mhurhangee/ep-ind-claims huggingface dataset:
A fan-metal fiber gas burner including a detachable metal fiber pad installed to a combustion part of a burner head, a supply pipe connected to a central portion of a bottom of the burner head, a blower to supply oxygen necessary to burn gas through the supply pipe, and a gas supply apparatus, characterised in that the fan-metal fiber gas burner further comprises: an idle-type dispersing blade fixed below the metal fiber pad of the burner head and rotated corresponding to a pressure of blowing air containing gas; and a curved guide plate attached to a low end of a central shaft of the idle-type dispersing blade to uniformly disperse a rising gas pressure in an upward direction. an idle-type dispersing blade fixed below the metal fiber pad of the burner head and rotated corresponding to a pressure of blowing air containing gas; and a curved guide plate attached to a low end of a central shaft of the idle-type dispersing blade to uniformly disperse a rising gas pressure in an upward direction.
Fire protection flap with a housing and a pivotable shut-off valve which can be pivoted therein around a pivoting axle, in particular a central pivoting axle, wherein the housing exhibits a free flow cross-section which is configured as a rectangular clear cross-section, characterised in that the housing, seen in the longitudinal extension, consists of at least two joined housing segments, and wherein one housing segment of these at least two housing segments is configured as a holding segment for accommodating the bearing arrangement of the pivoting axle, and at least one further housing segment of these at least two housing segments is configured as a connection segment for the connection of the fire protection flap to a ventilation system, and wherein, in addition, one end of each connection segment is connected to one end of the holding segment, and the other end of each connection segment is each case is configured for the mounting of the fire protection flap on a building ventilation system, wherein the width B H of the free flow cross-section between the axle bearings of the holding segment along the entire length L E, seen in the flow direction, is smaller than the width B A of the free flow cross-section, according to the alignment, in the region of each connection segment.
An ultrasound probe, comprising: a two-dimensional, 2D, transducer assembly having transducer elements (170A - 170C) arranged in rows and columns, the transducer elements having front and rear surfaces (179, 181), the front surface configured to transmit and receive ultrasound signals to and from an object of interest; and a thin film flex circuit extending along the rear surface of the transducer assembly, the flex circuit having conductive traces (408, 428) arranged in layers (406,424,454,456) and electrically interconnected to the corresponding transducer elements and characterized in that: the layers of conductive traces are enclosed within a common dielectric layer, the dielectric layer having a homogeneous composition surrounding the layers of the conductive traces. a two-dimensional, 2D, transducer assembly having transducer elements (170A - 170C) arranged in rows and columns, the transducer elements having front and rear surfaces (179, 181), the front surface configured to transmit and receive ultrasound signals to and from an object of interest; and a thin film flex circuit extending along the rear surface of the transducer assembly, the flex circuit having conductive traces (408, 428) arranged in layers (406,424,454,456) and electrically interconnected to the corresponding transducer elements and characterized in that: the layers of conductive traces are enclosed within a common dielectric layer, the dielectric layer having a homogeneous composition surrounding the layers of the conductive traces.
An information processing apparatus for communicating with an air-conditioning management apparatus configured to control an operating status of an air-conditioning apparatus including a plurality of load-side units (40a, 40b), the information processing apparatus comprising: a learning data holding unit configured to store, for each of the load-side units (40a, 40b), learning data including a set of input data indicating an influencing factor of a thermal load of each of the load-side units (40a, 40b) and output data indicating the thermal load, the input data including an outside air temperature, the temperature of the air-conditioned space, the set temperature of the air-conditioned space, and the operating status of the air-conditioning apparatus; a thermal load learning unit configured to estimate a thermal load that is processed by each of the load-side units (40a, 40b), based on the learning data of each of the load-side units (40a, 40b) stored in the learning data holding unit, and obtain a learning model; and a schedule determination unit configured to determine a schedule of the operating status for causing a temperature of the air-conditioned space of each of the load-side units (40a, 40b) to reach a specified set temperature at a specified set time, based on the learning model, obtained by the thermal load learning unit, of each of the load-side units (40a, 40b), wherein the operating status of the air-conditioning apparatus indicates an operating frequency of a compressor which is provided in the air-conditioning apparatus. a learning data holding unit configured to store, for each of the load-side units (40a, 40b), learning data including a set of input data indicating an influencing factor of a thermal load of each of the load-side units (40a, 40b) and output data indicating the thermal load, the input data including an outside air temperature, the temperature of the air-conditioned space, the set temperature of the air-conditioned space, and the operating status of the air-conditioning apparatus; a thermal load learning unit configured to estimate a thermal load that is processed by each of the load-side units (40a, 40b), based on the learning data of each of the load-side units (40a, 40b) stored in the learning data holding unit, and obtain a learning model; and a schedule determination unit configured to determine a schedule of the operating status for causing a temperature of the air-conditioned space of each of the load-side units (40a, 40b) to reach a specified set temperature at a specified set time, based on the learning model, obtained by the thermal load learning unit, of each of the load-side units (40a, 40b),
Method for producing a compression garment for a limb of a patient, wherein at least one production value for producing a custom tailored compression garment for a limb, wherein the production value is associated with at least one measurement position along the length of the limb, is determined by performing the steps of: - receiving a three dimensional dataset of the limb acquired using a 3D scan device, - evaluating the dataset to derive at least one reference information describing the position of an anatomical feature of the limb along the length of the limb, - determining the at least one measurement position for the at least one production value in the three dimensional dataset using at least one rule of a rule set, wherein each rule relates at least one reference information to at least one measurement position, and wherein at least one rule defines a measurement position depending on at least one position of an anatomical feature of at least one reference information, such that at least one of the at least one measurement position is calculated or otherwise derived from the position of the anatomical feature, - determining the at least one production value from the three dimensional dataset at the at least one determined measurement position, whereafter the compression garment is automatically produced by a garment production apparatus using the at least one production value. - receiving a three dimensional dataset of the limb acquired using a 3D scan device, - evaluating the dataset to derive at least one reference information describing the position of an anatomical feature of the limb along the length of the limb, - determining the at least one measurement position for the at least one production value in the three dimensional dataset using at least one rule of a rule set, wherein each rule relates at least one reference information to at least one measurement position, and wherein at least one rule defines a measurement position depending on at least one position of an anatomical feature of at least one reference information, such that at least one of the at least one measurement position is calculated or otherwise derived from the position of the anatomical feature, - determining the at least one production value from the three dimensional dataset at the at least one determined measurement position,
An apparatus for separating a brine, comprising: (a) a rotatable centrifugal pump comprising a baffle and comprising runners; (b) drive means for rotating the centrifugal pump to advect fluid radially outward from an axis (a-a); (c) a casing comprising a central axial feed port and a central axial exhaust port, the axial feed port communicating with a source of brine, and the axial feed port and the axial exhaust port separated by the baffle, the centrifugal pump being disposed in the interior of the casing between the axial feed port and the axial exhaust port; (d) a shrouding tank disposed about the centrifugal pump, the shrouding tank configured to receive fluid advected radially outward from the axis (a-a) by the centrifugal pump, and comprising a port for removal of solids and brine; (e) a convergent sink flow passage between the baffle and the casing, wherein the baffle rotates and the casing is static, so that high shear between the rotating baffle and the static casing causes turbulence in fluid flowing radially inward toward the axial exhaust port; (f) means for advecting fluid having reduced salinity through the sink flow passage and through the axial exhaust port as the centrifugal pump rotates; and (g) at least one inductor disposed above said sink flow passage and about the axial exhaust port. (a) a rotatable centrifugal pump comprising a baffle and comprising runners; (b) drive means for rotating the centrifugal pump to advect fluid radially outward from an axis (a-a); (c) a casing comprising a central axial feed port and a central axial exhaust port, the axial feed port communicating with a source of brine, and the axial feed port and the axial exhaust port separated by the baffle, the centrifugal pump being disposed in the interior of the casing between the axial feed port and the axial exhaust port; (d) a shrouding tank disposed about the centrifugal pump, the shrouding tank configured to receive fluid advected radially outward from the axis (a-a) by the centrifugal pump, and comprising a port for removal of solids and brine; (e) a convergent sink flow passage between the baffle and the casing, wherein the baffle rotates and the casing is static, so that high shear between the rotating baffle and the static casing causes turbulence in fluid flowing radially inward toward the axial exhaust port; (f) means for advecting fluid having reduced salinity through the sink flow passage and through the axial exhaust port as the centrifugal pump rotates; and (g) at least one inductor disposed above said sink flow passage and about the axial exhaust port.
Interjoist including a thermally insulative material, such as polystyrene, body, said interjoist being intended to be installed between two beams (P1, P2) to support the concrete of a slab, characterised in that the interjoist body includes an opening in which is housed a device for recovering heat from waste water such as waste water from a shower.
A sensor comprising: a molded IC package (100; 400; 450; 800), a die (104; 404; 805) included within the IC package; a magnetic sensor in the die; a leadframe (106; 206; 304; 406; 452; 806) having opposed first (208; 314; 410) and second surfaces, the leadframe supporting the die on the first surface; lead fingers (108; 808a,b, 810a,b) to provide electrical connections to the leadframe and to the die, the lead fingers comprising at least a first lead finger (808a,b) extending from the leadframe, and second and third lead fingers (810a,b) separate from the leadframe and in spaced relation to the leadframe; characterized by first and second components (102a,b; 200; 300; 402a,b; 802, 804) each coupled to the first lead finger of the leadframe and to a respective one of the second and third lead fingers such that the components are an integrated part of the IC package, wherein the leadframe has a cutout region (204; 408) or a downset area (812a,b) in which each component is positioned, to thereby reduce the thickness of the IC package, and wherein the lead fingers are arranged to form external leads extending from the IC package, wherein the external leads extend from only one side of the IC package, and the components and the external leads are arranged on opposite sides of the die from one another. a molded IC package (100; 400; 450; 800), a die (104; 404; 805) included within the IC package; a magnetic sensor in the die; a leadframe (106; 206; 304; 406; 452; 806) having opposed first (208; 314; 410) and second surfaces, the leadframe supporting the die on the first surface; lead fingers (108; 808a,b, 810a,b) to provide electrical connections to the leadframe and to the die, the lead fingers comprising at least a first lead finger (808a,b) extending from the leadframe, and second and third lead fingers (810a,b) separate from the leadframe and in spaced relation to the leadframe; characterized by first and second components (102a,b; 200; 300; 402a,b; 802, 804) each coupled to the first lead finger of the leadframe and to a respective one of the second and third lead fingers such that the components are an integrated part of the IC package, wherein the leadframe has a cutout region (204; 408) or a downset area (812a,b) in which each component is positioned, to thereby reduce the thickness of the IC package, and wherein the lead fingers are arranged to form external leads extending from the IC package, wherein the external leads extend from only one side of the IC package, and the components and the external leads are arranged on opposite sides of the die from one another.
A data transmission method, comprising: receiving, by a base station, uplink transmission data sent by user equipment; determining, by the base station, acknowledgment information for the uplink transmission data; and when the acknowledgment information for the uplink transmission data is positive acknowledgment information, sending, by the base station when a downlink transmission time interval arrives, the positive acknowledgment information and uplink scheduling resource information to the user equipment, wherein the uplink scheduling resource information comprises first instruction information, which is used to instruct the user equipment to send, on a reserved resource of the uplink scheduling resource, channel quality indicator measurement information. receiving, by a base station, uplink transmission data sent by user equipment; determining, by the base station, acknowledgment information for the uplink transmission data; and when the acknowledgment information for the uplink transmission data is positive acknowledgment information, sending, by the base station when a downlink transmission time interval arrives, the positive acknowledgment information and uplink scheduling resource information to the user equipment, wherein the uplink scheduling resource information comprises first instruction information, which is used to instruct the user equipment to send, on a reserved resource of the uplink scheduling resource, channel quality indicator measurement information.
A traction box for a railway vehicle, comprising first and second pieces of electrical equipment (36, 37) and a first cooling device (26, 40) able to discharge heat dissipated by the first pieces of electrical equipment, said first cooling device including a fan, said fan including a stationary body and a rotating body able to circulate a first stream of air inside said stationary body, characterized in that: - the fan further includes fins (46, 47) secured to an outer surface of said stationary body, - the traction box includes a second cooling device (42, 46, 47, 56, 58) able to discharge heat dissipated by the second pieces of electrical equipment (36, 37), the stationary body and the fins (46, 47) of the fan being part of said second cooling device. - the fan further includes fins (46, 47) secured to an outer surface of said stationary body, - the traction box includes a second cooling device (42, 46, 47, 56, 58) able to discharge heat dissipated by the second pieces of electrical equipment (36, 37), the stationary body and the fins (46, 47) of the fan being part of said second cooling device.
A lock for securing to a base (8, 12 14) a wear member (12, 14, 16) having an exterior surface, an interior surface including a mounting portion that is securable to the base (8, 12, 14), and an opening (12B, 14B, 14D, 16B) defined by an inner surface extending from the exterior surface to the interior surface for use in an abrasive environment including fines comprising: a collar secured in the opening of the wear member and having a hole defined by an inner surface, the hole including a circumferential first recess; a pin having a head and a tapered shank projecting from the head, the shank being movably received in the hole and releasably maintained in the collar in a hold position where the lock secures the wear member to the base, the shank having a circumferential second recess adjacent the head; wherein a circumferential first seal received in the circumferential first recess, which is compressed between the shank and the inner surface when the pin is in the hold position; and a circumferential second seal received in the circumferential second recess, which is compressed between the head and the collar when the pin is in the hold position. a collar secured in the opening of the wear member and having a hole defined by an inner surface, the hole including a circumferential first recess; a pin having a head and a tapered shank projecting from the head, the shank being movably received in the hole and releasably maintained in the collar in a hold position where the lock secures the wear member to the base, the shank having a circumferential second recess adjacent the head; wherein a circumferential first seal received in the circumferential first recess, which is compressed between the shank and the inner surface when the pin is in the hold position; and a circumferential second seal received in the circumferential second recess, which is compressed between the head and the collar when the pin is in the hold position.
Granular sorption material composed of buildupagglomerated, porous granules (1; 8) for removal, in particular absorption, of harmful gases, in particular of SO x and/or HF and/or HCl, from exhaust gases from thermal processes, where the granules (1; 8) contain > 80% by weight, preferably > 95% by weight, of Ca 2 and/or CaCO 3, based on the dry mass, and where the granules (1; 5) contain primary particles agglomerated with one another, characterized in that the granules (1; 8) have a dry bulk density p, determined by means of a bulk density pycnometer, of from 0.5 to 1.2 kg/dm 3, preferably from 0.7 to 1.1 kg/dm 3, and in that the granules (1; 8) have an open pore system having pores which have been produced by means of a porositising agent during production of the granular sorption material and are present between the primary particles.
A method of completing a fiber composite part, the method comprising the steps of - providing a pre-manufactured fiber composite part, the fiber composite part comprising a structure of fibers embedded in a matrix of a resin, the resin being hardened; - inspecting the composite part for portions of the structure of fibers that are insufficiently impregnated by the hardened resin; - applying a preparation of a hardenable material to a surface portion where an identified structure portion of the structure of fibers that is insufficiently impregnated is exposed; - applying mechanical vibration to the preparation applied to the surface portion to cause material of the preparation to impregnate the structure portion in a flowable state, and - causing the material to solidify. - providing a pre-manufactured fiber composite part, the fiber composite part comprising a structure of fibers embedded in a matrix of a resin, the resin being hardened; - inspecting the composite part for portions of the structure of fibers that are insufficiently impregnated by the hardened resin; - applying a preparation of a hardenable material to a surface portion where an identified structure portion of the structure of fibers that is insufficiently impregnated is exposed; - applying mechanical vibration to the preparation applied to the surface portion to cause material of the preparation to impregnate the structure portion in a flowable state, and - causing the material to solidify.
A telecommunications system for organizing fiber optic cables, the telecommunications system comprising: (a) a cabinet including a framework for mounting telecommunications equipment; (b) telecommunications equipment mounted to the framework; (c) a patch panel mounted within the cabinet and defining a plurality of cable termination locations for receiving at least some of the fiber optic cables; the patch panel being mounted on a pivotable frame that is adapted to pivot between a storage position and an access position; (d) a plurality of spools mounted within the cabinet for managing overlength slack in the fiber optic cables within the cabinet, the plurality of spools positioned intermediate to the telecommunications equipment and the patch panel; and (e) a splice area mounted within the cabinet and accessible when the pivotable frame is in the access position; the splice area for receiving the fiber optic cables from the patch panel for splicing to additional cables; characterized in that: the telecommunications equipment is arranged in a vertical column along one side of the cabinet; the plurality of spools are arranged in a vertical column adjacent to the column of telecommunications equipment, the pivotable frame is arranged adjacent the column of spools with the column of spools being arranged between the column of telecommunications equipment and the pivotable frame. (a) a cabinet including a framework for mounting telecommunications equipment; (b) telecommunications equipment mounted to the framework; (c) a patch panel mounted within the cabinet and defining a plurality of cable termination locations for receiving at least some of the fiber optic cables; the patch panel being mounted on a pivotable frame that is adapted to pivot between a storage position and an access position; (d) a plurality of spools mounted within the cabinet for managing overlength slack in the fiber optic cables within the cabinet, the plurality of spools positioned intermediate to the telecommunications equipment and the patch panel; and (e) a splice area mounted within the cabinet and accessible when the pivotable frame is in the access position; the splice area for receiving the fiber optic cables from the patch panel for splicing to additional cables; the telecommunications equipment is arranged in a vertical column along one side of the cabinet; the plurality of spools are arranged in a vertical column adjacent to the column of telecommunications equipment, the pivotable frame is arranged adjacent the column of spools with the column of spools being arranged between the column of telecommunications equipment and the pivotable frame.