mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a refuse derived solid fuel (RDSF) and feeding the said fuel to a combustion plant, which comprises: - providing a first component consisting of a dry fraction of solid urban waste in a shredded form, - providing at least one second component in a shredded form selected from an elastomeric material and a thermoplastic material, or mixtures thereof, - separately metering and feeding the said first component and the said at least one second component onto a continuous conveyor in such a way so as to form overlapping layers of the said components, - discharging the said components so assembled into at least one temporary accumulation container so as to form the RDSF, - feeding and metering the RDSF so obtained to a combustion plant. - providing a first component consisting of a dry fraction of solid urban waste in a shredded form, - providing at least one second component in a shredded form selected from an elastomeric material and a thermoplastic material, or mixtures thereof, - separately metering and feeding the said first component and the said at least one second component onto a continuous conveyor in such a way so as to form overlapping layers of the said components, - discharging the said components so assembled into at least one temporary accumulation container so as to form the RDSF, - feeding and metering the RDSF so obtained to a combustion plant.
An emergency lighting block comprising: a support housing made of a base, open in its front face, adapted to be fixed to a wall or a ceiling by its bottom wall, and of a lid comprising a frontal face to be attached to the base front side to form an accommodating housing for an electric feeding circuit and corresponding electrical contacts, and a luminous panel made of at least one signaling label and of a light guide joined together at their periphery by a frame, said light guide being conceived to diffuse towards said signaling label the light emitted by at least a light source provided along at least one edge of said frame, said luminous panel being conceived to contact said electrical contacts in a mounted state of said luminous panel on said frontal face of the lid for the power supply of said light source, both into a first mounting state in which said luminous panel is arranged in a plan parallel to said frontal face and into a second mounting state in which said luminous panel is arranged in a plane perpendicular to said frontal face, said lid comprising connectors (24, 25), intended to engage, within said first mounting state, to said frame, characterized in that said connectors are arranged on longitudinally opposite sides of said frontal face, intended to snap fit each one, into said first mounting state, to a corresponding notch provided on a transversal inner wall part of said frame, said frame having an external section defining a housing intended to securely accommodate said connectors (24, 25) into said second mounting state. a support housing made of a base, open in its front face, adapted to be fixed to a wall or a ceiling by its bottom wall, and of a lid comprising a frontal face to be attached to the base front side to form an accommodating housing for an electric feeding circuit and corresponding electrical contacts, and a luminous panel made of at least one signaling label and of a light guide joined together at their periphery by a frame, said light guide being conceived to diffuse towards said signaling label the light emitted by at least a light source provided along at least one edge of said frame, said luminous panel being conceived to contact said electrical contacts in a mounted state of said luminous panel on said frontal face of the lid for the power supply of said light source, both into a first mounting state in which said luminous panel is arranged in a plan parallel to said frontal face and into a second mounting state in which said luminous panel is arranged in a plane perpendicular to said frontal face, said lid comprising connectors (24, 25), intended to engage, within said first mounting state, to said frame, characterized in that said connectors are arranged on longitudinally opposite sides of said frontal face, intended to snap fit each one, into said first mounting state, to a corresponding notch provided on a transversal inner wall part of said frame, said frame having an external section defining a housing intended to securely accommodate said connectors (24, 25) into said second mounting state.
A method for detecting a network device (211, 212, 300) on a LAN, the method comprising: issuing, by a controller, a first command to a first network device, the first network device in wired electrical communication with a second network device, the first command causing the first network device to generate CRC error codes and send the generated CRC error codes to the second network device; listening, by the controller, to the second network device for receipt of the generated packets having CRC error codes; receiving, by the controller a number of CRC error codes from the second network device; determining, by the controller a presence of a third network device when the number of CRC error codes received from the second network device equals zero, the third network device in wired electrical communication between the first network device and the second network device and being a device configured to detect and drop CRC error codes between the first network device and the second network device, communication between the first and second network devices (211, 212) passing through the third network device; and determining, by the controller an absence of the third network device when the number of CRC error codes of the second network device equals a number of generated CRC error codes generated by the first network device. issuing, by a controller, a first command to a first network device, the first network device in wired electrical communication with a second network device, the first command causing the first network device to generate CRC error codes and send the generated CRC error codes to the second network device; listening, by the controller, to the second network device for receipt of the generated packets having CRC error codes; receiving, by the controller a number of CRC error codes from the second network device; determining, by the controller a presence of a third network device when the number of CRC error codes received from the second network device equals zero, the third network device in wired electrical communication between the first network device and the second network device and being a device configured to detect and drop CRC error codes between the first network device and the second network device, communication between the first and second network devices (211, 212) passing through the third network device; and determining, by the controller an absence of the third network device when the number of CRC error codes of the second network device equals a number of generated CRC error codes generated by the first network device.
A vibration-decoupling device for hydraulics comprising: a fluid transfer element of tubular form with a first end and a second end, first end being suitable for being connected with a high pressure outlet of a hydraulic pump for transporting fluid expelled therefrom, a fixed element, being a frame or a housing which is suitable for resisting mechanical vibrations and pulsations of the fluid caused by operation of the hydraulic pump, the device being characterised in that the second end of the fluid transfer element is moveably connected within said fixed element to allow movement of the transfer element in an axial direction and in at least one direction orthogonal to the axial direction so that fluid can be passed to a hydraulic consumer, and in that a support element is moveably connected with the fixed element and the fluid transfer element and acts so that a supporting force is exerted on the fluid transfer element in one direction while the second end of the fluid transfer element and the fixed element remain securely connected together. a fluid transfer element of tubular form with a first end and a second end, first end being suitable for being connected with a high pressure outlet of a hydraulic pump for transporting fluid expelled therefrom, a fixed element, being a frame or a housing which is suitable for resisting mechanical vibrations and pulsations of the fluid caused by operation of the hydraulic pump, the device being characterised in that the second end of the fluid transfer element is moveably connected within said fixed element to allow movement of the transfer element in an axial direction and in at least one direction orthogonal to the axial direction so that fluid can be passed to a hydraulic consumer, and in that a support element is moveably connected with the fixed element and the fluid transfer element and acts so that a supporting force is exerted on the fluid transfer element in one direction while the second end of the fluid transfer element and the fixed element remain securely connected together.
Pneumatic vehicle tyre of radial type of construction, having a tread with at least one profile rib which is equipped with a number of transverse channels with a depth which varies over the course thereof, wherein the greatest depth (T 1) of the transverse channels amounts to 5.0 mm to 8.0 mm, and the transverse channels are each delimited by two channel flanks (4, 4'), by a channel base and by a bevel which is formed on one channel flank and which runs over the entire extent of the transverse channel, wherein the bevel, as viewed in the cross section of the transverse channel, has at its widest point a width (b 1) of 2.0 mm to 5.0 mm, and wherein the width of the bevel becomes smaller with decreasing depth of the transverse channel, wherein furthermore, each transverse channel runs in either straight or slightly arcuate fashion over its entire extent, and its channel base is made up of a base section at the tread inner side and of a base section at the tread outer side, wherein the depth (T 1) of the transverse channel is at its greatest at the connection region of the two base sections (5a, 5b), and the base sections (5a, 5b) each become continuously shallower towards the ends of the transverse channel, such that the depth of the transverse channel becomes smaller towards its ends, and wherein the bevel has its greatest width (b 1) and its lowest point at the connection region of the two base sections (5a, 5b), characterized in that the transverse channels extend beyond the ground contact patch and in that the bevel runs at a constant angle (β) of 35° to 55° with respect to the radial direction.
Implant, in particular a dental implant, for an implant system, comprising an internal implant-side arrangement region, wherein the implant-side arrangement region is designed to make contact, at least in sections, with an abutment, wherein the implant-side locating region has an implant-side tapered portion, wherein the implant-side tapered portion has implant-side anti-rotation structures, wherein the implant extends in a longitudinal direction, and wherein the implant-side anti-rotation structures are formed such that they positively prevent or can prevent a rotation of the abutment about the longitudinal direction relative to the implant, wherein the implant-side anti-rotation structures each have at least one contact surface and/or are formed by a contact surface, wherein the contact surfaces are flat and have a normal which lies in a plane spanned by a radial direction and the longitudinal direction, wherein the implant-side anti-rotation structures are tapered in the direction of the longitudinal direction, characterized in that the implant-side conical section has a region which is formed without anti-rotation structures. an internal implant-side arrangement region, wherein the implant-side arrangement region is designed to make contact, at least in sections, with an abutment, wherein the implant-side locating region has an implant-side tapered portion, wherein the implant-side tapered portion has implant-side anti-rotation structures, wherein the implant extends in a longitudinal direction, and wherein the implant-side anti-rotation structures are formed such that they positively prevent or can prevent a rotation of the abutment about the longitudinal direction relative to the implant, wherein the implant-side anti-rotation structures each have at least one contact surface and/or are formed by a contact surface, wherein the contact surfaces are flat and have a normal which lies in a plane spanned by a radial direction and the longitudinal direction, wherein the implant-side anti-rotation structures are tapered in the direction of the longitudinal direction, characterized in that the implant-side conical section has a region which is formed without anti-rotation structures.
A roof console for circulation and diffusion of conditioned air extending longitudinally in the rear part of the passenger compartment of a motor vehicle and connected to a conditioned air generating unit housed in said vehicle; said console comprising a plurality of air vents located in its lower portion and suitable for diffusing conditioned air towards the rear seats of said vehicle; characterized in that said console is suspended from the ceiling light of said vehicle and in that it has a plurality of lateral holes suitable for diffusing conditioned air on both sides of said console in a substantially horizontal direction, comprising three rows of said air vents distributed longitudinally between its rear end connected to said conditioned air generating unit and a control module located at its front end, each said row is formed by two said air vents extending symmetrically on either side of the longitudinal median plane of said bracket, and in that it comprises two internal low walls extending transversely and symmetrically on either side of its longitudinal median plane above the two air vents of the row closest to said rear connecting end.
An isolated organometallic complex of general formula: (C 5 Me 5)M(η 4 -C 6 E 1 E 2 R 3 R 4 R 5 R 6) or a pharmaceutically acceptable salt of the latter; in which: - M represents a metal Ru, Co, Rh or Ir; - E 1 represents a selenium atom, or E 1 represents an oxygen or sulfur atom when R 3, R 4, R 5 and R 6 each represent a hydrogen atom; - E 2 represents a selenium atom; - R 3 and R 5 each a hydrogen atom and R 4 and R 6 each represent a C 1-8 alkyl group or R 3, R 4, R 5 and R 6 each represent a hydrogen atom. - M represents a metal Ru, Co, Rh or Ir; - E 1 represents a selenium atom, or E 1 represents an oxygen or sulfur atom when R 3, R 4, R 5 and R 6 each represent a hydrogen atom; - E 2 represents a selenium atom; - R 3 and R 5 each a hydrogen atom and R 4 and R 6 each represent a C 1-8 alkyl group or R 3, R 4, R 5 and R 6 each represent a hydrogen atom.
A microelectromechanical systems, MEMS, device, comprising: at least one inner frame gyroscope configured to sense a first component of angular velocity associated with the MEMS device around a first axis; an outer frame gyroscope flexibly coupled to the at least one inner frame gyroscope and configured to sense a second component of angular velocity associated with the MEMS device around a second axis that is orthogonal to the first axis; and at least two drive shuttles coupled to the at least one inner frame gyroscope and to the outer frame gyroscope and configured to force the at least one inner frame gyroscope and the outer frame gyroscope into oscillation; wherein the outer frame gyroscope surrounds the at least one inner frame gyroscope and the at least two drive shuttles. at least one inner frame gyroscope configured to sense a first component of angular velocity associated with the MEMS device around a first axis; an outer frame gyroscope flexibly coupled to the at least one inner frame gyroscope and configured to sense a second component of angular velocity associated with the MEMS device around a second axis that is orthogonal to the first axis; and at least two drive shuttles coupled to the at least one inner frame gyroscope and to the outer frame gyroscope and configured to force the at least one inner frame gyroscope and the outer frame gyroscope into oscillation; wherein the outer frame gyroscope surrounds the at least one inner frame gyroscope and the at least two drive shuttles.
An access apparatus for enabling transfer of personnel and/or equipment between seaborne vessels and/or between a seaborne vessel and an offshore installation, the apparatus comprising: a body adapted to be mounted to a deck of a seaborne vessel; and engagement means including at least one set of clamping members adapted to grip a substantially vertical member, mounted to an offshore installation, therebetween, to limit vertical movement of said substantially vertical member relative to said clamping members, characterised in that at least one said set of clamping members is adapted to pivot relative to the body about a respective single pivot axis extending in at least two mutually perpendicular directions. a body adapted to be mounted to a deck of a seaborne vessel; and engagement means including at least one set of clamping members adapted to grip a substantially vertical member, mounted to an offshore installation, therebetween, to limit vertical movement of said substantially vertical member relative to said clamping members, characterised in that at least one said set of clamping members is adapted to pivot relative to the body about a respective single pivot axis extending in at least two mutually perpendicular directions.
Gas hob for a gas cooker, which has at least one gas burner, a cover plate and a base, wherein the at least one gas burner at least partially protrudes through the cover plate, characterised in that provided below the gas burner is at least one transport securing apparatus, which is spaced apart from the lower side of the gas burner and is provided on the base of the gas hob.
A method of detecting a cold-boot attack on an integrated circuit, comprising the steps of: transferring, into a first volatile memory (54; 31) of the integrated circuit, a pattern stored in a non-volatile memory of the circuit; periodically causing a switching down and a switching up of the first volatile memory; verifying that the number of bits having switched state is within a range of values determined by statistical analysis of the states taken by the bits of the first volatile memory (54; 31) in successive switch up operations during a training phase, said pattern being selected so that said number of bits which switch state varies according to the integrated circuit temperature. transferring, into a first volatile memory (54; 31) of the integrated circuit, a pattern stored in a non-volatile memory of the circuit; periodically causing a switching down and a switching up of the first volatile memory; verifying that the number of bits having switched state is within a range of values determined by statistical analysis of the states taken by the bits of the first volatile memory (54; 31) in successive switch up operations during a training phase, said pattern being selected so that said number of bits which switch state varies according to the integrated circuit temperature.
Sponge (100, 200) comprising a first material containing glucomannans and a second material in the form of particles, the particles consisting of comminuted walnut shells.
A conveying device for an additive manufacturing machine, wherein the conveying device is configured for conveying a semi-finished product which consists of a manufacturing material that is to be processed by the additive manufacturing machine and has a semi-finished product longitudinal axis, wherein the conveying device comprises a longitudinal conveying mechanism configured for conveying the semi-finished product along a conveying direction that is parallel to the semi-finished product longitudinal axis in such a manner that, when moving in the conveying direction, characterized in that the semi-finished product is able to be engaged by virtue of a periodic movement of at least one conveying plate, and when moving counter to the conveying direction is able to be released from the semi-finished product, so as to move the semi-finished product in the conveying direction, wherein the conveying plate has a conveying portion configured, when moving in the conveying direction, for engaging the semi-finished product so as to convey the semi-finished product, and wherein the conveying plate has a conveying portion configured, when moving counter to the conveying direction, for being released from the semi-finished product in such a manner that the conveying portion does not exert any conveying force in the conveying direction on the semi-finished product, wherein the conveying plate has a conveying opening for the semi-finished product through which the semi-finished product is able to be conveyed, wherein the conveying portion is disposed at the conveying opening, or wherein the conveying portion delimits the conveying opening, wherein the conveying plate at one end of the conveying plate has a bearing portion, wherein the conveying plate is pivotably mounted to the bearing portion.
A motor comprising: a rotor that rotates about a rotation axis; and a stator facing the rotor while having a gap from the rotor, wherein the stator comprises: a ring-shaped connection core (10, 10a, 10b) formed by connecting a plurality of divided cores; an insulator formed by resin molding by an insertion forming as if surrounding the connection core (10, 10a, 10b); and a reinforcement ring mounted on an outer circumferential portion of the connection core, and wherein an inner diameter (r) of the connection core (10, 10a, 10b) is set smaller than an inner diameter of the divided cores that are bent in a half moon shape when connected, characterised in that a penetration hole (13, 18) through which a slide pin penetrates is formed at least at a coupling portion (A, B, C, D) or a neighboring portion thereof of the divided cores. a rotor that rotates about a rotation axis; and a stator facing the rotor while having a gap from the rotor, a ring-shaped connection core (10, 10a, 10b) formed by connecting a plurality of divided cores; an insulator formed by resin molding by an insertion forming as if surrounding the connection core (10, 10a, 10b); and a reinforcement ring mounted on an outer circumferential portion of the connection core, and wherein an inner diameter (r) of the connection core (10, 10a, 10b) is set smaller than an inner diameter of the divided cores that are bent in a half moon shape when connected, characterised in that a penetration hole (13, 18) through which a slide pin penetrates is formed at least at a coupling portion (A, B, C, D) or a neighboring portion thereof of the divided cores.
An orthopedic insert comprising: a base having an anterior end and a posterior end; and a posterior stabilizing post (102, 502, 702) coupled to the base, and wherein the post is adjustably positionable relative to the base along a trough of the base, characterised in that the trough does not extend through the anterior and posterior ends of the base. a base having an anterior end and a posterior end; and a posterior stabilizing post (102, 502, 702) coupled to the base, and wherein the post is adjustably positionable relative to the base along a trough of the base, characterised in that the trough does not extend through the anterior and posterior ends of the base.