mhurhangee/ep-ind-claims huggingface dataset:
Agricultural field spraying device having a frame, a boom which can be adjusted on the frame into a different vertical position with respect to the target surface by means of a vertical adjustment device having at least one actuating element, said boom having discharge nozzles arranged thereon, for discharging the fluid to be distributed in adjustable quantities and an electronic open-loop and/or closed-loop control device having a location-determining system, said device being preferably an on-board computer for activating switching valves, preferably switching elements for switching the fluid discharge on and off and for activating at least one actuating element for setting and adjusting the vertical position of the boom, wherein a programme for chronologically offset positions for the activation of the actuating elements for the vertical position device, on the one hand, and of the switching elements for switching on and off the fluid discharge, on the other hand, is stored in the memory of the electronic open-loop and/or closed-loop control device, characterized in that before the target point of the activation of the switching elements for switching on the fluid discharge is calculated in the stored programme taking into account the lowering speed of the boom and the actual speed at which the field spraying device is travelling is calculated in the stored programme before the target point of the activation of the switching elements for switching on the fluid discharge the target point for the initiation of the lowering of the boom by means of the vertical adjustment device is calculated and stored, and the at least one actuating element for setting the vertical position of the boom for the initiation of the lowering of the boom is correspondingly actuated at the stored target point for the initiation of the lowering of the boom so that at least when the target point for switching on the fluid discharge is reached the boom is at least approximately located in the provided vertical position with respect to the target surface.
A method for predicting long-term durability of a resin composition for piping, wherein the method for predicting long-term durability of a resin composition for piping uses a content of tie molecules, an entanglement molecular weight (M e) and a mass average molecular weight (M w) that the resin composition has, and wherein the method for predicting long-term durability of a resin composition for piping uses Equation below: Long − term durability predicted value of resin composition = a × X b × Y c × Z d wherein, a=386,600, b=4.166, c=-1.831, and d=1.769, X, Y and Z mean, in the resin composition as a sample, a content (wt%) of tie molecules, an entanglement molecular weight (g/mol) and a content (wt%) of a component having a mass average molecular weight (Mw) of 1,000,000 or more, respectively, where X, Y and Z are used as dimensionless constants excluding the units, and the content of tie molecules, the entanglement molecular weight (g/mol) and the content of a component having a mass average molecular weight (Mw) of 1,000,000 or more are obtained as described in the specification. wherein the method for predicting long-term durability of a resin composition for piping uses a content of tie molecules, an entanglement molecular weight (M e) and a mass average molecular weight (M w) that the resin composition has, and wherein the method for predicting long-term durability of a resin composition for piping uses Equation below: Long − term durability predicted value of resin composition = a × X b × Y c × Z d wherein, a=386,600, b=4.166, c=-1.831, and d=1.769, X, Y and Z mean, in the resin composition as a sample, a content (wt%) of tie molecules, an entanglement molecular weight (g/mol) and a content (wt%) of a component having a mass average molecular weight (Mw) of 1,000,000 or more, respectively, where X, Y and Z are used as dimensionless constants excluding the units, and the content of tie molecules, the entanglement molecular weight (g/mol) and the content of a component having a mass average molecular weight (Mw) of 1,000,000 or more are obtained as described in the specification.
Method for the removal of inorganic components of the ash of biomass of agro/forest/urban origin and of low-quality coal fuels before thermochemical conversion of the above mentioned raw materials, the method comprises: ✔ heating of the raw material at a temperature range between 200 °C and 300 °C, for 5 min to 2 h, whereby heating is effected with no oxygen and/or with an amount of oxygen that is less than the 30% of that one required for stoichiometric oxidation of these materials at the temperatures from 200 °C to 300 °C; and ✔ washing of the heated raw material with an aqueous solution of calcium acetate and/or magnesium acetate and/or aluminum acetate and/or ammonium acetate salt at concentrations from 0.5% up to 20% water weight basis, at a solid-to-liquid ratio from 33 g/L up to 600 g/L, at a temperature range between 13 °C and 95 °C, the treatment duration being from 5 min to 24 h. ✔ heating of the raw material at a temperature range between 200 °C and 300 °C, for 5 min to 2 h, whereby heating is effected with no oxygen and/or with an amount of oxygen that is less than the 30% of that one required for stoichiometric oxidation of these materials at the temperatures from 200 °C to 300 °C; and ✔ washing of the heated raw material with an aqueous solution of calcium acetate and/or magnesium acetate and/or aluminum acetate and/or ammonium acetate salt at concentrations from 0.5% up to 20% water weight basis, at a solid-to-liquid ratio from 33 g/L up to 600 g/L, at a temperature range between 13 °C and 95 °C, the treatment duration being from 5 min to 24 h.
A composition comprising a compound of the formula, a compound of the formula, a triflating agent and a base comprising a tertiary or heterocyclic amine such that the pK a of the conjugate acid at 25 °C is within the range 5.21 to 12, wherein R' represents hydrogen or a lower acyl group having 2 to 4 carbon atoms; or a protected derivative thereof characterised in that base is selected from the group consisting of pyridine, 2,6-lutidine, N-methylmorpholine, 1,4-diaza-bicyclo[2.2.2]octane (DABCO), trimethylamine, triethylamine, N,N-diiso-propyl-ethyl-amine (DIPEA), quinuclidine and 1,8-diaza-bicyclo-[5.4.0]-undec-7-ene. R' represents hydrogen or a lower acyl group having 2 to 4 carbon atoms; or a protected derivative thereof characterised in that base is selected from the group consisting of pyridine, 2,6-lutidine, N-methylmorpholine, 1,4-diaza-bicyclo[2.2.2]octane (DABCO), trimethylamine, triethylamine, N,N-diiso-propyl-ethyl-amine (DIPEA), quinuclidine and 1,8-diaza-bicyclo-[5.4.0]-undec-7-ene.
A single electric radiator comprising an internal heat source and a heating body for performing heat transfer between the heat source of the electric radiator and ambient air, the heat source being formed by at least one processing circuit whereon at least one computing processor is provided, the latter being connected to a dissipating block to remove heat of said at least one computing processor towards the heating body; and the radiator comprising an user control interface for controlling the amount of energy dissipated by the heat source by controlling the number of processors used and the calculations executed by said at least one processor so as to obtain an amount of dissipated energy meeting an user's setpoint, characterised in that the user control interface is configured so as to transmit to an external computer system a signal representing the computing resource available in the radiator depending on a user's setpoint, said at least one processor of the radiator executing calculations ordered by the external computer system which are sufficient in number and/or in complexity to provide the amount of calorific energy required by the user, if these calculations are insufficient, the control interface completes with predetermined calculations which are in particular stored internally, a power supply and a communication interface enabling an external computer system to access said at least one processor as a computing resource.
A method of an automatic closure of a vehicle door leaf, said door leaf being of a tailgate type, said method using a device comprising sensors and including the different steps consisting in: - defining a safety area corresponding to a projection on the ground of the tailgate shape, increased by a safety contour; - determining whether an element likely to obstruct the closure of the tailgate is present in the safety area; if no element is detected in the safety area, proceeding with the closure of the tailgate; characterized in that the projection of the tailgate on the ground has a central edge corresponding to the projection of the horizontal edge of the tailgate in the closed position, a first lateral edge and a second lateral edge respectively corresponding to the projection of a first vertical edge and a second vertical edge of the tailgate in the closed position, the safety contour being wider at the central edge than at the lateral edges, the safety contour at the first lateral edge and at the second lateral edge having a thickness which varies increasingly depending on the distance of the vehicle. - defining a safety area corresponding to a projection on the ground of the tailgate shape, increased by a safety contour; - determining whether an element likely to obstruct the closure of the tailgate is present in the safety area; if no element is detected in the safety area, proceeding with the closure of the tailgate;
Capacitor fastening for fastening a capacitor to a panel, the capacitor, when mounted in place, being fastened to the panel at the capacitor's lower part, the capacitor fastening comprisinc the panel; retaining means in the panel at a mounting point of the capacitor preventing a lateral movement of the capacitor in at least one selected direction; a tightening plate arranged above the panel and to be fastened to the panel, which tightening plate has a hole corresponding to the diameter of the capacitor above the mounting point of the panel; and wedging means (7, 8) between the panel and the tightening plate for tightening the capacitor in place between the panel and the plate, wherein the wedging means comprise wedging pins in the panel and corresponding wedging holes in the tightening plate, which, when brought into co-operation, are arranged to tighten the retaining means of the panel - and thereby the panel - and the edge of the hole of the tightening plate - and thereby the tightening plate - against each other in two opposite directions around the capacitor in directions perpendicular to the axial direction of the capacitor.
Method for printing wood material boards, in particular wood fiber material boards, by means of a digital printing process, comprising the steps a) applying at least one layer of a first pigmented primer to the wood material boards from one batch of the carrier material, b) applying at least one layer of a second pigmented primer to the wood material boards, c) measuring the color values of the individual wood material boards and forwarding the color values to a computer program; d) processing the color values from the individual wood material boards in the computer program and adapting the color values of the digital print for the individual wood material boards; e) printing at least one side of the wood material boards by means of digital printing technology, forming a decorative layer in such a way that no color deviations occur between the printed decorations of the individual wood material boards of a batch of the carrier material. a) applying at least one layer of a first pigmented primer to the wood material boards from one batch of the carrier material, b) applying at least one layer of a second pigmented primer to the wood material boards, c) measuring the color values of the individual wood material boards and forwarding the color values to a computer program; d) processing the color values from the individual wood material boards in the computer program and adapting the color values of the digital print for the individual wood material boards; e) printing at least one side of the wood material boards by means of digital printing technology, forming a decorative layer in such a way that no color deviations occur between the printed decorations of the individual wood material boards of a batch of the carrier material.
A method for controlling Quality of Service, QoS, levels/service levels within a wired network associated with wireless Local Area Network, LAN, the wired network having different paths for carrying information frames received from at least one mobile terminal, comprising the steps of: - receiving in the wired network at least one frame of information from the at least one mobile terminal in said wireless LAN, said step comprising the step of receiving an IP packet in an Ethernet Frame; - determining a QoS level/service level for the at least one information frame; - assigning to the at least one information frame an identifier that identifies at least one path through the wired network having a transmission capability sufficient to provide the determined QoS level/service level, wherein the identifier includes a Virtual Local Area Network, VLAN, number designating the QoS level/service level; and - routing the at least one information frame in the wired network along at least the at least one path identified by the identifier. - receiving in the wired network at least one frame of information from the at least one mobile terminal in said wireless LAN, said step comprising the step of receiving an IP packet in an Ethernet Frame; - determining a QoS level/service level for the at least one information frame; - assigning to the at least one information frame an identifier that identifies at least one path through the wired network having a transmission capability sufficient to provide the determined QoS level/service level, wherein the identifier includes a Virtual Local Area Network, VLAN, number designating the QoS level/service level; and - routing the at least one information frame in the wired network along at least the at least one path identified by the identifier.
An oral care composition comprising: from 0.5 to 3%, by weight, of an anionic surfactant; from 0.2 to 3%, by weight, of a zwitterionic surfactant; from 1 to 3%, by weight, of a nonionic surfactant; from 0.1 to 2%, by weight, of a structuring agent, wherein the structuring agent is a non-cellulose gum-type colloidal polymer; from 1 to 3%, by weight, of a lipophilic agent; a soluble pyrophosphate; and from 24 to 32%, by weight, free water. from 0.5 to 3%, by weight, of an anionic surfactant; from 0.2 to 3%, by weight, of a zwitterionic surfactant; from 1 to 3%, by weight, of a nonionic surfactant; from 0.1 to 2%, by weight, of a structuring agent, wherein the structuring agent is a non-cellulose gum-type colloidal polymer; from 1 to 3%, by weight, of a lipophilic agent; a soluble pyrophosphate; and from 24 to 32%, by weight, free water.
A radiation image detecting device comprising: an image detector having an image capturing field having an arrangement of a plurality of pixels for accumulating an electric signal in accordance with an incident amount of radiation from a radiation generating apparatus, for detecting a radiographic image; a dosimeter for measuring a dose of said radiation emitted from said radiation generating apparatus and passed through an object; a stop signal issuing unit for issuing a stop signal to make said radiation generating apparatus stop an emission of said radiation upon said dose of said radiation measured by said dosimeter reaching a target dose; a first communicator for performing communication processing of said stop signal for transmitting said stop signal to said radiation generating apparatus during an accumulation operation of said image detector, and performing communication processing of a signal other than said stop signal; and a first controller characterised by being adapted to regulate, during said accumulation operation, communication of said signal other than said stop signal by said first communicator, at least until said first communicator completes transmission of said stop signal. an image detector having an image capturing field having an arrangement of a plurality of pixels for accumulating an electric signal in accordance with an incident amount of radiation from a radiation generating apparatus, for detecting a radiographic image; a dosimeter for measuring a dose of said radiation emitted from said radiation generating apparatus and passed through an object; a stop signal issuing unit for issuing a stop signal to make said radiation generating apparatus stop an emission of said radiation upon said dose of said radiation measured by said dosimeter reaching a target dose; a first communicator for performing communication processing of said stop signal for transmitting said stop signal to said radiation generating apparatus during an accumulation operation of said image detector, and performing communication processing of a signal other than said stop signal; and a first controller characterised by being adapted to regulate, during said accumulation operation, communication of said signal other than said stop signal by said first communicator, at least until said first communicator completes transmission of said stop signal.
A method of manufacturing a spectacle lens, comprising: an expected shape specifying step of obtaining by a simulation process, a bevel shape after change of a shape due to interference of a beveling tool for beveling an uncut spectacle lens, as an expected finish shape of a bevel; a theoretical circumference calculating step of obtaining a bevel circumference in a spectacle lens having the expected finish shape obtained in the expected shape specifying step as a theoretical circumference of the spectacle lens; a lens edging step of beveling the uncut spectacle lens; a circumference measuring step of measuring a bevel circumference of the spectacle lens beveled in the lens edging step; a comparing step of comparing the theoretical circumference obtained in the theoretical circumference calculating step and the bevel circumference measured in the circumference measuring step; and a judging step of judging defect and non-defect of the spectacle lens beveled in the lens edging step based on a comparison result in the comparing step. an expected shape specifying step of obtaining by a simulation process, a bevel shape after change of a shape due to interference of a beveling tool for beveling an uncut spectacle lens, as an expected finish shape of a bevel; a theoretical circumference calculating step of obtaining a bevel circumference in a spectacle lens having the expected finish shape obtained in the expected shape specifying step as a theoretical circumference of the spectacle lens; a lens edging step of beveling the uncut spectacle lens; a circumference measuring step of measuring a bevel circumference of the spectacle lens beveled in the lens edging step; a comparing step of comparing the theoretical circumference obtained in the theoretical circumference calculating step and the bevel circumference measured in the circumference measuring step; and a judging step of judging defect and non-defect of the spectacle lens beveled in the lens edging step based on a comparison result in the comparing step.
A gasket (2, 3, 4) comprising: a gasket body formed of a metal plate; and at least two locking hook portions formed to project from the gasket body and suitable for abutting against side wall surfaces adjacent to a counter sealing surface, wherein the locking hook portions include curved portions at distal end portions of the respective locking hook portions for abutting against the side wall surfaces, at least a first of the locking hook portions being formed to be bent toward an inside of the gasket body such that an angle made with the gasket body is an acute angle, wherein the curved portions may press against the side wall surfaces by spring force of the locking hook portion bent at the acute angle to allow the gasket body to hold the gasket body itself on the counter sealing surface, and a second locking hook portion other than the first locking hook portion bent at the acute angle is formed to be bent at right angles to the gasket body, for abutting against the side wall surface to regulate a position of the gasket body with respect to the counter sealing surface. a gasket body formed of a metal plate; and at least two locking hook portions formed to project from the gasket body and suitable for abutting against side wall surfaces adjacent to a counter sealing surface, wherein the locking hook portions include curved portions at distal end portions of the respective locking hook portions for abutting against the side wall surfaces, at least a first of the locking hook portions being formed to be bent toward an inside of the gasket body such that an angle made with the gasket body is an acute angle, wherein the curved portions may press against the side wall surfaces by spring force of the locking hook portion bent at the acute angle to allow the gasket body to hold the gasket body itself on the counter sealing surface, and a second locking hook portion other than the first locking hook portion bent at the acute angle is formed to be bent at right angles to the gasket body, for abutting against the side wall surface to regulate a position of the gasket body with respect to the counter sealing surface.
A chordae tendineae capturing device (30; 930) comprising: a hub component (32; 932); and a plurality of spokes (35; 91-94) attached to the hub component, the spokes (35; 91-94) being configured to: extend radially outward from the hub component (32; 932); and close radially inward over one or more cords (16a, 16b; 76) of chordae tendineae of a heart to wrap around the hub component (32; 932) in a wound spiral configuration and secure the one or more cords (16a, 16b; 76) in proximity to the hub component (32; 932) using a mechanism for ratcheting or collapsing the spokes (35; 91-94) around or towards the hub component (32; 932). a hub component (32; 932); and a plurality of spokes (35; 91-94) attached to the hub component, the spokes (35; 91-94) being configured to: extend radially outward from the hub component (32; 932); and close radially inward over one or more cords (16a, 16b; 76) of chordae tendineae of a heart to wrap around the hub component (32; 932) in a wound spiral configuration and secure the one or more cords (16a, 16b; 76) in proximity to the hub component (32; 932) using a mechanism for ratcheting or collapsing the spokes (35; 91-94) around or towards the hub component (32; 932). extend radially outward from the hub component (32; 932); and close radially inward over one or more cords (16a, 16b; 76) of chordae tendineae of a heart to wrap around the hub component (32; 932) in a wound spiral configuration and secure the one or more cords (16a, 16b; 76) in proximity to the hub component (32; 932) using a mechanism for ratcheting or collapsing the spokes (35; 91-94) around or towards the hub component (32; 932).