mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a bent metal member characterized by supporting an outer surface of a tubular metal material having on its surface a Zn-Fe alloy coating layer which satisfies the following Condition 1 at two locations spaced in an axial direction of the metal material so that the metal material can move in its axial direction, feeding the metal material in its axial direction, heating the metal material at a position between the two locations to a temperature range of at least the Ac 3 point at a heating speed such that the rate of temperature increase is at least 3.0 x 10 2 °C per second, holding the temperature so that the length of time for which the surface of the metal material is at a temperature of 8.0 x 10 2 °C or higher is at most 2 seconds, and then performing rapid cooling, and imparting a bending moment to the portion of the metal material which underwent the heating by two-dimensionally or three-dimensionally varying the position of one of the two locations which is located downstream in the feed direction of the metal material, thereby manufacturing a bent metal member having on its surface a Zn-based layer which contains an η phase and which satisfies the following Condition 2: Condition 1 Coating weight. 30 - 90 g/m 2 per side Fe content: 8 - 20 mass% Surface roughness Ra prescribed by JIS B 0601: at most 0.8 μm; Condition 2 Coating weight: at most 90 g/m 2 per side Fe content: 8 - 35 mass% Surface roughness Ra prescribed by JIS B 0601: at most 2.0 μm. Condition 1 Coating weight. 30 - 90 g/m 2 per side Fe content: 8 - 20 mass% Surface roughness Ra prescribed by JIS B 0601: at most 0.8 μm; Coating weight. 30 - 90 g/m 2 per side Fe content: 8 - 20 mass% Surface roughness Ra prescribed by JIS B 0601: at most 0.8 μm; Condition 2 Coating weight: at most 90 g/m 2 per side Fe content: 8 - 35 mass% Surface roughness Ra prescribed by JIS B 0601: at most 2.0 μm. Coating weight: at most 90 g/m 2 per side Fe content: 8 - 35 mass% Surface roughness Ra prescribed by JIS B 0601: at most 2.0 μm.
A combustion engine exhaust after treatment system mount, comprising: a body, including: a first mounting position having a first mounting surface and a first longitudinal axis (A 1); a second mounting position having a second mounting surface and a second longitudinal axis (A 2); and a foot for mounting the body to an engine or wall; wherein the first longitudinal axis (A 1) is positioned parallel to the second longitudinal axis (A 2); and wherein each of the first and second mounting surfaces (32, 34) has two opposite ends (54, 56), characterised in that near each of the ends (54, 56) a connector is provided for mounting an exhaust gas after treatment system component in the respective mounting position. a body, including: a first mounting position having a first mounting surface and a first longitudinal axis (A 1); a second mounting position having a second mounting surface and a second longitudinal axis (A 2); and a foot for mounting the body to an engine or wall; a first mounting position having a first mounting surface and a first longitudinal axis (A 1); a second mounting position having a second mounting surface and a second longitudinal axis (A 2); and a foot for mounting the body to an engine or wall; wherein the first longitudinal axis (A 1) is positioned parallel to the second longitudinal axis (A 2); and wherein each of the first and second mounting surfaces (32, 34) has two opposite ends (54, 56), characterised in that near each of the ends (54, 56) a connector is provided for mounting an exhaust gas after treatment system component in the respective mounting position.
A method for playback of a plurality of content items, the method comprising the steps of: - playback of a currently selected content item; - selection and simultaneous playback of current content of at least one other content item, said at least one other content item being a preferred content item, characterized in that said selection and simultaneous playback of current content of at least one other content item is automatically triggered by commencement of recording of said at least one other content item. - playback of a currently selected content item; - selection and simultaneous playback of current content of at least one other content item, said at least one other content item being a preferred content item, characterized in that said selection and simultaneous playback of current content of at least one other content item is automatically triggered by commencement of recording of said at least one other content item.
A method for connecting a plurality of elements of a printed circuit board, comprising the steps of - providing with mutually matching contours the elements to be connected (1, 2, 4, 5, 6, 10, 15, 16, I, II, III) of a printed circuit board, - arranging with mutually complementary contours in a close spatial relationship on at least one peripheral region (7, 11, 28, 29) the elements to be connected (1, 2, 4, 5, 6, 10, 15, 16, I, II, III), while keeping a distance between the mutually facing peripheral regions (7, 11, 28, 29), and - mechanically connecting by gluing the mutually facing peripheral regions (7, 11, 28, 29) over at least portions thereof, for connecting the elements to be connected (1, 2, 4, 5, 6, 10, 15, 16, I, II, III) of the printed circuit board, wherein the printed circuit board elements to be connected (6, 10) are arranged or supported on a carrier element (20, 30) for carrying out the connecting procedure, the printed circuit board elements to be connected (6, 10) are kept secured to the carrier element (20, 30) during the connecting procedure by applying a vacuum, by clamping, by elevations or pins projecting from the carrier element entering complementary recesses of the elements (6, 10), and/or the surface of the carrier element (20, 30) facing the elements (6, 10) to be supported is formed by, or coated with, an antiskid material, e.g. silicone, rubber or the like, characterized in that the distance between the mutually facing peripheral regions to be connected (7, 11, 28, 29) is selected to be 500 μm at most and, in particular, 200 μm at most. - providing with mutually matching contours the elements to be connected (1, 2, 4, 5, 6, 10, 15, 16, I, II, III) of a printed circuit board, - arranging with mutually complementary contours in a close spatial relationship on at least one peripheral region (7, 11, 28, 29) the elements to be connected (1, 2, 4, 5, 6, 10, 15, 16, I, II, III), while keeping a distance between the mutually facing peripheral regions (7, 11, 28, 29), and - mechanically connecting by gluing the mutually facing peripheral regions (7, 11, 28, 29) over at least portions thereof, for connecting the elements to be connected (1, 2, 4, 5, 6, 10, 15, 16, I, II, III) of the printed circuit board, wherein the printed circuit board elements to be connected (6, 10) are arranged or supported on a carrier element (20, 30) for carrying out the connecting procedure, the printed circuit board elements to be connected (6, 10) are kept secured to the carrier element (20, 30) during the connecting procedure by applying a vacuum, by clamping, by elevations or pins projecting from the carrier element entering complementary recesses of the elements (6, 10), and/or the surface of the carrier element (20, 30) facing the elements (6, 10) to be supported is formed by, or coated with, an antiskid material, e.g. silicone, rubber or the like,
A remote operation assistance system that is used for assisting in remote operation of a work machine by an operator using a remote operation device, the remote operation assistance system comprising: a distance acquisition unit arranged at a predetermined portion of the remote operation device and configured to obtain information on a distance to a moving body; an attribute acquisition unit configured to obtain an attribute, the moving body belonging to the attribute; an interference determination unit configured to determine a level of a likelihood of interference occurring with the remote operation, based on the distance detected by the distance acquisition unit and the attribute obtained by the attribute acquisition unit; and an assistance control unit configured to perform control to assist in the remote operation in accordance with a result of the determination by the interference determination unit. a distance acquisition unit arranged at a predetermined portion of the remote operation device and configured to obtain information on a distance to a moving body; an attribute acquisition unit configured to obtain an attribute, the moving body belonging to the attribute; an interference determination unit configured to determine a level of a likelihood of interference occurring with the remote operation, based on the distance detected by the distance acquisition unit and the attribute obtained by the attribute acquisition unit; and an assistance control unit configured to perform control to assist in the remote operation in accordance with a result of the determination by the interference determination unit.
A method for producing a RFL (resorcinol-formaldehyde) free dipping solution for cord fabrics, characterized by the steps of - adding acrylic polymer resin into water, - adjusting the pH value, - adding epoxy to the composition, - adding polyisocyanate to the composition, - adding latex, wherein the latex comprises butadiene, styrene, and vinyl pyridine monomers and wherein the solid amount inside the latex is between 35-45 % by weight, - obtaining the dipping solution, wherein the dipping solution comprises the acrylic polymer resin in an amount of 1-7 % by weight, the epoxy in an amount of 0.6-2.5 % by weight and the polyisocyanate in an amount of 6-21 % by weight. - adding acrylic polymer resin into water, - adjusting the pH value, - adding epoxy to the composition, - adding polyisocyanate to the composition, - adding latex, wherein the latex comprises butadiene, styrene, and vinyl pyridine monomers and wherein the solid amount inside the latex is between 35-45 % by weight, - obtaining the dipping solution, wherein the dipping solution comprises the acrylic polymer resin in an amount of 1-7 % by weight, the epoxy in an amount of 0.6-2.5 % by weight and the polyisocyanate in an amount of 6-21 % by weight.
A mobile station comprising: an access stratum, AS, function corresponding to an AS terminated between the mobile station and a radio base station (eNB1 eNB2); and a non access stratum, NAS, function corresponding to a NAS terminated between the mobile station and a mobile switching center, characterised in that the AS function is configured to activate a first timer, when a quality deterioration of a radio link established with the radio base station (eNB1, eNB2) is detected; the AS function is configured to detect, when the quality deterioration in the radio link is not recovered before the first timer expires, a failure in the radio link and to activate a second timer; the AS function is configured to transition, when a specific cell is not discovered during a time that the second timer is activated, to an idle state, and to notify the NAS function that the failure in the radio link is detected and a cell discovered by a cell selection process; and the NAS function is configured to transmit, in response to the notification, a location registration request signal to the mobile switching center. an access stratum, AS, function corresponding to an AS terminated between the mobile station and a radio base station (eNB1 eNB2); and a non access stratum, NAS, function corresponding to a NAS terminated between the mobile station and a mobile switching center, characterised in that the AS function is configured to activate a first timer, when a quality deterioration of a radio link established with the radio base station (eNB1, eNB2) is detected; the AS function is configured to detect, when the quality deterioration in the radio link is not recovered before the first timer expires, a failure in the radio link and to activate a second timer; the AS function is configured to transition, when a specific cell is not discovered during a time that the second timer is activated, to an idle state, and to notify the NAS function that the failure in the radio link is detected and a cell discovered by a cell selection process; and the NAS function is configured to transmit, in response to the notification, a location registration request signal to the mobile switching center.
A method for producing synthetic hectorite, the method comprising the steps of: 1) preparing a precursor solution mixture including a lithium (Li) precursor, a fluorine precursor, and a magnesium (Mg) precursor but including no silica precursor; 2) adding a basic catalyst into the precursor solution mixture and forming a Li-Mg precipitate; and 3) adding a silica (Si) precursor to the Li-Mg precipitate and carrying out a crystallization reaction, wherein the crystallization reaction of step 3) is carried out at a temperature of 70°C to 120°C, the crystallization reaction of step 3) is carried out under a pressure of 100 kPa to 121 kPa (1 bar to 1.21 bar), and the crystallization reaction of step 3) is carried out for 3 hours to 10 hours wherein, the basic catalyst is used as a mixture of a strong base and a weak base, wherein the strong base is one or more selected from the group consisting of sodium hydroxide (NaOH), potassium hydroxide, calcium hydroxide (Ca 2), and barium hydroxide (Ba 2), and the weak base is one or more selected from the group consisting of ammonium hydroxide (NH4OH), sodium carbonate (Na2CO3), and magnesium hydroxide (Mg 2). 1) preparing a precursor solution mixture including a lithium (Li) precursor, a fluorine precursor, and a magnesium (Mg) precursor but including no silica precursor; 2) adding a basic catalyst into the precursor solution mixture and forming a Li-Mg precipitate; and 3) adding a silica (Si) precursor to the Li-Mg precipitate and carrying out a crystallization reaction, wherein the crystallization reaction of step 3) is carried out at a temperature of 70°C to 120°C, the crystallization reaction of step 3) is carried out under a pressure of 100 kPa to 121 kPa (1 bar to 1.21 bar), and the crystallization reaction of step 3) is carried out for 3 hours to 10 hours wherein,
A modular lockable fork for a vehicle, comprising: a heel end and a toe end, characterized in that the heel end comprises: (i) an upper surface configured to be locked to a battery box of the vehicle and including a first locking component configured to engage a locking component of the battery box, and (ii) a side surface (100, 245) configured to be locked to a torsion member coupled to the battery box and including a second locking component configured to engage a locking component of the torsion member. a heel end and a toe end, characterized in that the heel end comprises: (i) an upper surface configured to be locked to a battery box of the vehicle and including a first locking component configured to engage a locking component of the battery box, and (ii) a side surface (100, 245) configured to be locked to a torsion member coupled to the battery box and including a second locking component configured to engage a locking component of the torsion member. (i) an upper surface configured to be locked to a battery box of the vehicle and including a first locking component configured to engage a locking component of the battery box, and (ii) a side surface (100, 245) configured to be locked to a torsion member coupled to the battery box and including a second locking component configured to engage a locking component of the torsion member.
MEMS pump comprising a basis structure; a membrane structure opposing the basis structure and being deflectable parallel to a surface normal of the basis structure; a pump chamber between the basis structure and the membrane structure, wherein a volume of the pump chamber is based on a position of the membrane structure with respect to the basis structure; characterised by a passage configured for letting a fluid pass into the pump chamber or exit the pump chamber, wherein the passage is arranged in-plane with respect to the pump chamber, wherein in-plane relates to a direction having at least a component being perpendicular to a direction that is parallel to the surface normal; and a valve structure fluidically coupled to the passage and configured for connecting, in a first state, the passage to a first outer volume (32 1) so as to provide the fluid to the pump chamber from the first outer volume (32 1) and for connecting, in a second state, the passage to a second outer volume (32 2) so as to provide the fluid to the second outer volume (32 2). a basis structure; a membrane structure opposing the basis structure and being deflectable parallel to a surface normal of the basis structure; a pump chamber between the basis structure and the membrane structure, wherein a volume of the pump chamber is based on a position of the membrane structure with respect to the basis structure; characterised by a passage configured for letting a fluid pass into the pump chamber or exit the pump chamber, wherein the passage is arranged in-plane with respect to the pump chamber, wherein in-plane relates to a direction having at least a component being perpendicular to a direction that is parallel to the surface normal; and a valve structure fluidically coupled to the passage and configured for connecting, in a first state, the passage to a first outer volume (32 1) so as to provide the fluid to the pump chamber from the first outer volume (32 1) and for connecting, in a second state, the passage to a second outer volume (32 2) so as to provide the fluid to the second outer volume (32 2).
An acoustic product composed of composite material, such as a musical instrument, a part thereof or an acoustic equipment, which is manufactured from raw material, comprising at least cellulose based substance and plastic based substance, by means of a thermoplastic process, such as by pressing, compression molding, injection molding, extrusion, blow molding by heat and/or rotational molding, wherein the acoustic product has a material composition consisting of a fiber substance and a plastic based substance, in which orientation of the material is faded out in order to bring about the acoustic product composed of isotropic material, characterized in that the fiber substance in the material composition is based on wet ground cellulose, wherein the acoustic product has an isotropic sound propagation in three dimensions, wherein its material has at least two separate interpenetrating networks going continuously through the material, the first one of the networks being formed of surface modified cellulose fiber substance and the second one of the plastic substance.
Trailer control valve of a tractor vehicle for controlling a hydraulic two-line brake system of a trailer vehicle, having a reservoir pressure input for connecting a hydraulic reservoir line (12', 44) of the tractor vehicle, having a tank output for connecting an unpressurized return line of the tractor vehicle, having a brake pressure output for connecting a brake line of the trailer vehicle, and having an additional pressure output for connecting an additional line of the trailer vehicle, in which the brake pressure output can be connected in a stepped manner to the reservoir pressure input or to the tank output by means of an electronically controllable brake control valve, and in which the additional pressure output can be connected either to the reservoir pressure input, with a reduction in an output pressure of the reservoir pressure to an additional pressure, or to the tank output via a valve arrangement having at least one electronically controllable valve, wherein the valve arrangement has a pressure-limiting valve and a shut-off valve, wherein the pressure-limiting valve and the shut-off valve are arranged one behind the other in series, wherein the shut-off valve is arranged connected downstream of the pressure-limiting valve in terms of flow, and wherein the output pressure of the valve arrangement can be lowered to the additional pressure by means of the pressure-limiting valve, characterized in that the shut-off valve is designed as a 3/2-way solenoid switching valve, via which the additional pressure output is connected to the tank output in its deenergized state and to the working output of the pressure-limiting valve in its energized state.
A wind turbine rotor blade with an electrical heating device for heating a surface region of the wind turbine rotor blade and a temperature sensor, wherein the electrical heating device has a heating mat (36, 38) consisting of an electrically conductive material, and is designed that way that during operation of the heating device a maximum temperature is achieved in a section of the surface region close to the blade root in which the temperature sensor is arranged, characterized in that the electrical heating device has an electrical connection to a blade-root-side end of the heating mat (36, 38), and an electrical connection to a blade-tip-side end of the heating mat (36, 38) so that an electrical heating current basically flows in a longitudinal direction of the wind turbine rotor blade, the heating mat (36, 38) has an outer longitudinal section that extends from the blade-tip-side end of the heating mat (36, 38) to a first middle radial position, and an inner longitudinal section that extends from a second middle radial position to the blade-root-side end of the heating mat (36, 38), wherein the section close to the blade root is arranged in the inner longitudinal section and the inner longitudinal section has a smaller width than the outer longitudinal section.
A method for the production of vitrified bonded grinding bodies, wherein - a mass of at least one mixture of abrasive grains and binder, sufficient for several individual abrasive bodies, is introduced into a mold, the mixture optionally additionally containing abrasive and/or non-abrasive fillers, additives and pore-forming agents, - the filling of the at least one mixture into the mould is carried out in portions, wherein first a portion sufficient for a single grinding body is filled into the mould, the mass is subsequently smoothed and then covered with an intermediate layer and this process is repeated until the mould is filled, and - the mass is positively pressed in the mold by means of a hydraulic press, characterized in that - the intermediate layer is formed by sprinkling inert particles, which do not show any interaction with the abrasive grain-binder mixture, onto the mass filled and smoothed for the desired individual abrasive body, - the green body thus obtained is subsequently sintered to form a shaped body, and - the sintered shaped body is divided into individual grinding bodies after cooling. - a mass of at least one mixture of abrasive grains and binder, sufficient for several individual abrasive bodies, is introduced into a mold, the mixture optionally additionally containing abrasive and/or non-abrasive fillers, additives and pore-forming agents, - the filling of the at least one mixture into the mould is carried out in portions, wherein first a portion sufficient for a single grinding body is filled into the mould, the mass is subsequently smoothed and then covered with an intermediate layer and this process is repeated until the mould is filled, and - the mass is positively pressed in the mold by means of a hydraulic press, - the intermediate layer is formed by sprinkling inert particles, which do not show any interaction with the abrasive grain-binder mixture, onto the mass filled and smoothed for the desired individual abrasive body, - the green body thus obtained is subsequently sintered to form a shaped body, and - the sintered shaped body is divided into individual grinding bodies after cooling.