mhurhangee/ep-ind-claims huggingface dataset:
Pump arrangement comprising a driving shaft, cylinder drum means (3a, 3b) fixed to said shaft in rotational direction and having a plurality of cylinders (6a, 6b), and a piston (7a, 7b) in each cylinder, wherein said cylinder drum means (3a, 3b) comprises at least a first cylinder drum and a second cylinder drum, said cylinder drums (3a, 3b) being fixed to said common shaft in rotational direction, wherein the cylinder drums (3a, 3b) are offset with respect to each other in rotational direction, characterized in that each piston (7a, 7b) has a slide shoe (9a, 9b) in contact with driving surface means (8a, 8b), and a sleeve is arranged between said cylinder drums (3a, 3b), said sleeve coupling said cylinder drums (3a, 3b) in rotational direction.
Non-load-bearing building façade comprising a plurality of sealed panels, and at least one seal (22, 21) sealing a set of at least two of said panels, wherein said sealed panels comprise: - a core in the form of a frame structure consisting of at least 10 wt% of wood, the core being comprised between an outer cladding and an inner cladding, and at least one of the two claddings is a bracing cladding, wherein the seal comprises a first substantially planar portion integral with a first panel, a second substantially tubular portion capable of deforming so as to flatten when compressed by an external element such as a second panel, and a third substantially tubular portion disposed substantially parallel to the second portion and capable of deforming so as to flatten when compressed by an external element such as a second panel, and said seal consists of a polymer material, preferably of the EPDM type, the façade being characterised in that each panel is at least partially coated with a watertight geotextile film. wherein said sealed panels comprise: - a core in the form of a frame structure consisting of at least 10 wt% of wood, the core being comprised between an outer cladding and an inner cladding, and at least one of the two claddings is a bracing cladding, - a core in the form of a frame structure consisting of at least 10 wt% of wood, the core being comprised between an outer cladding and an inner cladding, and at least one of the two claddings is a bracing cladding, wherein the seal comprises a first substantially planar portion integral with a first panel, a second substantially tubular portion capable of deforming so as to flatten when compressed by an external element such as a second panel, and a third substantially tubular portion disposed substantially parallel to the second portion and capable of deforming so as to flatten when compressed by an external element such as a second panel, and said seal consists of a polymer material, preferably of the EPDM type, the façade being characterised in that each panel is at least partially coated with a watertight geotextile film.
A method for exchanging data between a first and a second communication terminal (EG1, EG2), a) wherein the first and the second communication terminal are connected to one another both via a voice communication network (ISDN, VoIP) by means of a voice communication connection (V1, V2) and also via a data network by means of a data connection (DV1, DV2) which differs at least logically from the voice communication connection (V1, V2), wherein b) in a first step, during a voice communication connection between the first and the second communication terminal (EG1, EG2), acoustically coded address information regarding a valid address for the data network and stored in the first communication terminal is transmitted from the first to the second communication terminal via the voice communication connection, wherein in the first step, together with the acoustically coded address information, an access code of limited validity is transmitted, and c) in a second step, using the address information, the data is transmitted from the second communication terminal via the data network to the first communication terminal to the valid address for the data network, wherein the access code, together with the data, is transmitted from the second communication terminal to the first communication terminal. a) wherein the first and the second communication terminal are connected to one another both via a voice communication network (ISDN, VoIP) by means of a voice communication connection (V1, V2) and also via a data network by means of a data connection (DV1, DV2) which differs at least logically from the voice communication connection (V1, V2), wherein b) in a first step, during a voice communication connection between the first and the second communication terminal (EG1, EG2), acoustically coded address information regarding a valid address for the data network and stored in the first communication terminal is transmitted from the first to the second communication terminal via the voice communication connection, wherein in the first step, together with the acoustically coded address information, an access code of limited validity is transmitted, and c) in a second step, using the address information, the data is transmitted from the second communication terminal via the data network to the first communication terminal to the valid address for the data network, wherein the access code, together with the data, is transmitted from the second communication terminal to the first communication terminal.
A large-size circulating fluidized bed boiler, comprising: a furnace having a vertical furnace center line; and at least n groups of cyclones, each cyclone (1,2) of each group of cyclones having an inlet gas pass communicated with the furnace, characterised in that a furnace cross section formed by outer sidewalls at the inlet gas pass of the cyclone (1,2) is a polygon having 2xn sides, and n is a positive integer greater than 2; wherein the polygon is axially symmetric with respect to a perpendicular bisector of each side of the polygon, wherein the at least n groups of cyclones are symmetrically arranged outside the outer sidewalls, wherein each group of the at least n groups of cyclones is arranged at a different sidewall and wherein between two sidewalls having a group of cyclones arranged thereon, a sidewall having no group of cyclones arranged thereon is interposed. a furnace having a vertical furnace center line; and at least n groups of cyclones, each cyclone (1,2) of each group of cyclones having an inlet gas pass communicated with the furnace, characterised in that a furnace cross section formed by outer sidewalls at the inlet gas pass of the cyclone (1,2) is a polygon having 2xn sides, and n is a positive integer greater than 2; wherein the polygon is axially symmetric with respect to a perpendicular bisector of each side of the polygon, wherein the at least n groups of cyclones are symmetrically arranged outside the outer sidewalls, wherein each group of the at least n groups of cyclones is arranged at a different sidewall and wherein between two sidewalls having a group of cyclones arranged thereon, a sidewall having no group of cyclones arranged thereon is interposed.
Rail vehicle with a linkage for the articulated connection of a wagon body-side end region of a coupling rod to a wagon body of the rail vehicle, a longitudinal axis of the coupling rod coinciding in the neutral position with the longitudinal direction of the rail vehicle, and the linkage having the following: - a base plate which is coupled via a bearing block which can be connected to the wagon body in a stationary manner, in which base plate a leadthrough opening is configured, through which a wagon body-side end region of the coupling rod is guided in an extending manner, and - a draw/buffer device which is arranged in the wagon body-side end region of the coupling rod, with a coupling-side supporting element and a wagon body-side supporting element arranged between the base plate and the wagon body, spring units (8.1, 8.2) being arranged in each case between the base plate and the respective wagon body-side and coupling head-side supporting elements (9, 10); characterized in that the base plate is mounted in the bearing block such that it can be pivoted transversely with respect to the longitudinal direction in a horizontal plane, and the coupling rod being mounted in the through opening via a spherical bearing, in particular a spherical ball-and-socket bearing. - a base plate which is coupled via a bearing block which can be connected to the wagon body in a stationary manner, in which base plate a leadthrough opening is configured, through which a wagon body-side end region of the coupling rod is guided in an extending manner, and - a draw/buffer device which is arranged in the wagon body-side end region of the coupling rod, with a coupling-side supporting element and a wagon body-side supporting element arranged between the base plate and the wagon body, spring units (8.1, 8.2) being arranged in each case between the base plate and the respective wagon body-side and coupling head-side supporting elements (9, 10);
Braking system for a wheeled aircraft landing gear, said braking system comprising: - at least one actuator, - at least one calliper provided with a plurality of supports (31, 32, 33), each support (31, 32, 33) comprising at least one pad (35, 36, 37), - a rim that can rotate about an axis of rotation (AXROT1), and - a brake disk mounted floatingly relative to said rim, said brake disk comprising interlocking elements which interact with notches in said rim, characterised in that said at least one calliper comprises a fixed internal support, an intermediate support movable under the action of an actuator and an external support hinged relative to said internal support, said brake disk being arranged firstly between said intermediate support and said external support and secondly between said internal support and said external support, at least one pad (35, 36, 37) being positioned between each support (31, 32, 33) and said brake disk such that, under action of said actuator, said movable intermediate support moves and initially causes a first movement of said brake disk so that said brake disk is clamped by means of said pads (35, 36, 37) between said intermediate support and said external support, and then causes a second movement of said external support so that said brake disk is clamped by means of said pads (35, 36, 37) between said internal support and said external support. - at least one actuator, - at least one calliper provided with a plurality of supports (31, 32, 33), each support (31, 32, 33) comprising at least one pad (35, 36, 37), - a rim that can rotate about an axis of rotation (AXROT1), and - a brake disk mounted floatingly relative to said rim, said brake disk comprising interlocking elements which interact with notches in said rim,
Fluid line having a tube composed of a multilayered plastics material, wherein the tube surrounds an interior space, characterized in that the tube has an inner, first layer of polyamide 9T (PA9T), a second layer of polyamide 12, which extends around the first layer, a third layer of polyamide 612, which extends around the second layer, a fourth layer of polyamide 6, which extends around the third layer, and an outer, fifth layer of polyamide 612, wherein the inner, first layer delimits the interior space.
A method for separating halogenated olefin impurities from 2-chloro-1,1,1,2-tetrafluoropropane using activated carbon as a solid adsorbent that preferentially adsorbs the halogenated olefin impurities.
A method for making chlorinated silazanes having from 4 to 6 chloro groups; said method comprising contacting: (a) a disilazane substituted only by C 1 -C 10 hydrocarbyl groups, chloro groups or a combination thereof; (b) a chlorosilane; and (c) a catalyst which is a zinc salt of a sulfonic acid or a sulfonic acid imide having at least one trifluoromethyl group.
A method to provide prognosis and diagnosis of system maintenance, the method comprising: imaging, with at least one imaging unit, in real time at least one portion of a system in operation, wherein real time images register a dynamic feature of a dynamic predetermined characteristic of the at least one portion of the system; comparing, with a controller, the real time images of the at least one portion of the system with stored images to identify a change in the dynamic feature of the dynamic predetermined characteristic of the at least one portion of the system; and determining, with the controller, whether an abnormality exists in the at least one portion of the system based on the identified change in the dynamic feature between the real time images and the stored images of the at least one portion of the system; wherein: the system is an environmental control system which includes an air conditioning pack and the at least one portion of the system is comprised in the air conditioning pack; the stored images are stored images of the air conditioning pack in operation in a normal condition mode; and the at least one imaging unit is positioned relative to or within the air conditioning pack. imaging, with at least one imaging unit, in real time at least one portion of a system in operation, wherein real time images register a dynamic feature of a dynamic predetermined characteristic of the at least one portion of the system; comparing, with a controller, the real time images of the at least one portion of the system with stored images to identify a change in the dynamic feature of the dynamic predetermined characteristic of the at least one portion of the system; and determining, with the controller, whether an abnormality exists in the at least one portion of the system based on the identified change in the dynamic feature between the real time images and the stored images of the at least one portion of the system; wherein: the system is an environmental control system which includes an air conditioning pack and the at least one portion of the system is comprised in the air conditioning pack; the stored images are stored images of the air conditioning pack in operation in a normal condition mode; and the at least one imaging unit is positioned relative to or within the air conditioning pack. the system is an environmental control system which includes an air conditioning pack and the at least one portion of the system is comprised in the air conditioning pack; the stored images are stored images of the air conditioning pack in operation in a normal condition mode; and the at least one imaging unit is positioned relative to or within the air conditioning pack.
A method of performing remote diagnostic on a vehicle, the method comprising: collecting and storing high-fidelity data of measured events in a buffer memory or a data storage device by means of a controller (73, 74) of the vehicle electronics which is associated with sensors or measurement devices at the vehicle, the storing and aggregation of the high-fidelity data performed for later transmission over a vehicle data bus for subsequent analysis by a central data processing system consistent with configuration files to support engineering analysis or diagnostics on vehicle components, systems or performance; retrieving supplemental data via a low bandwidth transmission at a lower sampling rate than the sampling rate of the high-fidelity data by the vehicle electronics at the vehicle to supplement the recorded high-fidelity data; transmitting the recorded high-fidelity data and retrieved supplemental data to the central electronic data processing system and processing, with the central electronic data processing system, the recorded high-fidelity data and retrieved supplemental data to generate a diagnostic status report message; organizing the diagnostic report message, the recorded high fidelity data and the retrieved supplemental data into a data mart or diagnostics database to support engineering analysis or diagnostics on vehicle components, systems or performance; characterized in that the high-fidelity data comprises data gathered at a sample rate higher than sample rates required for the controller (73, 74) to perform non-diagnostic features during normal operation of the controller (73, 74). collecting and storing high-fidelity data of measured events in a buffer memory or a data storage device by means of a controller (73, 74) of the vehicle electronics which is associated with sensors or measurement devices at the vehicle, the storing and aggregation of the high-fidelity data performed for later transmission over a vehicle data bus for subsequent analysis by a central data processing system consistent with configuration files to support engineering analysis or diagnostics on vehicle components, systems or performance; retrieving supplemental data via a low bandwidth transmission at a lower sampling rate than the sampling rate of the high-fidelity data by the vehicle electronics at the vehicle to supplement the recorded high-fidelity data; transmitting the recorded high-fidelity data and retrieved supplemental data to the central electronic data processing system and processing, with the central electronic data processing system, the recorded high-fidelity data and retrieved supplemental data to generate a diagnostic status report message; organizing the diagnostic report message, the recorded high fidelity data and the retrieved supplemental data into a data mart or diagnostics database to support engineering analysis or diagnostics on vehicle components, systems or performance; characterized in that the high-fidelity data comprises data gathered at a sample rate higher than sample rates required for the controller (73, 74) to perform non-diagnostic features during normal operation of the controller (73, 74).
Hearing system comprising a filtering unit for improving a signal-to-noise ratio of an S+N-audio signal (S+N) composed of a desired audio signal and a unwanted audio signal, which filtering unit comprises - an adaptive filter; - an S+N-input for receiving said S+N-audio signal (S+N); - an N*-input for receiving an N*-audio signal (N*), which is used as an estimate for said unwanted audio signal; and - an S*-output for outputting an S*-audio signal (S*) obtained in dependence of said S+N-audio signal (S+N) and said N*-audio signal (N*), which is an approximation towards said desired signal; characterized in comprising a selecting unit operationally connected to said filtering unit for selecting a first input audio signal (In1; In2;...) from at least two input audio signals (In1, In2,...) and feeding said first input audio signal (In1; In2;...) either to said S+N-input or to said N*-input. - an adaptive filter; - an S+N-input for receiving said S+N-audio signal (S+N); - an N*-input for receiving an N*-audio signal (N*), which is used as an estimate for said unwanted audio signal; and - an S*-output for outputting an S*-audio signal (S*) obtained in dependence of said S+N-audio signal (S+N) and said N*-audio signal (N*), which is an approximation towards said desired signal;
Elongate profiled section element for a mounting system, said profiled section element comprising a bottom, a top side opposite the bottom, and sidewalls (4, 5) extending from the bottom to the top side, wherein the top side comprises two flanges which extend from the side walls (4, 5) and delimit between them a longitudinal slot, characterized in that the top side has a smaller width than the bottom, and in that at least one of the side walls (4, 5) is a stepped sidewall having a stepped shape seen in cross section, said stepped sidewall having two wall sections (8, 9) facing the opposite sidewall and an intermediate wall section substantially parallel to the bottom, and in that the intermediate wall section is provided with a row of holes and the bottom is provided with a row of holes aligned therewith, said holes (10, 11) being adapted to cooperate with a self tapping screw. characterized in that the top side has a smaller width than the bottom, and in that at least one of the side walls (4, 5) is a stepped sidewall having a stepped shape seen in cross section, said stepped sidewall having two wall sections (8, 9) facing the opposite sidewall and an intermediate wall section substantially parallel to the bottom, and in that the intermediate wall section is provided with a row of holes and the bottom is provided with a row of holes aligned therewith, said holes (10, 11) being adapted to cooperate with a self tapping screw.
Decoration cabinet with a device for washing said decoration cabinet, and associated with a line for the decoration of ceramic tiles and provided with: a box-shaped protective structure, with two opposite openings (21, 22), respectively for the entry and exit of a conveyor on which said ceramic tiles are advanced; nozzles for spraying ceramic glaze on said ceramic tiles, with said nozzles arranged in a battery inside the aforementioned box-shaped protective structure; at least one collecting tank of the excess enamel, arranged in the bottom of said box-like structure, characterized in that said device comprises: • at least one movable arm, mounted in said box-like structure and operable between a rest position, which does not interfere with the activity of said nozzles, and operating washing positions inside the said decoration cabinet; • at least one swivelling washing head, associated with the lower end of a related movable arm and equipped with at least one spray nozzle, suitable for dispensing water or detergent liquid; First actuator organs, for moving said movable arm according to a predefined program and with predetermined speed, for moving said orientable washing head inside the aforementioned box-like protective structure; • second actuator organs, for moving said orientable washing head, according to at least one rotation axis, in a suitable phase relationship with said movable arm movement; • a system for supplying water and / or detergent liquid under pressure to the aforementioned at least one sprayer nozzle of the orientable washing head, with the jet coming out of said at least one sprayer nozzle intended to clean the organs inside said decoration cabinet as well as the internal walls of said box-like protective structure, with the resulting liquid destined to be conveyed towards the outside of the aforementioned decoration cabinet. • at least one movable arm, mounted in said box-like structure and operable between a rest position, which does not interfere with the activity of said nozzles, and operating washing positions inside the said decoration cabinet; • at least one swivelling washing head, associated with the lower end of a related movable arm and equipped with at least one spray nozzle, suitable for dispensing water or detergent liquid; • second actuator organs, for moving said orientable washing head, according to at least one rotation axis, in a suitable phase relationship with said movable arm movement; • a system for supplying water and / or detergent liquid under pressure to the aforementioned at least one sprayer nozzle of the orientable washing head, with the jet coming out of said at least one sprayer nozzle intended to clean the organs inside said decoration cabinet as well as the internal walls of said box-like protective structure, with the resulting liquid destined to be conveyed towards the outside of the aforementioned decoration cabinet.