scrim layers positioned between the first and second specifically defined regions and the multi-sided ring, each of the first and second scrim layers being formed of the stacked unidirectional fiber layers aligned in a second direction different than the first direction, the first scrim layer being placed on a first exterior surface of the multi-sided ring of glass fibers and the second scrim layer being placed on a second exterior surface opposite the first exterior surface of the multi-sided ring of glass fibers. a multi-sided ring of stacked unidirectional fiber layers aligned in a first direction, each fiber layer formed from a layer of material having binder and unidirectional fibers and each fiber layer having opposing first and second surfaces, wherein the ring of multiple fiber layers has an outer edge formed by the first surface of an outermost one of the fiber layers and has an inner edge formed by the second surface of an innermost one of the fiber layers; first and second specifically defined regions of reinforcing fiber infused with the plastic binder during a composite structure formation operation, the first and second regions being non-contiguous and on opposite sides of the composite structure, the reinforcing agent providing enhanced structural strength for the infused sides; first and second scrim layers positioned between the first and second specifically defined regions and the multi-sided ring, each of the first and second scrim layers being formed of the stacked unidirectional fiber layers aligned in a second direction different than the first direction, the first scrim layer being placed on a first exterior surface of the multi-sided ring of glass fibers and the second scrim layer being placed on a second exterior surface opposite the first exterior surface of the multi-sided ring of glass fibers.
Glycosyltransferase for producing an aroma glycoside coded by a nucleic acid sequence that a) comprises the sequence of SEQ-ID2. a) comprises the sequence of SEQ-ID2.
A surgical saw blade (24, 24', 24") comprising: a cutting edge (42, 42') including a plurality of teeth (44, 44') substantially entirely formed of a first material having a first thermal conductivity; a proximal portion (34, 34', 34") including a blade hub (30, 30'); and a body portion (46, 46', 46") disposed between and connecting the cutting edge (42, 42') and the proximal portion (34, 34', 34") characterised in that the body portion (46, 46', 46") includes: a thermal transit core (56, 56', 56A', 56B', 56") formed of a second material having a second thermal conductivity at least twice the first thermal conductivity and the core (56, 56', 56A', 56B', 56") having at least two opposed longitudinally extending first core surfaces (57, 57A', 57B', 57") extending across a width of the core (56, 56', 56A', 56B', 56"), and at least two opposed longitudinally extending first flanking members (58, 58') respectively disposed over the longitudinally extending first core surfaces (57, 57A', 57B', 57"). a cutting edge (42, 42') including a plurality of teeth (44, 44') substantially entirely formed of a first material having a first thermal conductivity; a proximal portion (34, 34', 34") including a blade hub (30, 30'); and a body portion (46, 46', 46") disposed between and connecting the cutting edge (42, 42') and the proximal portion (34, 34', 34") characterised in that the body portion (46, 46', 46") includes: a thermal transit core (56, 56', 56A', 56B', 56") formed of a second material having a second thermal conductivity at least twice the first thermal conductivity and the core (56, 56', 56A', 56B', 56") having at least two opposed longitudinally extending first core surfaces (57, 57A', 57B', 57") extending across a width of the core (56, 56', 56A', 56B', 56"), and at least two opposed longitudinally extending first flanking members (58, 58') respectively disposed over the longitudinally extending first core surfaces (57, 57A', 57B', 57"). a thermal transit core (56, 56', 56A', 56B', 56") formed of a second material having a second thermal conductivity at least twice the first thermal conductivity and the core (56, 56', 56A', 56B', 56") having at least two opposed longitudinally extending first core surfaces (57, 57A', 57B', 57") extending across a width of the core (56, 56', 56A', 56B', 56"), and at least two opposed longitudinally extending first flanking members (58, 58') respectively disposed over the longitudinally extending first core surfaces (57, 57A', 57B', 57").
A ladder comprising: a base section; a fly section slidably coupled to the base section; and a rope and pulley system comprising: a rope having a first end coupled to base section and a second end coupled to the fly section; a plurality of pulleys (402A-E) configured so that a first section of rope extends along a first side rail of a pair of side rails (206A, 206B) of the fly section; characterized in that the rope and pulley system further includes another section of the rope extending from a lower portion of the base section to an upper portion of the fly section while being positioned between the pair of rails (206A, 206B) of the fly section. a base section; a fly section slidably coupled to the base section; and a rope and pulley system comprising: a rope having a first end coupled to base section and a second end coupled to the fly section; a plurality of pulleys (402A-E) configured so that a first section of rope extends along a first side rail of a pair of side rails (206A, 206B) of the fly section; characterized in that the rope and pulley system further includes another section of the rope extending from a lower portion of the base section to an upper portion of the fly section while being positioned between the pair of rails (206A, 206B) of the fly section. a rope having a first end coupled to base section and a second end coupled to the fly section; a plurality of pulleys (402A-E) configured so that a first section of rope extends along a first side rail of a pair of side rails (206A, 206B) of the fly section; characterized in that the rope and pulley system further includes another section of the rope extending from a lower portion of the base section to an upper portion of the fly section while being positioned between the pair of rails (206A, 206B) of the fly section.
An avionic communication system comprising: - a plurality of switches (22A,..., 22N) connected to each other in order to form a computer network; - a plurality of equipment units (24A,..., 24N), each equipment unit (24A,..., 24N) being a transmitter and/or receiver of digital data and being connected to at least one switch (22A,..., 22N); the system being such that: - each transmitting equipment unit (24A,..., 24N) is capable of generating digital data that are present in the form of a plurality of frames, each frame having an identifier (VL, Flow_ID) and being of a first type or of a second type, the frames of the first type being in compliance with a first protocol and the frames of the second type being in compliance with a second protocol which is different from the first protocol, the frames of a same type having the same identifier (VL; Flow_ID) forming a data flow of this type; - each switch (22A,..., 22N) and each receiving equipment unit (24A,..., 24N) are configured so as to determine the type of each frame received and, based on the determined type, to process this frame in accordance with the first protocol or in accordance with the second protocol, each frame of the first type being processed on a prioritised basis in relation to each frame of the second type; and - the first protocol is of the type ARINC 664 P7 and the second protocol is of the type Ethernet with predetermined routing, wherein each transmitting equipment unit (24A,..., 24N) is configured so as to transmit the frames of the second type included in the same data flow according to a bandwidth defined for this data flow. - a plurality of switches (22A,..., 22N) connected to each other in order to form a computer network; - a plurality of equipment units (24A,..., 24N), each equipment unit (24A,..., 24N) being a transmitter and/or receiver of digital data and being connected to at least one switch (22A,..., 22N); - each transmitting equipment unit (24A,..., 24N) is capable of generating digital data that are present in the form of a plurality of frames, each frame having an identifier (VL, Flow_ID) and being of a first type or of a second type, the frames of the first type being in compliance with a first protocol and the frames of the second type being in compliance with a second protocol which is different from the first protocol, the frames of a same type having the same identifier (VL; Flow_ID) forming a data flow of this type; - each switch (22A,..., 22N) and each receiving equipment unit (24A,..., 24N) are configured so as to determine the type of each frame received and, based on the determined type, to process this frame in accordance with the first protocol or in accordance with the second protocol, each frame of the first type being processed on a prioritised basis in relation to each frame of the second type; and - the first protocol is of the type ARINC 664 P7 and the second protocol is of the type Ethernet with predetermined routing,
A system for storing live seafood products, including: - separate tubular compartments each having an upstream end and a downstream end, the products of the sea being introduced in the living state in said compartments, - a hydraulic circuit (41, 42) adapted to generate water circulation in each of the compartments, - an installation adapted to treat the circulating water so as to adapt its composition to the products of the sea, characterized in that: - the tubular compartments are part of at least one module in the form of a block in which said compartments are made, which block is made of a lightweight material so that it can be handled, empty, by an operator, said module being removable with respect to the hydraulic circuit (41, 42) and to the treatment installation, - the tubular compartments have their upstream end and their downstream end open, the water flow being generated by the hydraulic circuit entering said compartments through their upstream end and emerging through their downstream end, the products of the sea being immersed in this water flow, - the installation is adapted to maintain the water circulating in the compartments at a temperature below 25 °C. - separate tubular compartments each having an upstream end and a downstream end, the products of the sea being introduced in the living state in said compartments, - a hydraulic circuit (41, 42) adapted to generate water circulation in each of the compartments, - an installation adapted to treat the circulating water so as to adapt its composition to the products of the sea, - the tubular compartments are part of at least one module in the form of a block in which said compartments are made, which block is made of a lightweight material so that it can be handled, empty, by an operator, said module being removable with respect to the hydraulic circuit (41, 42) and to the treatment installation, - the tubular compartments have their upstream end and their downstream end open, the water flow being generated by the hydraulic circuit entering said compartments through their upstream end and emerging through their downstream end, the products of the sea being immersed in this water flow, - the installation is adapted to maintain the water circulating in the compartments at a temperature below 25 °C.
A rotator arrangement for providing a rotating movement between a crane arm or the like and a hydraulic tool, the rotator arrangement comprising: - a first attachment piece arranged to be attached to the crane arm or the like, - a second attachment piece arranged to be attached to the hydraulic tool, - a casing joining the first attachment piece to the second attachment piece, which casing is arranged to carry the loads of the hydraulic tool and includes a bearing or the like allowing a first part of the casing to rotate with respect to a second part of the casing, and - a hydraulic rotation motor arranged to provide a rotational movement between the first and second attachment pieces (15,16) around an axial axis, the motor comprising a stator and a rotor, the rotor being arranged inside the stator so as to rotate with respect to the stator around the same axial axis as the first and second attachment pieces, characterised in that hydraulic couplings for connection to hydraulic hoses arriving from the crane arm or the like to provide the hydraulic tool with hydraulic fluid are arranged facing the first attachment piece and substantially parallel to the axial axis through at least a part of the rotor of the motor, the rotor being arranged at least partly inside said casing, and wherein the motor is hollow allowing the hydraulic hoses to pass through the interior of both the rotor and stator along the direction of the axial axis. - a first attachment piece arranged to be attached to the crane arm or the like, - a second attachment piece arranged to be attached to the hydraulic tool, - a casing joining the first attachment piece to the second attachment piece, which casing is arranged to carry the loads of the hydraulic tool and includes a bearing or the like allowing a first part of the casing to rotate with respect to a second part of the casing, and - a hydraulic rotation motor arranged to provide a rotational movement between the first and second attachment pieces (15,16) around an axial axis, the motor comprising a stator and a rotor, the rotor being arranged inside the stator so as to rotate with respect to the stator around the same axial axis as the first and second attachment pieces, characterised in that hydraulic couplings for connection to hydraulic hoses arriving from the crane arm or the like to provide the hydraulic tool with hydraulic fluid are arranged facing the first attachment piece and substantially parallel to the axial axis through at least a part of the rotor of the motor, the rotor being arranged at least partly inside said casing, and wherein the motor is hollow allowing the hydraulic hoses to pass through the interior of both the rotor and stator along the direction of the axial axis.