mhurhangee/patent-ind-claim-en huggingface dataset:
A header-tank assembly comprising: - a tank comprising foot portions configured on at least one pair of opposite sides thereof; - a header comprising tabs configured on at least one pair of opposite sides thereof, the tabs adapted to be crimped along fold lines configured thereon to receive the respective foot portions of the tank and configure connection between the header and the tank ; - a sealing element disposed between the foot portions of the tank and the header ; - a notch is configured on an outside wall of each tab , the notch extends along the fold line to facilitate crimping of the tabs over the respective foot portions ; characterized in that the thickness of each tab along the notch is reduced by 10-35 percent as compared to the rest of the tab . - a tank comprising foot portions configured on at least one pair of opposite sides thereof; - a header comprising tabs configured on at least one pair of opposite sides thereof, the tabs adapted to be crimped along fold lines configured thereon to receive the respective foot portions of the tank and configure connection between the header and the tank ; - a sealing element disposed between the foot portions of the tank and the header ; - a notch is configured on an outside wall of each tab , the notch extends along the fold line to facilitate crimping of the tabs over the respective foot portions ; characterized in that the thickness of each tab along the notch is reduced by 10-35 percent as compared to the rest of the tab . - a notch is configured on an outside wall of each tab , the notch extends along the fold line to facilitate crimping of the tabs over the respective foot portions ; characterized in that the thickness of each tab along the notch is reduced by 10-35 percent as compared to the rest of the tab .
A vehicle driving apparatus comprising: a motor incorporated in a vehicle; a speed reduction mechanism that transmits driving force produced by the motor to a differential gear of the vehicle; and a housing structure that accommodates the speed reduction mechanism and the differential gear , characterized in that the housing structure includes a cast plate member so provided as to be adjacent to the speed reduction mechanism and a rib structure provided on the cast plate member , the rib structure is provided along a direction in which the vehicle travels and integrated with the cast plate member , the cast plate member has a contact surface that comes into contact with a shaft receiver that supports the speed reduction mechanism , and the rib structure is so disposed that an area where the rib structure and the contact surface overlap with each other is maximized in a plan view of the cast plate member. a motor incorporated in a vehicle; a speed reduction mechanism that transmits driving force produced by the motor to a differential gear of the vehicle; and a housing structure that accommodates the speed reduction mechanism and the differential gear , characterized in that the housing structure includes a cast plate member so provided as to be adjacent to the speed reduction mechanism and a rib structure provided on the cast plate member , the rib structure is provided along a direction in which the vehicle travels and integrated with the cast plate member , the cast plate member has a contact surface that comes into contact with a shaft receiver that supports the speed reduction mechanism , and the rib structure is so disposed that an area where the rib structure and the contact surface overlap with each other is maximized in a plan view of the cast plate member.
A composite pultruded product , said product consisting essentially of synthetic polyester felts as core impregnated with a resin system encapsulated between bi-directionally and/or uni-directionally oriented synthetic fabric selected from polyester , carbon, aramid, glass, basalt and mixtures thereof impregnated with a resin system; said composite product is either "I" profiled or "Plate" profiled.
Valve for selectively closing and selectively opening a gas cartridge for a soda machine, wherein the valve is configured to hold a gas in the gas cartridge when closed and to provide a fluid connection to the gas cartridge when open, wherein the valve comprises a valve housing having a cartridge-connection opening , said cartridge-connection opening being oriented along a longitudinal axis (L) of the valve , so that gas is able to flow into the gas cartridge , and out of the gas cartridge (L), in the direction of the longitudinal axis (L), wherein the valve housing comprises at least one outlet opening which is arranged externally and arranged along a direction parallel to the longitudinal axis (L) in such a way that gas is able to flow from the valve in the direction parallel to the longitudinal axis (L), characterized in that the at least one outlet opening is arranged spaced apart from the longitudinal axis (L). wherein the valve is configured to hold a gas in the gas cartridge when closed and to provide a fluid connection to the gas cartridge when open, wherein the valve comprises a valve housing having a cartridge-connection opening , said cartridge-connection opening being oriented along a longitudinal axis (L) of the valve , so that gas is able to flow into the gas cartridge , and out of the gas cartridge (L), in the direction of the longitudinal axis (L), wherein the valve housing comprises at least one outlet opening which is arranged externally and arranged along a direction parallel to the longitudinal axis (L) in such a way that gas is able to flow from the valve in the direction parallel to the longitudinal axis (L), characterized in that the at least one outlet opening is arranged spaced apart from the longitudinal axis (L).
An alloy member having a chemical composition comprising elements of Co, Cr, Fe, Ni, and Ti each in an amount within a range of 5 atomic% or more and 35 atomic% or less and Mo in an amount within a range of more than 0 atomic% and 8 atomic% or less, the reminder consisting of unavoidable impurities, wherein ultrafine grains having an average grain diameter of 100 nm or less are dispersed and precipitated in a parent phase crystal grain, wherein the average crystal grain diameter of the parent phase crystal grain is 100 μm or less, and wherein the alloy member is exposed to microscopic observation using STEM-EDX to determine its parameters. the average crystal grain diameter of the parent phase crystal grain is 100 μm or less, and wherein the alloy member is exposed to microscopic observation using STEM-EDX to determine its parameters.
An adjustable gate characterised in that it is connectable between a conveyor first portion and a conveyor second portion of a conveyor run , the adjustable gate comprising: a cage having a first end flange connectable to the first conveyor portion of a conveyor run , and having a second end flange , opposite the first end flange , connectable to the second conveyor portion of the conveyor run ; a rotatable sleeve having a circumference and an opening along a portion of its circumference, a first end movably coupled to the first end flange of the cage , a second end movably coupled to the second end flange of the cage to provide for rotation of the rotatable sleeve within the cage , and a gear having a plurality of teeth provided along an outer surface of the rotatable sleeve adjacent to the opening ; a first spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor first portion ; a second spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor second portion ; and a motor connected to at least one of the cage , the conveyor first portion and the conveyor second portion and operable to rotate a drive gear engaged with the gear of the rotatable sleeve . a cage having a first end flange connectable to the first conveyor portion of a conveyor run , and having a second end flange , opposite the first end flange , connectable to the second conveyor portion of the conveyor run ; a rotatable sleeve having a circumference and an opening along a portion of its circumference, a first end movably coupled to the first end flange of the cage , a second end movably coupled to the second end flange of the cage to provide for rotation of the rotatable sleeve within the cage , and a gear having a plurality of teeth provided along an outer surface of the rotatable sleeve adjacent to the opening ; a first spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor first portion ; a second spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor second portion ; and a motor connected to at least one of the cage , the conveyor first portion and the conveyor second portion and operable to rotate a drive gear engaged with the gear of the rotatable sleeve .
A gasket comprising: a combination of a rubber-only gasket body and a carrier film containing a resin film detachably holding the gasket body , wherein a gasket holding portion containing a three-dimensional shape deformed along an outer side surface of the gasket body is provided in a portion overlapping with the gasket body in the carrier film , and the gasket holding portion containing the three-dimensional shape is formed into a stepped shape in which two plane portions having different height continue through a rise portion in a film thickness direction, characterized in that in the stepped shape one side surface of the gasket body is not held and only another side surface and a lower surface are held. a combination of a rubber-only gasket body and a carrier film containing a resin film detachably holding the gasket body , wherein a gasket holding portion containing a three-dimensional shape deformed along an outer side surface of the gasket body is provided in a portion overlapping with the gasket body in the carrier film , and the gasket holding portion containing the three-dimensional shape is formed into a stepped shape in which two plane portions having different height continue through a rise portion in a film thickness direction, characterized in that in the stepped shape one side surface of the gasket body is not held and only another side surface and a lower surface are held.
A ceiling element made of or provided with a metal plate selected from plates made of aluminum and/or an aluminum alloy, steel, tinplate and stainless steel, whose side facing toward the room has a layer such that the plate on this side has a thermal emission at 100°C according to ISO 22975-3:2014; Annex A.2 of at least 50% in the range of thermal infrared radiation (2,0 to 50μm), and whose side facing away from the room is formed by the metal of the plate itself which, apart from a possible natural oxide film in the case of plates made of aluminum and/or an aluminum alloy, has no coating, characterized in that said metal plate consists of aluminum or an aluminum alloy and has an anodizing layer of at least 1 μm on its side facing toward the room, or said metal plate has on its side facing toward the room an at least 2μm thick, transparent layer of an organic polymer containing hydrofluorocarbon chains or of a silicon oxide obtained by a sol-gel process as a single layer or as the outermost layer of a layer stack, which furthermore has one or more sputtered layers or consists of said layers, and that the metal plate is electropolished at least on the side facing toward the room.
A firing tip for a corona igniter , comprising: a base formed of metal and including at least one indentation , at least one rivet , each rivet disposed in one of said indentations of said base, said at least one rivet including at least one precious metal and having a melting point and/or wear resistance greater than said base; and characterised in that said base and said at least one rivet are together bent in the same direction. a base formed of metal and including at least one indentation , at least one rivet , each rivet disposed in one of said indentations of said base, said at least one rivet including at least one precious metal and having a melting point and/or wear resistance greater than said base; and
An image signal processing system (ISP), comprising: an input interface (IN) for receiving photon counting projection data acquired by an X-ray imaging apparatus (IA) having a photon counting detector (D); a calibration data memory (CMEM) holding calibration data, said calibration data encoding photon counting data versus path lengths curves for different energy thresholds of said detector (D), at least one of said curves being non-injective; and a path length convertor (PLC) configured to convert an entry in said photon counting projection data into an associated path length based on at least two photon counting data versus path lengths curves encoded in said calibration data, wherein the path length conversion comprises computing at least two estimates for the associated path length based on one of the at least two curves and choosing one of the two estimates as the associated path length based on at least one other of the curves and photon counting projection data for at least one other threshold. an input interface (IN) for receiving photon counting projection data acquired by an X-ray imaging apparatus (IA) having a photon counting detector (D); a calibration data memory (CMEM) holding calibration data, said calibration data encoding photon counting data versus path lengths curves for different energy thresholds of said detector (D), at least one of said curves being non-injective; and a path length convertor (PLC) configured to convert an entry in said photon counting projection data into an associated path length based on at least two photon counting data versus path lengths curves encoded in said calibration data, wherein the path length conversion comprises computing at least two estimates for the associated path length based on one of the at least two curves and choosing one of the two estimates as the associated path length based on at least one other of the curves and photon counting projection data for at least one other threshold.
A mechanical horological movement provided with means for detecting the power reserve for a watch, the movement comprising at least one barrel system with at least a first drive wheel arrangement connected at the output of the central axis of the barrel system and a second drive wheel (6, 6', 6") arrangement connected to a cage of the barrel system at the axis level , the power reserve detection means comprising a control element disposed opposite the cage of the barrel system , and intended to rotate about an axis of rotation parallel to the central axis of the barrel system , or to move in a rectilinear direction, being driven by a complementary member at the output of a differential, and a lever comprising a contact element , which is disposed opposite a control portion of the control element or in a control portion of the control element , and to move the lever so that a blocking part of the lever contacts an element of the geartrain, whether it is directly or indirectly connected to the finishing geartrain or to the oscillator of the movement to directly stop the mechanical horological movement when the power reserve indication is at zero, characterised in that the control element comprises an aperture as a control portion, the aperture having a first end to define a complete charge of the barrel system and a second end to define a complete discharge of the barrel system for indicating the power reserve at zero, and the lever rotatably mounted about a lever axis parallel to the axis of rotation or parallel to the central axis of the barrel system , the lever comprising the contact element disposed in the aperture of the control element to contact the second end of the aperture when the power reserve indication is at zero. the power reserve detection means comprising a control element disposed opposite the cage of the barrel system , and intended to rotate about an axis of rotation parallel to the central axis of the barrel system , or to move in a rectilinear direction, being driven by a complementary member at the output of a differential, and a lever comprising a contact element , which is disposed opposite a control portion of the control element or in a control portion of the control element , and to move the lever so that a blocking part of the lever contacts an element of the geartrain, whether it is directly or indirectly connected to the finishing geartrain or to the oscillator of the movement to directly stop the mechanical horological movement when the power reserve indication is at zero, characterised in that the control element comprises an aperture as a control portion, the aperture having a first end to define a complete charge of the barrel system and a second end to define a complete discharge of the barrel system for indicating the power reserve at zero, and the lever rotatably mounted about a lever axis parallel to the axis of rotation or parallel to the central axis of the barrel system , the lever comprising the contact element disposed in the aperture of the control element to contact the second end of the aperture when the power reserve indication is at zero.
Sealing system for a wall system with a compressible in at least one compression direction (Z) and in this compression direction also expandable sealing element , which is able to abut at least one portion of a first wall element and with a holding means which can abut this expandable sealing element in such a way that an expansion of the sealing element at least in the compression direction (Z) is prevented by this abutting of the holding means against the sealing element , wherein the holding means has an abutment region and this abutment region can abut a side surface of the sealing element which side surface extends substantially perpendicular to the compression direction (Z), characterized in that the holding means has at least a first fixing means , by means of which it is at least temporarily fixable to the wall element , wherein the holding means is fixable to the wall element by means of a locking means in the form of a clamping element, wherein the sealing system further comprises a release element which is attachable to the wall element and detachable from the wall element, wherein a release of this release element also causes an at least one-sided release of the holding means from the wall element. characterized in that the holding means has at least a first fixing means , by means of which it is at least temporarily fixable to the wall element , wherein the holding means is fixable to the wall element by means of a locking means in the form of a clamping element, wherein the sealing system further comprises a release element which is attachable to the wall element and detachable from the wall element, wherein a release of this release element also causes an at least one-sided release of the holding means from the wall element.
A clamping force visualization device, comprising: a first clamping body for clamping an object, wherein the first clamping body being telescopically assembled on a base ; an elastic element being provided between the first clamping body and the base ; and a clamping force scale and a reading indicator being respectively provided on the first clamping body and the base ; and when the first clamping body clamps the object, the elastic element measures a clamping force, and the reading indicator points to the clamping force scale for reading; characterized in that , an adjustment screw is provided for the first clamping body, the adjustment screw passes through the first clamping body and is connected to the base , and the adjustment screw is screwed to adjust an initial pressure of the first clamping body on the elastic element. a first clamping body for clamping an object, wherein the first clamping body being telescopically assembled on a base ; an elastic element being provided between the first clamping body and the base ; and a clamping force scale and a reading indicator being respectively provided on the first clamping body and the base ; and when the first clamping body clamps the object, the elastic element measures a clamping force, and the reading indicator points to the clamping force scale for reading; characterized in that , an adjustment screw is provided for the first clamping body, the adjustment screw passes through the first clamping body and is connected to the base , and the adjustment screw is screwed to adjust an initial pressure of the first clamping body on the elastic element.
A semiconductor die comprising: a substrate having an active face; conductive layers coupled to the active face; a through substrate via in a via cavity extending through the substrate and having a substantially constant diameter through a length of the through substrate via, the through substrate via comprising a conductive filler material; a first isolation layer surrounding the through substrate via and provided on a sidewall of the via cavity; and a second isolation layer surrounding the through substrate via, the second isolation layer formed between the first isolation layer and the conductive filler and comprising two portions, a recessed portion and a dielectric portion, wherein the dielectric portion of the second isolation layer is provided on the first isolation layer, and the recessed portion defines a space near the active face of the substrate and between the first isolation layer and the conductive filler material, material in the space being capable of relieving stress from the conductive filler material. a substrate having an active face; conductive layers coupled to the active face; a through substrate via in a via cavity extending through the substrate and having a substantially constant diameter through a length of the through substrate via, the through substrate via comprising a conductive filler material; a first isolation layer surrounding the through substrate via and provided on a sidewall of the via cavity; and a second isolation layer surrounding the through substrate via, the second isolation layer formed between the first isolation layer and the conductive filler and comprising two portions, a recessed portion and a dielectric portion, wherein the dielectric portion of the second isolation layer is provided on the first isolation layer, and the recessed portion defines a space near the active face of the substrate and between the first isolation layer and the conductive filler material, material in the space being capable of relieving stress from the conductive filler material.