mhurhangee/ep-ind-claims huggingface dataset:
A pull-down device for a knitted fabric comprising a pair of base sections configured to be installed on a lower side of a front needle bed and a back needle bed in a flat knitting machine, a guiding plate arranged at a position facing a knitted fabric passing path or a passage of a knitted fabric drooped from a needle bed gap portion between the front needle bed and the back needle bed on an upper side of each base section, and a catching/pull-down mechanism for catching the knitted fabric drooped to a position facing the guiding plate and pulling down the knitted fabric toward a lower side, wherein each base section is configured to be fixed to the flat knitting machine; and wherein it further comprises an opening/closing mechanism for displacing at least a part of each guiding plate between a closed position which is proximate to the knitted fabric passing path and an open position which is further separated from the knitted fabric passing path than the closed position, characterized in that a lower side of the guiding plate is a fixed end fixed to the base section, and an upper side of the guiding plate is a free end not fixed to the base section; and the opening/closing mechanism is configured to displace an open/close section, which is a portion on an upper side of the guiding plate including the free end, between the closed position and the open position by deformation, or the upper side. and the lower side of the guiding plate are fixed to the base section by way of the opening/closing mechanism configured by a linear motion mechanism, and the linear motion mechanism is configured to move the entire guiding plate to displace the open/close section between the closed position and the open position.
A liquid crystal composition, containing at least one compound represented by formula as a first component, at least one compound represented by formula as a second component and at least one compound selected from the group of compounds represented by formula as a third component: wherein R 1 and R 2 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons or alkenyl having 2 to 12 carbons, or alkenyl having 2 to 12 carbons in which arbitrary hydrogen is replaced by fluorine; R 3 and R 4 are alkyl having 1 to 12 carbons; R 5 and R 6 are methacrylate; ring D and ring E are independently 1,4-cyclohexylene, 1,4-phenylene, 2-fluoro-1,4-phenylene, 3-fluoro-1,4-phenylene, 2,3-difluoro-1,4-phenylene, 2,5-difluoro-1,4-phenylene, 3,5-difluoro-1,4-phenylene, 2-methyl-1,4-phenylene, 3-methyl-1,4-phenylene or 2,6-naphthalene; Z 1 is independently a single bond, ethylene, methyleneoxy or carbonyloxy; Z 2 and Z 3 are independently a single bond, alkylene having 1 to 12 carbons, or alkylene having 1 to 12 carbons in which arbitrary -CH 2 - is replaced by -O-; and m is 0, 1 or 2.
A simulation system comprising: a processor configured to generate a virtual representation of a physical interaction with a material based on modeled deformation characteristics of the material and data representative of the physical interaction; and a touchscreen (120, 130) adapted to (i) display the virtual representation of the material, (ii) receive as input from a user the data representative of the physical interaction, wherein the user inputs the data representative of the physical interaction by interacting with the displayed virtual representation of the material, and (iii) display, in real-time, the virtual representation of the physical interaction with the material, characterized by comprising a sensor configured for detecting a user's perspective angle relative to the touchscreen (120, 130). a processor configured to generate a virtual representation of a physical interaction with a material based on modeled deformation characteristics of the material and data representative of the physical interaction; and a touchscreen (120, 130) adapted to (i) display the virtual representation of the material, (ii) receive as input from a user the data representative of the physical interaction, wherein the user inputs the data representative of the physical interaction by interacting with the displayed virtual representation of the material, and (iii) display, in real-time, the virtual representation of the physical interaction with the material, characterized by comprising a sensor configured for detecting a user's perspective angle relative to the touchscreen (120, 130).
A side panel for a drawer, having a carrier rail, which has a support section for supporting a bottom panel and a wall section for fixing wall elements, wherein a groove-like channel is arranged between the support section and the wall section, wherein a pivotably mounted detent latch (10, 10', 10", 110) is arranged in the groove-like channel, which protrudes in a detent position with a projection (13, 13') from an opening on a side wall of the groove-like channel, wherein the detent latch (10, 10', 10") is pre-tensioned by a spring (11, 11', 111, 111') in the detent position.
Method for producing aggregates from fresh cement compositions, particularly in the form of concrete and residual concrete, comprising the addition of a) a water-absorbing agent and b) a crystallization deactivator to a non-set cement composition and mixing until a granular material has formed, characterized in that a carboxylic acid having a molar mass < 100 g/mol per acid group or an α-hydroxycarboxylic acid is used as the crystallization deactivator, with the proviso that no calcium aluminate hydrates are added in the method of the invention.
Mould component or mould frame component for the injection-moulding of plastics materials, which component is composed of quenched and tempered martensitic stainless steel whose composition consists of, in % by weight: 0.02 % ≤ C ≤ 0.09 % 0.025 % ≤ N ≤ 0.12 % with 0.05 % ≤ C + N ≤ 0.17 % Al ≤ 0.080 % with Si + 23 Al ≥ 0.20 % and Si + 0.6 Al ≤ 0.25 % and 0.00025 ≤ Al × N ≤ 0.0020 0.55 ≤ Mn ≤ 1.8 % 11.5 % ≤ Cr ≤ 16 % - optionally up to 0.48 % of copper, up to 0.90 % of the sum Mo + W/2, up to 0.90 % of nickel, up to 0.090 % of vanadium, up to 0.090 % of niobium, up to 0.025 % of titanium, optionally up to 0.25 % of sulphur, the balance being iron and impurities resulting from the production operation, the composition also satisfying the condition: 6.5 ≤ F = Cr + Mo + 2 Si + V + Nb − 27 C + N − Ni + Mn / 2 + Cu / 3 ≤ 13. - optionally up to 0.48 % of copper, up to 0.90 % of the sum Mo + W/2, up to 0.90 % of nickel, up to 0.090 % of vanadium, up to 0.090 % of niobium, up to 0.025 % of titanium, optionally up to 0.25 % of sulphur,
An improved 99,5% for the preparation of Indigo carmine of Formula having purity which comprises: a) Indole of compound formula treating with peroxide in presence of catalyst in alcoholic solvent to give indigo of compound formula b) Indigo of compound formula react with sulfuric acid and adding organic solvent then wash or purification in ester solvent to given to indigodisulfonic acid of compound formula. c) Condensation of indigodisulfonic acid of Formula using aqueous media in sodium source of compound and wash with ketonic solvent to give title compound formula. a) Indole of compound formula treating with peroxide in presence of catalyst in alcoholic solvent to give indigo of compound formula b) Indigo of compound formula react with sulfuric acid and adding organic solvent then wash or purification in ester solvent to given to indigodisulfonic acid of compound formula. c) Condensation of indigodisulfonic acid of Formula using aqueous media in sodium source of compound and wash with ketonic solvent to give title compound formula.
A thermal flow meter that applies a voltage to a heating resistor of a sensor element that is disposed in a gas flow to be measured to set the heating resistor (Rh1; Rh2) to a predetermined temperature state, and detects a flow rate value of the gas flow to be measured in the predetermined temperature state that is set, wherein a plurality of flow rate values are detected in a plurality of different predetermined temperature states, and the thermal flow meter corrects a flow rate detection error of one of the flow rate values produced by vaporization of liquid phase components included in a gas flow to be measured based on a value that is calculated based on the plurality of flow rate values.
A display apparatus comprising: a display panel to display an image; a bottom cover disposed behind the display panel; a board support on a rear side of the bottom cover; a main board mounted on the board support on the rear side of the bottom cover and adapted to control the display apparatus and supply power to the display apparatus; and a back cover coupled to the bottom cover and covering the main board, and a stand supporting the display apparatus; characterized in that the board support is mounted on the rear side of the bottom cover and includes a hook mount; and the back cover includes a hook protrusion to be hook-coupled to the hook mount of the board support and the back cover is hook-coupled to the board support. a display panel to display an image; a bottom cover disposed behind the display panel; a board support on a rear side of the bottom cover; a main board mounted on the board support on the rear side of the bottom cover and adapted to control the display apparatus and supply power to the display apparatus; and a back cover coupled to the bottom cover and covering the main board, and a stand supporting the display apparatus; characterized in that the board support is mounted on the rear side of the bottom cover and includes a hook mount; and the back cover includes a hook protrusion to be hook-coupled to the hook mount of the board support and the back cover is hook-coupled to the board support.
A system comprising: a first wireless base station configured to support a first wireless connection using a first network access technology, the first wireless connection including an uplink connection for providing an uplink data transfer from a user device and a first downlink connection for providing a first downlink data transfer to the user device; a second wireless base station configured to support a second wireless connection using a second network access technology that is different from the first network access technology, the second wireless connection maintained concurrently with the first wireless connection, the second wireless connection including a second downlink connection for providing a second downlink data transfer to the user device; a communication interface between the first wireless base station and the second wireless base station; and a first scheduler, coupled to the first wireless base station, configured to schedule uplink timeslots such that the user device can use a single radio to communicate the uplink data transfer concurrently with at least the first downlink data transfer or the second downlink data transfer by using the uplink connection as a single uplink connection for the uplink data transfer, and by using multiple downlink connections that include the first downlink connection with the first wireless base station and the second downlink connection with the second wireless base station, the uplink data transfer to the first wireless base station including uplink data for the second wireless base station. a first wireless base station configured to support a first wireless connection using a first network access technology, the first wireless connection including an uplink connection for providing an uplink data transfer from a user device and a first downlink connection for providing a first downlink data transfer to the user device; a second wireless base station configured to support a second wireless connection using a second network access technology that is different from the first network access technology, the second wireless connection maintained concurrently with the first wireless connection, the second wireless connection including a second downlink connection for providing a second downlink data transfer to the user device; a communication interface between the first wireless base station and the second wireless base station; and a first scheduler, coupled to the first wireless base station, configured to schedule uplink timeslots such that the user device can use a single radio to communicate the uplink data transfer concurrently with at least the first downlink data transfer or the second downlink data transfer by using the uplink connection as a single uplink connection for the uplink data transfer, and by using multiple downlink connections that include the first downlink connection with the first wireless base station and the second downlink connection with the second wireless base station, the uplink data transfer to the first wireless base station including uplink data for the second wireless base station.
A method for controlling a transmission system by adjusting one or more of its components comprising at least one interface unit (I1,..., In) and at least one adjustable device (D1,..., Dk), the method comprising the steps of: - configuring the at least one interface unit (I1,..., In) according to interface configuration parameters, - enabling the at least one interface unit (I1,..., In) according to the interface configuration parameters in order to transmit data via a first link (4, 5), - transmitting device configuration parameters from the at least one interface unit (I1,..., In) to at least one of the adjustable devices (D1,..., Dk) via a second link (2, 3), - configuring the at least one adjustable device (D1,..., Dk) according to the device configuration parameters, and - enabling the at least one adjustable device (D1,..., Dk) according to the device configuration parameters in order to transmit data via the second link (2, 3), wherein the interface configuration parameters and the device configuration parameters are transferred via a control unit into the at least one interface unit (I1,..., In) via the first link, characterized in the method further comprising the step of: - loading an application, such as a fitting application, from the at least one interface unit (I1,..., In) to the control unit, and running the application on the control unit. - configuring the at least one interface unit (I1,..., In) according to interface configuration parameters, - enabling the at least one interface unit (I1,..., In) according to the interface configuration parameters in order to transmit data via a first link (4, 5), - transmitting device configuration parameters from the at least one interface unit (I1,..., In) to at least one of the adjustable devices (D1,..., Dk) via a second link (2, 3), - configuring the at least one adjustable device (D1,..., Dk) according to the device configuration parameters, and - enabling the at least one adjustable device (D1,..., Dk) according to the device configuration parameters in order to transmit data via the second link (2, 3), - loading an application, such as a fitting application, from the at least one interface unit (I1,..., In) to the control unit, and running the application on the control unit.
A method for producing aluminum can sheet comprising: providing a body made of an aluminum alloy type AA3004, AA3104 or other aluminum alloy suitable for making aluminum can sheet, wherein the aluminum alloy comprises 0.05 - 0.60 wt% Si; 0.10 - 0.80 wt% Fe; 0.70 - 1.50 wt% Mn; 0.80 - 1.50 wt% Mg; 0.05 - 0.25 wt% Cu; up to 0.10 wt% Ti; up to 0.25 wt% Zn; and up to 0.15 wt% impurities with the remainder as Al. heating the body to a homogenization temperature; hot rolling said body in a hot rolling mill to produce a hot rolled sheet, said hot rolled sheet exiting the hot rolling mill at a hot rolling exit temperature with a hot mill exit gauge, wherein the hot rolling exit temperature is selected to be lower than 290°C to substantially avoid recrystallization of the hot rolled sheet; cold rolling the hot rolled sheet in a cold rolling mill to apply a cold reduction to produce a cold rolled sheet with a cold mill exit gauge smaller than the hot mill exit gauge; annealing the cold rolled sheet in an intermediate temperature range selected to allow recrystallization of the cold rolled sheet to obtain a recrystallized annealed sheet; cold rolling the recrystallized annealed sheet to apply a cold reduction to produce a cold rolled sheet with a final gauge. providing a body made of an aluminum alloy type AA3004, AA3104 or other aluminum alloy suitable for making aluminum can sheet, wherein the aluminum alloy comprises 0.05 - 0.60 wt% Si; 0.10 - 0.80 wt% Fe; 0.70 - 1.50 wt% Mn; 0.80 - 1.50 wt% Mg; 0.05 - 0.25 wt% Cu; up to 0.10 wt% Ti; up to 0.25 wt% Zn; and up to 0.15 wt% impurities with the remainder as Al. heating the body to a homogenization temperature; hot rolling said body in a hot rolling mill to produce a hot rolled sheet, said hot rolled sheet exiting the hot rolling mill at a hot rolling exit temperature with a hot mill exit gauge, wherein the hot rolling exit temperature is selected to be lower than 290°C to substantially avoid recrystallization of the hot rolled sheet; cold rolling the hot rolled sheet in a cold rolling mill to apply a cold reduction to produce a cold rolled sheet with a cold mill exit gauge smaller than the hot mill exit gauge; annealing the cold rolled sheet in an intermediate temperature range selected to allow recrystallization of the cold rolled sheet to obtain a recrystallized annealed sheet; cold rolling the recrystallized annealed sheet to apply a cold reduction to produce a cold rolled sheet with a final gauge.
A method implemented in a Software Defined Networking, SDN, network, wherein the SDN network contains at least a SDN controller to coordinate traffic forwarding and at least a forwarding element to forward traffic, wherein the SDN network utilizes a plurality of flow tables to perform lookup for forwarding traffic at the forwarding element, the method being characterized by comprising: determining dependency of flow tables within the forwarding element using a set of one or more dependency determination rules; constructing a dependency graph based on determined dependency of flow tables; determining a dependency degree count for each flow table within the forwarding element based on the dependency graph; and forming a plurality of parallel lookup groups, PLGs, for the forwarding element based on the dependency degree count for each flow table, wherein each PLG contains one or more flow tables, and wherein the one or more flow tables of each PLG has a same dependency degree count. determining dependency of flow tables within the forwarding element using a set of one or more dependency determination rules; constructing a dependency graph based on determined dependency of flow tables; determining a dependency degree count for each flow table within the forwarding element based on the dependency graph; and forming a plurality of parallel lookup groups, PLGs, for the forwarding element based on the dependency degree count for each flow table, wherein each PLG contains one or more flow tables, and wherein the one or more flow tables of each PLG has a same dependency degree count.
A cooling arrangement for a reciprocating piston of an internal combustion engine, which piston is arranged inside a cylinder liner of the engine and comprises a piston crown and a piston skirt, the cooling arrangement comprising - a cooling oil gallery that is arranged at least partly inside the piston crown, - a cooling medium injector (5, 5') for injecting cooling oil into a space between the piston and the cylinder liner below the piston clown, the cooling medium injector (5, 5') being arranged inside the cylinder at sich a height that the tip (5a, 5a') of the cooling medium injector (5, 5') is above the center axis of the gudgeon pin of the piston when the piston is at bottom dead center, - an opening that is arranged on the bottom surface of the cooling oil gallery for introducing the cooling oil from the space below the piston crown into the cooling oil gallery, and - a cooling medium duct (6, 6') for supplying the cooling oil to the cooling medium injector (5, 5'), characterized in that the arrangement comprises a volume between the engine block and the cylinder liner, from which volume the cooling oil is introdeuced to the cooling medium injector. - a cooling oil gallery that is arranged at least partly inside the piston crown, - a cooling medium injector (5, 5') for injecting cooling oil into a space between the piston and the cylinder liner below the piston clown, the cooling medium injector (5, 5') being arranged inside the cylinder at sich a height that the tip (5a, 5a') of the cooling medium injector (5, 5') is above the center axis of the gudgeon pin of the piston when the piston is at bottom dead center, - an opening that is arranged on the bottom surface of the cooling oil gallery for introducing the cooling oil from the space below the piston crown into the cooling oil gallery, and - a cooling medium duct (6, 6') for supplying the cooling oil to the cooling medium injector (5, 5'),
An electric kettle which comprises: a body receiving water or food therein; a lid configured to shield an open upper side of the body; a base provided at a lower side of the body and configured to support the body; a spout provided on an upper end of the body and guiding a discharge of the water or food contained inside the body; and a handle fastened to the upper end of the body and configured to be held by hand, wherein the handle comprises: a handle support supporting multiple parts provided therein and constituting a frame of the handle, and a handle cover coupled to the handle support and covering the multiple parts provided in the handle support, the handle cover is fastened to the handle support by a hook coupling, characterized by a cover bracket provided with at least one hook and coupled integrally to the handle cover is provided at an inner surface of the handle cover, the cover bracket being in close contact with and fixed to the inner surface of the handle cover by welding or an adhesive. a body receiving water or food therein; a lid configured to shield an open upper side of the body; a base provided at a lower side of the body and configured to support the body; a spout provided on an upper end of the body and guiding a discharge of the water or food contained inside the body; and a handle fastened to the upper end of the body and configured to be held by hand, wherein the handle comprises: a handle support supporting multiple parts provided therein and constituting a frame of the handle, and a handle cover coupled to the handle support and covering the multiple parts provided in the handle support, the handle cover is fastened to the handle support by a hook coupling, characterized by a cover bracket provided with at least one hook and coupled integrally to the handle cover is provided at an inner surface of the handle cover, the cover bracket being in close contact with and fixed to the inner surface of the handle cover by welding or an adhesive. a handle support supporting multiple parts provided therein and constituting a frame of the handle, and a handle cover coupled to the handle support and covering the multiple parts provided in the handle support, the handle cover is fastened to the handle support by a hook coupling, characterized by a cover bracket provided with at least one hook and coupled integrally to the handle cover is provided at an inner surface of the handle cover, the cover bracket being in close contact with and fixed to the inner surface of the handle cover by welding or an adhesive.