mhurhangee/ep-ind-claims huggingface dataset:
A leak testing machine for tightness testing of a cylinder head, an engine block or a similar workpiece with at least one internal chamber to be tested, comprising: - at least one sealing plate (14; 14A, 14B) with a sealing arrangement for a connection region of the workpiece; - a machine frame with at least one workpiece holding device (22A, 22B) for the workpiece; and - an adjusting device with at least one first drive for bringing together workpiece (11; 12) and sealing plate (14; 14A, 14B) into a test position, in which the workpiece lies with the connection region tight against the sealing arrangement of the sealing plate; - and preferably comprising a changeover device (30; 30A, 30B) for sealing plates (14; 14A, 14B) with a holding arrangement adjustable on the machine frame with an associated second drive (36A; 36B) for sealing plate changeover, in particular for bringing a holder with sealing plate out of a waiting position into an operating position associated with the test position and vice versa, wherein the holding arrangement comprises at least two holders (34-1 - 34-4) in each case for one sealing plate and a common supporting member, which is mounted swivelably on the machine frame and on which the at least two holders (34-1 - 34-4) are provided; CHARACTERIZED IN THAT - a rotary device is provided on the machine frame, which device has the at least one workpiece holding device (22A, 22B) as well as an associated third drive for bringing the workpiece out of a loading position for loading and unloading the leak testing machine into a home position upstream of the test position or into the test position and vice versa. - at least one sealing plate (14; 14A, 14B) with a sealing arrangement for a connection region of the workpiece; - a machine frame with at least one workpiece holding device (22A, 22B) for the workpiece; and - an adjusting device with at least one first drive for bringing together workpiece (11; 12) and sealing plate (14; 14A, 14B) into a test position, in which the workpiece lies with the connection region tight against the sealing arrangement of the sealing plate; - and preferably comprising a changeover device (30; 30A, 30B) for sealing plates (14; 14A, 14B) with a holding arrangement adjustable on the machine frame with an associated second drive (36A; 36B) for sealing plate changeover, in particular for bringing a holder with sealing plate out of a waiting position into an operating position associated with the test position and vice versa, wherein the holding arrangement comprises at least two holders (34-1 - 34-4) in each case for one sealing plate and a common supporting member, which is mounted swivelably on the machine frame and on which the at least two holders (34-1 - 34-4) are provided; - a rotary device is provided on the machine frame, which device has the at least one workpiece holding device (22A, 22B) as well as an associated third drive for bringing the workpiece out of a loading position for loading and unloading the leak testing machine into a home position upstream of the test position or into the test position and vice versa.
A collision avoidance system for a vehicle, comprising; a three-dimensional imaging device for mapping a three dimensional object located within a surrounding environment of a vehicle; a positioning module arranged to superimpose a potential position of a body of the vehicle on to the mapped object; an impact detection module arranged to distinguish between an impact location on the mapped object and a clearance location on the mapped object based on the potential position of the body of the vehicle on the mapped object; and a communication module for communicating the impact location to a collision avoidance aid.
A ship with an ammunition elevator, comprising: a load carrier for receiving material to be conveyed, such as ammunition or provisions; and a support column to which the load carrier is longitudinally movably attached; wherein the load carrier is driven by a drive unit via a traction device guided along the support column; characterized in that the support column is elastically supported relative to the ship's hull. a load carrier for receiving material to be conveyed, such as ammunition or provisions; and a support column to which the load carrier is longitudinally movably attached; wherein the load carrier is driven by a drive unit via a traction device guided along the support column; characterized in that the support column is elastically supported relative to the ship's hull.
A method of selecting a specific skeletal muscle affected by a psychological state of a person from a plurality of skeletal muscles of the person, comprising: a step of applying at least a first stimulus to the person with a stimulus application section to bring the person into an uncomfortable state, said first stimulus being one of an algesic stimulus, an olfactory stimulus, and an auditory stimulus; a first step of acquiring muscle activity information of each of the plurality of skeletal muscles of the person with a myoelectric potential information acquisition section, when the person is in a relaxing state; and a second step of acquiring muscle activity information of each of the plurality of skeletal muscles of the person with a myoelectric potential information, acquisition section when the first stimulus is applied to the person; characterized by after the first step of acquiring muscle activity information, a step of selecting, with a specific skeletal muscle selection section, the specific skeletal muscle having a larger amount of change in the muscle activity information when the person is brought into the uncomfortable state by the first stimulus with respect to the muscle activity information in the relaxing state as compared with a set first threshold value. a step of applying at least a first stimulus to the person with a stimulus application section to bring the person into an uncomfortable state, said first stimulus being one of an algesic stimulus, an olfactory stimulus, and an auditory stimulus; a first step of acquiring muscle activity information of each of the plurality of skeletal muscles of the person with a myoelectric potential information acquisition section, when the person is in a relaxing state; and a second step of acquiring muscle activity information of each of the plurality of skeletal muscles of the person with a myoelectric potential information, acquisition section when the first stimulus is applied to the person; characterized by after the first step of acquiring muscle activity information, a step of selecting, with a specific skeletal muscle selection section, the specific skeletal muscle having a larger amount of change in the muscle activity information when the person is brought into the uncomfortable state by the first stimulus with respect to the muscle activity information in the relaxing state as compared with a set first threshold value.
A fabrication method of reflective fabric with color printing, the fabrication method including the following steps: a. solid glass beads having a refractive index between 1.7 and 1.94 are planted on the surface of a thermoplastic PE material, wherein a settlement rate of the solid glass beads is controlled to embed a part of each of the solid glass beads into the thermoplastic PE material and project the other part of each of the solid glass beads on the surface of the thermoplastic PE material; b. a film is plated on the surface of each of the projecting solid glass beads to form a reflective layer, wherein the film is made of aluminum or silver; c. ink patterns are printed on the surfaces of the reflective layer and the thermoplastic PE material to form a color printing layer; d. resin is evenly coated on the surface of the color printing layer to form an elastic resin layer; e. when the elastic resin layer is half-dried, it is combined with the fabric to form a fabric layer; and f. after forming, the thermoplastic PE material is peeled off from the solid glass beads to form the product; characterized in that the solid glass beads are glass beads with both ellipticity and devitrification rate less than or equal to 3%. a. solid glass beads having a refractive index between 1.7 and 1.94 are planted on the surface of a thermoplastic PE material, wherein a settlement rate of the solid glass beads is controlled to embed a part of each of the solid glass beads into the thermoplastic PE material and project the other part of each of the solid glass beads on the surface of the thermoplastic PE material; b. a film is plated on the surface of each of the projecting solid glass beads to form a reflective layer, wherein the film is made of aluminum or silver; c. ink patterns are printed on the surfaces of the reflective layer and the thermoplastic PE material to form a color printing layer; d. resin is evenly coated on the surface of the color printing layer to form an elastic resin layer; e. when the elastic resin layer is half-dried, it is combined with the fabric to form a fabric layer; and f. after forming, the thermoplastic PE material is peeled off from the solid glass beads to form the product;
A lock mechanism comprising a main hook, a support hook which bears the load corresponding to said main hook, a comfort hook, at least one metal cover keeping bearing elements in position, more than one crankpins which form a bearing for said main hook, said support hook and said comfort hook, at least one main hook spring which brings said main hook to a desired position, at least one support hook spring which brings said support hook to a desired position, at least one comfort hook spring which brings said comfort hook to a desired position and which is used for locking the reclining backrests on the rear seats of passenger cars and which prevents the mechanical problems that the vibrations create with the car movement, characterized in that it comprises; - at least one working surface on said main hook being separated in two parts, with a plastic coated part contacting said support hook and with a non coated part in operation with said comfort hook, - at least one retaining surface on said support hook which prevents an opening pin from being deformed or the opening pin from being dislocated, and - at least one point contact surface on said main hook, which has a radius form and which prevents the noise created as a result of the vibration. - at least one working surface on said main hook being separated in two parts, with a plastic coated part contacting said support hook and with a non coated part in operation with said comfort hook, - at least one retaining surface on said support hook which prevents an opening pin from being deformed or the opening pin from being dislocated, and - at least one point contact surface on said main hook, which has a radius form and which prevents the noise created as a result of the vibration.
An apparatus for producing reaction-product nuclei from reactant nuclei, the apparatus comprising: a plurality of reactant nuclei and a plurality of moderating nuclei wherein the moderating nuclei comprise nuclei of atoms that are chosen from a group consisting of deuterium, tritium, helium-4, lithium-7, beryllium, boron-11, carbon, nitrogen-15, oxygen, fluorine, neon-20 and neon-22; a neutron source that is neither a nuclear reactor nor a subcritical assembly, in proximity to the reactant nuclei sufficient to produce reaction-product nuclei by neutron capture; wherein the reactant nuclei comprise molybdenum-98; the apparatus configured such that when in use the rate of molybdenum-98 nuclei neutron capture divided by the rate of the neutron source's neutron production is greater than approximately 1%; wherein the mass of molybdenum-98 is less than approximately 1000 kg; and wherein the mass of moderating nuclei is at least 1 kg; and characterised by a temperature control capable of maintaining at least 2 different regions of the apparatus at different temperatures, wherein at least one region is adapted to be cooled to a temperature below 250 degrees Kelvin. a plurality of reactant nuclei and a plurality of moderating nuclei wherein the moderating nuclei comprise nuclei of atoms that are chosen from a group consisting of deuterium, tritium, helium-4, lithium-7, beryllium, boron-11, carbon, nitrogen-15, oxygen, fluorine, neon-20 and neon-22; a neutron source that is neither a nuclear reactor nor a subcritical assembly, in proximity to the reactant nuclei sufficient to produce reaction-product nuclei by neutron capture; wherein the reactant nuclei comprise molybdenum-98; the apparatus configured such that when in use the rate of molybdenum-98 nuclei neutron capture divided by the rate of the neutron source's neutron production is greater than approximately 1%; wherein the mass of molybdenum-98 is less than approximately 1000 kg; and wherein the mass of moderating nuclei is at least 1 kg; and characterised by a temperature control capable of maintaining at least 2 different regions of the apparatus at different temperatures, wherein at least one region is adapted to be cooled to a temperature below 250 degrees Kelvin.
An installation for producing fatty acid esters usable as fuel, comprising: - a tank containing oils and/or fats to be treated connected by a supply pipe to a first pump for feeding said oils or fats at a predetermined pressure; - a tank containing a light alcohol connected by a supply pipe to a second pump for feeding said alcohol at said same predetermined pressure; - a reactor to which said first and second pumps (3, 5) feed said oils and/or fats and alcohol, and comprising a tubular reaction vessel with a winding or coil configuration having heating means associated therewith suitable for internally maintaining a supercritical temperature in relation to the alcohol used and a pressure provided by said first and second pumps (3, 5) suitable for producing esterification and transesterification reactions of said oils and/or fats and alcohol without the presence of catalysts; - a heat exchanger for heating the affluents and cooling the reaction effluents; - a reaction effluent depressurization tank equipped with pressure/flow rate regulating valves for depressurization, connected to an end area of the reactor for the exit of the reaction effluents; and - means for recovering the excess alcohol of the reaction which are associated with said depressurization tank, having an outlet for the produced esters and reaction by-products, said installation being characterized in that it comprises means for stirring in one or more segments of the tubular vessel covering a sector of the reactor before its end area which is connected to the depressurization tank for exit of the reaction effluents towards the mentioned depressurization tank, for stirring the reaction product at the reaction temperature and pressure by said means for stirring. - a tank containing oils and/or fats to be treated connected by a supply pipe to a first pump for feeding said oils or fats at a predetermined pressure; - a tank containing a light alcohol connected by a supply pipe to a second pump for feeding said alcohol at said same predetermined pressure; - a reactor to which said first and second pumps (3, 5) feed said oils and/or fats and alcohol, and comprising a tubular reaction vessel with a winding or coil configuration having heating means associated therewith suitable for internally maintaining a supercritical temperature in relation to the alcohol used and a pressure provided by said first and second pumps (3, 5) suitable for producing esterification and transesterification reactions of said oils and/or fats and alcohol without the presence of catalysts; - a heat exchanger for heating the affluents and cooling the reaction effluents; - a reaction effluent depressurization tank equipped with pressure/flow rate regulating valves for depressurization, connected to an end area of the reactor for the exit of the reaction effluents; and - means for recovering the excess alcohol of the reaction which are associated with said depressurization tank, having an outlet for the produced esters and reaction by-products,
Use of -paradol for stabilizing the taste and/or odour of mono- or polyunsaturated C 8 -C 22 fatty acids or its monohydric or polyhydric C 1 -C 18 aliphatic alcohols ester.
A device for cleaning lubricant, which circulates in a lubricant circuit of an engine, of a compressor and/or of a turbocharger, with an inflow (12; 80; 104) to be connected to the lubricant circuit, through which a part quantity of the lubricant circulating in the lubricant circuit is to be conducted to the cleaning device (10; 60; 90) for the at least partial removal of contaminations contained in the lubricant, and a return to be connected to the lubricant circuit for returning the cleaned lubricant into the lubricant circuit, with a cleaning circuit (14; 62; 92), in which the inflow (12; 80; 104) opens, with a conveying device (24; 64; 106) for circulating a circulating oil contained in the cleaning circuit (14; 62; 92), which blends with the lubricant to be cleaned and to be fed through the inflow (12; 80; 104) to the cleaning circuit (14; 62; 92), and with at least a cross flow filter (26; 62) which seen in conveying direction is arranged downstream of the conveying device (24; 62; 106), which is provided with at least one filter membrane (40, 68), which the mixture of circulating oil and lubricant flows past for filtering, wherein a part of the mixture, under a pressure generated by the conveying device, flows through the filter membrane into a filtrate chamber that is connected to the return, characterized in that in the inflow (12; 80; 104) at least one heat exchanger for heating the lubricant to be cleaned is arranged and in that two heat exchangers (20, 22) are provided, wherein one of the heat exchangers, preferentially the, seen in flow direction, first heat exchanger is a heat exchanger which is incorporated in the return of the cleaned lubricant in such a manner that the cleaned lubricant to be returned into the lubricant circuit heats the lubricant to be cleaned and to be conducted into the cleaning circuit (14; 62; 92).
An orthopaedic prosthesis, comprising: a tibial tray including a distal surface and an opening is defined in the distal surface, wherein the tibial tray includes an inner wall extending inwardly from the opening to an intermediate wall to define a first pocket in the tibial tray, wherein the intermediate wall includes a plurality of second openings, and a rim wall extends inwardly from each second opening to a base wall to define a plurality of inner pockets in the tibial tray, each inner pocket including a central recess and an undercut channel, characterised in that wnerem the distal surface and the intermediate wall have a surface roughness (Ra) in a range of 3.5 microns to 6.5 microns, wherein each inner pocket has an inner peripheral edge that is defined by an imaginary line on its rim wall, the inner peripheral edge having a peripheral edge length, the tibial tray has a total peripheral edge length that is equal to the sum of the peripheral edge lengths of the plurality of inner pockets, and the tibial tray has a total opening surface area that is equal to the sum of the surface areas of the narrowest openings of the plurality of inner pockets, and wherein the ratio of the total peripheral edge length to the total opening surface area is in a range of 0.31 to 0.46. a tibial tray including a distal surface and an opening is defined in the distal surface, wherein the tibial tray includes an inner wall extending inwardly from the opening to an intermediate wall to define a first pocket in the tibial tray, wherein the intermediate wall includes a plurality of second openings, and a rim wall extends inwardly from each second opening to a base wall to define a plurality of inner pockets in the tibial tray, each inner pocket including a central recess and an undercut channel, characterised in that wnerem the distal surface and the intermediate wall have a surface roughness (Ra) in a range of 3.5 microns to 6.5 microns, wherein each inner pocket has an inner peripheral edge that is defined by an imaginary line on its rim wall, the inner peripheral edge having a peripheral edge length, the tibial tray has a total peripheral edge length that is equal to the sum of the peripheral edge lengths of the plurality of inner pockets, and the tibial tray has a total opening surface area that is equal to the sum of the surface areas of the narrowest openings of the plurality of inner pockets, and wherein the ratio of the total peripheral edge length to the total opening surface area is in a range of 0.31 to 0.46.
A reagent composition useful for preparing a reagent strip in a slot-die-coating procedure, the composition comprising a reagent, water, an additive for enhancement of viscosity and thixotropy, and a surfactant, wherein the composition is shear thinning or at least slightly thixotropic, having a viscosity of from 70 to 130 mPa s and a surface tension of from 30 to 50 mN/m.
A composite container (100,200,300, 400) comprising a tubular body (101,201,301, 401), said tubular body (101,201,301, 401) being closed at a bottom end (102,202,302,402) over a container bottom opening (106,206,306) of said tubular body (101,201,301, 401) opposite a container top opening (104,204,304) at a top end (103,203,303, 402) of said tubular body (101,201,301,401) and having an inside surface (124,224,324,434) and an outside surface (125,225,325,424), said tubular body (101,201,301,401) extending in a longitudinal direction of said container (100,200,300,400) from said bottom end (102,202,302,402) to said container opening (104,204,304), said tubular body (101,201,301,401) being made from a laminate sheet material comprising a carton substrate layer (10,110) and a rim (108,208,309,409) surrounding said container top opening (104,204,304) and/or said container bottom opening (106,206,306), said rim (108,208,309,408) being attached to an end portion (105, 205,307,405) of said tubular body (101,201,301,401) along an end edge (105a,205a,307a) of said tubular body (101,201,301,401), said rim (108,208,309,408) having an inner portion (108b,208b,309b) facing said inside surface (124,224,324,424) of said tubular body, said rim inner portion (108b,208b,309b) comprising a distal inner edge (108a,208a,309a) being located at a distance from said end edge (105a,205a,307a) of said tubular body of from 2 to 20 millimeter, and a lid (122,222,322,422) for opening and closing said composite container, characterized in that said composite container (100,200,300,400) comprises a separation arrangement (116,216,316,416) for separating said attached rim (108,208,309,408) from said tubular body, said separation arrangement (116,216,316,416) comprising a continuous or discontinuous circumferential first score line (118a,218a,318a,418a) arranged in a circumferential direction in said inside surface (124,224,324,424) and/or in said outside surface (125,215,315,415) and extending only partially through the thickness of said tubular body (101,201,301,401), said first score line (118a,218a,318a,418a) being located at a distance from said end edge (105a,205a,307a) of said tubular body (101,201,301,401) and at level with or at least not more than 3 mm below said distal inner edge (108a,208a,309b) as seen in said longitudinal direction, said first score line (118a,218a,318a) being provided along from 50% to 100%, such as 60 % to 100%, of the circumference of said inside surface (124,224,324,424), and/or of said outside surface (125,225,325,425).
An assembly comprising a piston, coupled to a transition arm, the position of the transition arm being adjustable to vary the stroke of the piston; and a balance member adjustable to counterbalance the transition arm in varying positions; a control mechanism coupling the balance member to the transition arm, CHARACTERIZED IN THAT the control mechanism includes a control rod having a first end region coupled to the transition arm and a second end region coupled to the balance member; a gear block receiving a nose pin of the transition arm; and a gear coupling the gear block to the first end of the control rod.