mhurhangee/ep-ind-claims huggingface dataset:
A connecting rod of a split type comprising or being made of a titanium alloy, the connecting rod comprising: a rod main body; a small end provided at one end of the rod main body; and a big end provided at another end of the rod main body, the big end being split into a rod portion continuing from the other end of the rod main body, and a cap portion coupled or adapted to be coupled to the rod portion, wherein the connecting rod further comprises at least one fixing member or bolt for coupling the cap portion to the rod portion, the fixing member or bolt including a main body made of steel, and a phosphate coating provided on the surface of the main body; and the phosphate coating is or comprises a zinc phosphate coating. a rod main body; a small end provided at one end of the rod main body; and a big end provided at another end of the rod main body, the big end being split into a rod portion continuing from the other end of the rod main body, and a cap portion coupled or adapted to be coupled to the rod portion, wherein the connecting rod further comprises at least one fixing member or bolt for coupling the cap portion to the rod portion, the fixing member or bolt including a main body made of steel, and a phosphate coating provided on the surface of the main body; and the phosphate coating is or comprises a zinc phosphate coating.
Multi-layer body having - a carrier film - a partial reflective layer arranged on the surface of the carrier film, said reflective layer being at least partially transparent in a first region and opaque in a second region, characterised by a partial decorative layer arranged on a surface of the carrier film and/or the side of the reflective layer facing away from the carrier film, said decorative layer being present in a third region and not present in a fourth region, wherein the first region overlaps with the third region, and the second region overlaps with the third and the fourth region, such that the second region masks a boundary line of the decorative layer. - a carrier film - a partial reflective layer arranged on the surface of the carrier film, said reflective layer being at least partially transparent in a first region and opaque in a second region,
A method comprising: forming a single hole into a bond gap repair area; evacuating, via an adhesive injection apparatus attached to the single hole, the bond gap repair area and an injection channel of the adhesive injection apparatus; and forcing adhesive through the evacuated injection channel and into the evacuated bond gap repair area. forming a single hole into a bond gap repair area; evacuating, via an adhesive injection apparatus attached to the single hole, the bond gap repair area and an injection channel of the adhesive injection apparatus; and forcing adhesive through the evacuated injection channel and into the evacuated bond gap repair area.
An ultra-low temperature freezer having a deck, a refrigerated cabinet for storing items that require cooling which is supported above the deck, and a refrigeration system, the refrigeration system comprising: a first refrigeration stage defining a first fluid circuit for circulating a first refrigerant, the first refrigeration stage having a first compressor, a condenser, and a first expansion device in fluid communication with the first fluid circuit; a second refrigeration stage defining a second fluid circuit for circulating a second refrigerant, the second refrigeration stage having a second compressor, a second expansion device and an evaporator in fluid communication with the second fluid circuit, characterized by: an insulated enclosure supported within the deck; and a split-flow heat exchanger in fluid communication with the first and second fluid circuits and being located within the insulated enclosure. a first refrigeration stage defining a first fluid circuit for circulating a first refrigerant, the first refrigeration stage having a first compressor, a condenser, and a first expansion device in fluid communication with the first fluid circuit; a second refrigeration stage defining a second fluid circuit for circulating a second refrigerant, the second refrigeration stage having a second compressor, a second expansion device and an evaporator in fluid communication with the second fluid circuit, characterized by: an insulated enclosure supported within the deck; and a split-flow heat exchanger in fluid communication with the first and second fluid circuits and being located within the insulated enclosure. an insulated enclosure supported within the deck; and a split-flow heat exchanger in fluid communication with the first and second fluid circuits and being located within the insulated enclosure.
Method for producing a tubular profile as a cross-member allocated to a twist-beam rear axle of a heavy goods vehicle, for a twist-beam rear axle of a heavy goods vehicle, in which a tube made of an air-hardening steel is austenitized in a first method step, in a second method step the middle region (2, 3) is hot-formed to a U-shaped cross-section in one steps or two steps by means of a tool upper part and a tool lower part, while retaining the ends with a circular cross-section, wherein the transition regions (b) between the circular ends and the middle region (2, 3) are formed continuously, transforming from the circular cross-section to the U-shaped cross-section, without tool contact or only with tool contact on one side, the lower side.
A combined oil control ring comprising a pair of upper and lower side rails (120a, 120b), and an axially corrugated spacer expander having upper and lower portions; said upper and lower portions of said spacer expander having tabs (12a, 12b) pushing inner peripheral surfaces of said side rails (120a, 120b), projections (13a, 13b) supporting said side rails (120a, 120b), and intermediate portions (14a, 14b) between said tabs (12a, 12b) and said projections (13a, 13b); each intermediate portion (14a, 14b) opposing said side rail (120a, 120b) having a bottom, characterized in that said bottom is center-raised when viewed along a substantially circumferential direction and a radial direction.
A solid oral dosage form for administration to an animal comprising a biologically utilizable form of calcium consisting of a mixture of calcium carbonate and calcium citrate in a ratio of 3:1, wherein the calcium carbonate being present in an weight percent of 66,2% of the total weight of oral dosage form, the calcium citrate being present in a weight percent of 21.9% of the total weight of the oral dosage form and an extended release system comprising hydroxypropyl methylcellulose in a weight percent of 3,4% of the total weight of the oral dosage form, characterized in that the tablet consists of: Ingredient mg per Tablet Calcium Carbonate 1322,3 mg Calcium Citrate 437,9 mg Magnesium Hydroxide 110,4 mg Hypromellose, 67,5 mg Croscarmellose Sodium 40,6 mg Magnesium Silicate 6,5 mg Titanium Dioxide 4,3 mg Propylene Glycol/ Dicaprylate/Dicaprate 4,3 mg Magnesium Stearate 1,25 mg Inulin, Oligofructose enriched 1,1 mg Vitamin D3 0,018 mg Total tablet weight 1996,168 mg
A method for manufacturing a turbine blade, said method comprising: - producing a shell and core assembly by an additive manufacturing process, the shell and core assembly defining at least one internal cavity and having an internal structure corresponding to at least one internal cooling circuit of the turbine blade; - pouring molten metal in the internal cavity of the shell and core assembly; - solidifying the metal; - removing the shell and core assembly; wherein the molten metal is caused to solidify in a preferred unidirectional grain growth, thus obtaining a directionally solidified turbine blade; wherein the additive manufacturing process comprises the step of forming a shell and core assembly having a heat conductivity which decreases from a first end of the shell and core assembly to a second end of the shell and core assembly; and wherein the heat conductivity reduces from a bottom end of the shell and core assembly, corresponding to a platform of the turbine blade, to a top end of the shell and core assembly, corresponding to a tip of the turbine blade. - producing a shell and core assembly by an additive manufacturing process, the shell and core assembly defining at least one internal cavity and having an internal structure corresponding to at least one internal cooling circuit of the turbine blade; - pouring molten metal in the internal cavity of the shell and core assembly; - solidifying the metal; - removing the shell and core assembly; wherein the molten metal is caused to solidify in a preferred unidirectional grain growth, thus obtaining a directionally solidified turbine blade; wherein the additive manufacturing process comprises the step of forming a shell and core assembly having a heat conductivity which decreases from a first end of the shell and core assembly to a second end of the shell and core assembly; and wherein the heat conductivity reduces from a bottom end of the shell and core assembly, corresponding to a platform of the turbine blade, to a top end of the shell and core assembly, corresponding to a tip of the turbine blade. wherein the additive manufacturing process comprises the step of forming a shell and core assembly having a heat conductivity which decreases from a first end of the shell and core assembly to a second end of the shell and core assembly; and wherein the heat conductivity reduces from a bottom end of the shell and core assembly, corresponding to a platform of the turbine blade, to a top end of the shell and core assembly, corresponding to a tip of the turbine blade.
Visual compensation device allowing observation along an optical axis of observation with an optical correction of variable power, comprising: - a lens having, along the optical axis, a variable spherical power that depends on a first setting (Sv); and - an optical assembly (2, 4) generating, along the optical axis, a variable cylindrical correction that depends on at least one second setting (α 1, α 2) applied to said optical assembly (2, 4), - a module for receiving at least one setpoint (S, C, α) for said optical correction; - a determination module for determining the first setting (Sv) and the second setting (α 1, α 2) depending on said setpoint (S, C, α) characterised in that the determination module is configured to determine the first and the second setting by means of a model taking into account the distance (e 2) separating said lens and said optical assembly (2, 4). - a lens having, along the optical axis, a variable spherical power that depends on a first setting (Sv); and - an optical assembly (2, 4) generating, along the optical axis, a variable cylindrical correction that depends on at least one second setting (α 1, α 2) applied to said optical assembly (2, 4), - a module for receiving at least one setpoint (S, C, α) for said optical correction; - a determination module for determining the first setting (Sv) and the second setting (α 1, α 2) depending on said setpoint (S, C, α)
Floor assembly for a vehicle luggage compartment, comprising at least one basket for accommodating at least one wet and/or dirty object, at least one tray-like waterproof recess formed in or arranged at a floor element of the luggage compartment and completely accommodating the basket, and at least one waterproof lid, wherein the recess is completely covered by the lid, such that the lid constitutes a part of a loading floor of the luggage compartment, characterized in, that at least one side wall (12, 13, 14, 15) of the recess comprises at least one support element (21, 22) extending inwardly from the side wall (12, 13, 14, 15), and the basket comprises at least one support element extending laterally outwards from the basket and lying on the support element (21, 22) of the recess.
Straightening head comprising a steam distribution circuit and a front wall provided with a treatment face intended to face a garment to be straightened, the treatment face comprising at least one steam outlet hole, the steam distribution circuit comprising an inlet channel comprising an inlet port intended to be connected to a steam duct, the inlet channel comprising an outlet port opening into an internal chamber comprising steam discharge channels extending transversely to the front wall and communicating with the at least one steam outlet hole such that the steam in the internal chamber escapes through the steam discharge channels and towards the at least one steam outlet hole, characterised in that the outlet port opens tangentially to the front wall such that the steam exiting the outlet port flows along the front wall.
A pneumatic tire having a carcass, a circumferential belt layer provided on the outer side in the tire radial direction of the carcass, and plural intersecting belt layers (18a, 18b) provided on the outer side in the tire radial direction of the circumferential belt layer, at least one of the plural intersecting belt layers having wider belt width in the tire widthwise direction than the circumferential belt layer, comprising: at least one layer of end-portion circumferential belt provided in respective tire widthwise tread end regions on the outer side of the carcass and on the inner side of the circumferential belt layer in the tire radial direction; and at least one layer of slant belt provided in the tire widthwise tread central region on the outer side of the carcass and on the inner side of the circumferential belt layer in the tire radial direction, wherein the circumferential belt layer is structured to be single-layer in the tire widthwise tread central region, and to have a dual-layer structure of the circumferential belt layer and the end-portion circumferential belt adjacent to each other in the tire radial direction in each tire widthwise end region. at least one layer of end-portion circumferential belt provided in respective tire widthwise tread end regions on the outer side of the carcass and on the inner side of the circumferential belt layer in the tire radial direction; and at least one layer of slant belt provided in the tire widthwise tread central region on the outer side of the carcass and on the inner side of the circumferential belt layer in the tire radial direction, wherein the circumferential belt layer is structured to be single-layer in the tire widthwise tread central region, and to have a dual-layer structure of the circumferential belt layer and the end-portion circumferential belt adjacent to each other in the tire radial direction in each tire widthwise end region.
A method for wireless communication by a User Equipment, comprising: determining at least one decoding candidate for Enhanced Physical Downlink Control Channel, EPDCCH in a subframe; determining whether or not the resources corresponding to the at least one EPDCCH decoding candidate collide with resources used for transmitting at least one of a Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, or a Physical Broadcast Channel, PBCH, in the subframe; determining validity of the at least one EPDCCH decoding candidate based, at least in part, on the determination of the potential resource collision, wherein the at least one EPDCCH decoding candidate is declared as a valid candidate if the resources corresponding to the at least one EPDCCH decoding candidate do not collide with the resources used by at least one of the PSS, SSS or PBCH; and processing the at least one EPDCCH decoding candidate based on the determination of potential resource collision, wherein the at least one EPDCCH decoding candidate is monitored or decoded if the at least one EPDCCH decoding candidate is determined to be valid. determining at least one decoding candidate for Enhanced Physical Downlink Control Channel, EPDCCH in a subframe; determining whether or not the resources corresponding to the at least one EPDCCH decoding candidate collide with resources used for transmitting at least one of a Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, or a Physical Broadcast Channel, PBCH, in the subframe; determining validity of the at least one EPDCCH decoding candidate based, at least in part, on the determination of the potential resource collision, wherein the at least one EPDCCH decoding candidate is declared as a valid candidate if the resources corresponding to the at least one EPDCCH decoding candidate do not collide with the resources used by at least one of the PSS, SSS or PBCH; and processing the at least one EPDCCH decoding candidate based on the determination of potential resource collision, wherein the at least one EPDCCH decoding candidate is monitored or decoded if the at least one EPDCCH decoding candidate is determined to be valid.
An apparatus for measuring the thickness of an electrically non-conductive, non-ferromagnetic film or web material, comprising: - a roll having a metal surface; - a measuring head that defines, in combination with said roll, a gap for the passage of the electrically non-conductive and non-ferromagnetic film or web material, having a top surface facing towards said measuring head and spaced therefrom, and a bottom surface in contact with said metal surface, said measuring head having a first measuring device and a second measuring device which operate in two coaxial regions in space, so that measurements thereof relate to a common measurement axis, said first measuring device being an inductive measuring device, adapted to measure the distance of a measuring point on said metal surface of said roll as the electrically non-conductive, non-ferromagnetic film or web material is fed in said gap, said second device being adapted to measure the distance of a measuring point on the top surface of the film or web material which passes through said gap, said first and second measuring devices (41, 42) being integrally formed, characterized in that the apparatus further comprises a device (6, 63, 64) for driving a metal screen of the apparatus between a first position, in which said screen is interposed between said measuring head and said roll and a second position, in which said screen is not interposed between said measuring head and said roll, and in that the apparatus further comprises means (81, 82) for adjusting the distance between said metal screen and said measuring head along said measurement axis, wherein said metal screen is formed of the same metal material as said metal surface of said roll. - a roll having a metal surface; - a measuring head that defines, in combination with said roll, a gap for the passage of the electrically non-conductive and non-ferromagnetic film or web material, having a top surface facing towards said measuring head and spaced therefrom, and a bottom surface in contact with said metal surface, said measuring head having a first measuring device and a second measuring device which operate in two coaxial regions in space, so that measurements thereof relate to a common measurement axis, said first measuring device being an inductive measuring device, adapted to measure the distance of a measuring point on said metal surface of said roll as the electrically non-conductive, non-ferromagnetic film or web material is fed in said gap, said second device being adapted to measure the distance of a measuring point on the top surface of the film or web material which passes through said gap, said first and second measuring devices (41, 42) being integrally formed,
A method of manufacturing a conveyor belt having a top layer, a bottom layer, and a fabric reinforcement layer disposed between the top layer and the bottom layer, the method comprising: - applying a rubber composition to a first side of a fabric reinforcement and scattering productive thermoplastic elastomer pellets onto a second side of the fabric reinforcement to produce an uncured belt structure, wherein the productive thermoplastic elastomer composition is a blend of thermoplastic elastomer pellets and a peroxide crosslinking agent which is supported on a powdered carrier; - continuously feeding the uncured belt structure into a double belt press to press the productive thermoplastic elastomer pellets together with the fabric reinforcement at a pressure of at least 82.7 kPa (12 psi) to produce an uncured belt; - heating the uncured belt in the double belt press to a temperature of at least 148.9°C (300°F); - maintaining the uncured belt in the double belt press under a pressure of at least 82.7 kPa (12 psi) and a temperature of at least 148.9°C (300°F) for a residence time of at least 20 minutes to produce a cured conveyor belt; and, - continuously withdrawing the cured conveyor belt from the double belt press; wherein the uncured belt structure, the uncured belt and the cured conveyor belt are produced in a single continuous operation. - applying a rubber composition to a first side of a fabric reinforcement and scattering productive thermoplastic elastomer pellets onto a second side of the fabric reinforcement to produce an uncured belt structure, wherein the productive thermoplastic elastomer composition is a blend of thermoplastic elastomer pellets and a peroxide crosslinking agent which is supported on a powdered carrier; - continuously feeding the uncured belt structure into a double belt press to press the productive thermoplastic elastomer pellets together with the fabric reinforcement at a pressure of at least 82.7 kPa (12 psi) to produce an uncured belt; - heating the uncured belt in the double belt press to a temperature of at least 148.9°C (300°F); - maintaining the uncured belt in the double belt press under a pressure of at least 82.7 kPa (12 psi) and a temperature of at least 148.9°C (300°F) for a residence time of at least 20 minutes to produce a cured conveyor belt; and, - continuously withdrawing the cured conveyor belt from the double belt press; wherein the uncured belt structure, the uncured belt and the cured conveyor belt are produced in a single continuous operation.