mhurhangee/ep-ind-claims huggingface dataset:
A sealing arrangement of a drawing furnace comprising a vertical centre hole with surrounding heating elements for receiving a glass preform comprising a tapered portion connected to an extension rod, the arrangement comprising a sealing with an opening arranged on the top of the drawing furnace for sealing off the interior of the drawing furnace from the surrounding environment, and an inner annular bushing, characterized in that the arrangement comprises an outer annular bushing arranged on the top of the drawing furnace, wherein the inner annular bushing is provided with a first and an opposing second vertical end, the inner annular bushing is positionable to surround at least part of the tapered portion with the first end positioned to the region of the beginning of the tapered portion and the second end comprises protrusions on the outer surface, and as the inner bushing is inserted in the outer bushing the inner bushing and the protrusions are arranged to be movable within the outer bushing and the protrusions form supports for holding the second end of the inner bushing above the vertical centre hole, and an intermediate bushing arranged coaxially above the inner bushing, the intermediate bushing comprising a flange on its upper end dimensioned to exceed the inner diameter of the outer bushing and a part movable within the outer bushing.
Fairing (2, 3) for a streamlined flat windscreen wiper, in particular of a vehicle, the fairing comprising two end caps and a central mount which is situated between the two end caps and which comprises means for fixing to a stiffening spine of the wiper or to a member for holding this spine, the central mount comprising, at each of its longitudinal ends, means for linking to one of the end caps, the linking means being configured to cooperate by fitting with complementary means of the corresponding end cap, characterized in that the fairing is configured so that the force necessary to separate said linking means from said complementary means by releasing them from one another, is greater than the rupture strength of at least a part of the fairing, said configuration being ensured by a thinned part of the fairing from which the linking means and/or the complementary means derive.
A method of manufacturing a bottle or a hollow jar, the glass bottle or jar comprising a body defining a container delimited by a wall and a bottom, the body comprising an upper part opposite the bottom and provided with a ring, which comprises the following steps: - at least one glass drop is placed in a mould cavity of a mould, which has in its upper part an opening for the introduction of at least one glass drop, this opening being closed by a base against which the bottom of the bottle or jar is formed, which has in its lower part an opening for the passage of the punch and, below the opening, a ring mould, - a punch having at least one raised and/or recessed pattern is inserted into the cavity of the mould, - the glass bottle or jar is formed by means of this punch and simultaneously at least one raised and/or recessed pattern formed by the at least one raised and/or recessed pattern is printed on an inner face of at least one wall of said bottle or jar, the ring mould forming the ring, - the punch is removed from the mould cavity of the mould, and - the glass bottle or jar having said internal raised and/or recessed pattern is removed from the mould. - at least one glass drop is placed in a mould cavity of a mould, which has in its upper part an opening for the introduction of at least one glass drop, this opening being closed by a base against which the bottom of the bottle or jar is formed, which has in its lower part an opening for the passage of the punch and, below the opening, a ring mould, - a punch having at least one raised and/or recessed pattern is inserted into the cavity of the mould, - the glass bottle or jar is formed by means of this punch and simultaneously at least one raised and/or recessed pattern formed by the at least one raised and/or recessed pattern is printed on an inner face of at least one wall of said bottle or jar, the ring mould forming the ring, - the punch is removed from the mould cavity of the mould, and - the glass bottle or jar having said internal raised and/or recessed pattern is removed from the mould.
A method for preparing a diol wherein the method uses a sugar and hydrogen as starting materials, which are brought into contact with a catalyst in water to prepare a diol, wherein: the catalyst is a composite catalyst consisting of a main catalyst and a cocatalyst; the main catalyst is a water-insoluble acid-resistant alloy comprising (i) nickel, one or more rare earth elements, tin and aluminum or (ii) nickel, one or more rare earth elements, tin, aluminum and tungsten, or (iii) nickel, one or more rare earth elements, tin, aluminum, tungsten and molybdenum or (iv) nickel, one or more rare earth elements, tin, aluminum, tungsten, molybdenum, and boron or phosphorus; the cocatalyst is a soluble tungstic acid salt and/or an insoluble tungsten compound; and the sugar reacts with hydrogen in the form of an aqueous sugar solution, and the aqueous sugar solution has a concentration of 20 - 60 wt%. the catalyst is a composite catalyst consisting of a main catalyst and a cocatalyst; the main catalyst is a water-insoluble acid-resistant alloy comprising (i) nickel, one or more rare earth elements, tin and aluminum or (ii) nickel, one or more rare earth elements, tin, aluminum and tungsten, or (iii) nickel, one or more rare earth elements, tin, aluminum, tungsten and molybdenum or (iv) nickel, one or more rare earth elements, tin, aluminum, tungsten, molybdenum, and boron or phosphorus; the cocatalyst is a soluble tungstic acid salt and/or an insoluble tungsten compound; and the sugar reacts with hydrogen in the form of an aqueous sugar solution, and the aqueous sugar solution has a concentration of 20 - 60 wt%.
A structure comprising two or more, generally elongated elements (L1, L2) angled with respect to one another and being cut out of a planar multi-layered cardboard-based piece that comprises at least two layers of a single cardboard sheet folded about a longitudinal reinforcing member, to thereby define a longitudinal fold region comprising said member embraced by portions of the cardboard sheet, such that at least two of said elongated elements being integral with one another and are cut as a single integral structure out of said planar multi-layered cardboard-based piece; and at least a first of said elongated elements extends along and comprises at least a portion of the fold region.
Method for inerting of heavy metals, chlorides and other halogens as well as soluble solids and metallic contaminations in ash and/or waste from combustion processes or other thermal, chemical, mechanical processes by means of aluminosilicate fixation or stabilizing in mineral polymers with a tight and stable binder matrix forming, characterised in that combustion or the thermal, chemical, mechanical process is followed by granulation, preferably in a continuous or virtually continuous operating mode.
A pool cleaner for cleaning a pool, the pool cleaner comprising: a housing; a pump for drawing liquid from the pool into the housing through an inlet and expelling the liquid through an outlet when the pool cleaner is submerged in the pool; a filter for trapping debris that is in the indrawn liquid; a propulsion system for propelling the pool cleaner along a submerged surface within the pool; anc characterized by a controller that is configured to determine a position of the pool cleaner on a stairway of the pool, and to control the propulsion system to stop ascending the stairway when the pool cleaner is determined to have ascended to a highest permissible stair of the stairway. a housing; a pump for drawing liquid from the pool into the housing through an inlet and expelling the liquid through an outlet when the pool cleaner is submerged in the pool; a filter for trapping debris that is in the indrawn liquid; a propulsion system for propelling the pool cleaner along a submerged surface within the pool; anc characterized by a controller that is configured to determine a position of the pool cleaner on a stairway of the pool, and to control the propulsion system to stop ascending the stairway when the pool cleaner is determined to have ascended to a highest permissible stair of the stairway.
A bipolar plate, wherein the bipolar plate is disposed between a positive electrode and a negative electrode of a redox flow battery, wherein the bipolar plate has, in a surface of the bipolar plate facing at least one of the positive electrode and the negative electrode, a plurality of grooves through which an electrolyte flows and a ridge positioned between the adjacent grooves, and wherein the bipolar plate includes rough surfaces which are disposed in at least parts of groove inner surfaces defining the respective grooves and surface roughness of which represented by arithmetic mean roughness Ra is 0.1 μm or larger.
A system for electronic simulation of live ammunition when firing a normal real small arms weapon in the same way as when firing live ammunition from said normal real small arms weapon, said normal real small arms weapon having: - a magazine funnel - a trigger - a safety catch said system comprising: - a magazine (1, 25, 50) insertable in said magazine funnel of the normal real small arms weapon simulating a live ammunition magazine; - a trigger module (2, 26, 51) mountable on the normal real small arms weapon, the trigger module comprising a trigger actuator (3, 27, 53) mountable on said trigger of the normal real small arms weapon and a safety catch actuator (4, 28, 54, 97, 98, 99) mountable on said safety catch on the normal real small arms weapon; and - an electronic sound generating device for simulation of shots. - a magazine funnel - a trigger - a safety catch - a magazine (1, 25, 50) insertable in said magazine funnel of the normal real small arms weapon simulating a live ammunition magazine; - a trigger module (2, 26, 51) mountable on the normal real small arms weapon, the trigger module comprising a trigger actuator (3, 27, 53) mountable on said trigger of the normal real small arms weapon and a safety catch actuator (4, 28, 54, 97, 98, 99) mountable on said safety catch on the normal real small arms weapon; and - an electronic sound generating device for simulation of shots.
Food preparation device comprising a casing element and a rotating work tool (2; 202; 2') mobile in rotation about an axis of rotation (Δ), the rotating work tool (2; 202; 2') comprising an inner drive member (60; 260; 60') arranged in an axial housing (61; 261; 61') having a lower opening (62; 262; 62'), the rotating work tool (2; 202; 2') comprising an annular supporting face (50; 250; 50') surrounding the lower opening (62; 262; 62') and resting on a bottom of the casing element, the rotating work tool (2; 202; 2') comprising at least one work member (21; 231; 232; 21') extending into the periphery of the annular supporting face (50; 250; 50'), characterised in that the inner drive member (60; 260; 60') extends fully above the bottom, and in that the rotating work tool (2; 202; 2') comprises at least one deflecting side wall (70; 270; 70') arranged between the lower opening (62; 262; 62') and the work member(s) (21; 231, 232; 21'), said deflecting side wall (70; 270; 70') raising above the bottom from the annular supporting face (50; 250; 50') with a distance at the rotation axis (Δ) increasing in the rotation direction of the rotating work tool (2; 202; 2').
System for connecting a single-phase decentralised generator to one or the other phase of a three-phase electrical network, comprising: - an analyser coupled to the network and providing the values Vø1, Vø2, Vø3 of the voltages of the three phases with respect to neutral, and the value of the current I circulating towards one of the three phases; characterised in that it further comprises: a processor configured to verify the inequalities: V ø i + α ø i * I β > V ø i + 1 or i + 2, V ø i < V ø 1 + 1 or i + 2, I > n I max, where i = 1, 2 or 3, modulo 3, αøi is a sensitivity coefficient, equal to the ratio (Vøi - after switching - Vø1 - before switching)/l, β is a weighting coefficient greater than 0.5, n is a coefficient less than 0.5, Imax is the maximum current that can supply the generator; a switch to switch the output of the single-phase generator from the phase i+1 or i+2 to the phase i, if the three inequalities above are satisfied; and a memory to store, at each switching, the value of the sensitivity αøi of the phase i. - an analyser coupled to the network and providing the values Vø1, Vø2, Vø3 of the voltages of the three phases with respect to neutral, and the value of the current I circulating towards one of the three phases; where i = 1, 2 or 3, modulo 3, αøi is a sensitivity coefficient, equal to the ratio (Vøi - after switching - Vø1 - before switching)/l, β is a weighting coefficient greater than 0.5, n is a coefficient less than 0.5, Imax is the maximum current that can supply the generator; a switch to switch the output of the single-phase generator from the phase i+1 or i+2 to the phase i, if the three inequalities above are satisfied; and a memory to store, at each switching, the value of the sensitivity αøi of the phase i.
A joining element comprising a shaft to be placed into a component; a head provided at a first end of the shaft; and a punching element attached in a losable manner to a second end of the shaft remote from the head, characterized in that the punching element is cap-shaped and at least partly surrounds the shaft in the region of its second end; and in that the shaft is provided with an external thread.
Floating system including: - An inflatable floating board comprising a peripheral body elongated in a longitudinal direction and surrounding a through opening centered in the longitudinal direction, - A hatch arranged in the through opening, and comprising a peripheral edge assembled to the peripheral body, and at least one bearing, the hatch being adapted to alternately take an open configuration and a closed configuration in which the bearing is formed, - A movement system comprising:. a connection system extending through the hatch in closed configuration between a first end and a second end, the connection system being rotatably mounted relative to the board around a vertical axis through the bearing,. a gripping system provided at the first end of the connection system,. a motor system comprising an electric motor adapted to drive a propeller around an axis of rotation, said propeller being arranged at the second end of the connection system, and. at least one electrical power supply integral with the connection system and electrically connected to the motor system,. at least one man-machine interface member adapted to authorize a user to control the motorization system, and in which the movement system is movable through the hatch in the open configuration of the hatch. - An inflatable floating board comprising a peripheral body elongated in a longitudinal direction and surrounding a through opening centered in the longitudinal direction, - A hatch arranged in the through opening, and comprising a peripheral edge assembled to the peripheral body, and at least one bearing, the hatch being adapted to alternately take an open configuration and a closed configuration in which the bearing is formed, - A movement system comprising:. a connection system extending through the hatch in closed configuration between a first end and a second end, the connection system being rotatably mounted relative to the board around a vertical axis through the bearing,. a gripping system provided at the first end of the connection system,. a motor system comprising an electric motor adapted to drive a propeller around an axis of rotation, said propeller being arranged at the second end of the connection system, and. at least one electrical power supply integral with the connection system and electrically connected to the motor system,. at least one man-machine interface member adapted to authorize a user to control the motorization system,. a connection system extending through the hatch in closed configuration between a first end and a second end, the connection system being rotatably mounted relative to the board around a vertical axis through the bearing,. a gripping system provided at the first end of the connection system,. a motor system comprising an electric motor adapted to drive a propeller around an axis of rotation, said propeller being arranged at the second end of the connection system, and. at least one electrical power supply integral with the connection system and electrically connected to the motor system,. at least one man-machine interface member adapted to authorize a user to control the motorization system,
A method for producing a three-dimensional object (2, 10) and a boundary region (8, 9, 18) by layer-wise applying and solidifying of at least one building material, wherein the three-dimensional object (2, 10) is produced with a first generative production method on the basis of a first building material and the boundary region (8, 9, 18) is produced with a second generative production method, which is different from the first generative production method, on the basis of a second building material, wherein the first generative production method comprises the steps: applying a layer of the first building material on a building base (11, 12) or on an already previously applied layer, selectively solidifying the applied layer at positions corresponding to the cross-section of the object (2, 10) in the respective layer and repeating the steps of applying and selectively solidifying until the object (2, 10) is completed, and wherein the first and the second generative production method are carried out such that the boundary region (8, 9, 18) encloses the object (2, 10) at least partially, wherein the first generative production method differs from the second generative production method in that the application of the first and the second building material is carried out with different methods. wherein the three-dimensional object (2, 10) is produced with a first generative production method on the basis of a first building material and the boundary region (8, 9, 18) is produced with a second generative production method, which is different from the first generative production method, on the basis of a second building material, wherein the first generative production method comprises the steps: applying a layer of the first building material on a building base (11, 12) or on an already previously applied layer, selectively solidifying the applied layer at positions corresponding to the cross-section of the object (2, 10) in the respective layer and repeating the steps of applying and selectively solidifying until the object (2, 10) is completed, and applying a layer of the first building material on a building base (11, 12) or on an already previously applied layer, selectively solidifying the applied layer at positions corresponding to the cross-section of the object (2, 10) in the respective layer and repeating the steps of applying and selectively solidifying until the object (2, 10) is completed, and wherein the first and the second generative production method are carried out such that the boundary region (8, 9, 18) encloses the object (2, 10) at least partially, wherein the first generative production method differs from the second generative production method in that the application of the first and the second building material is carried out with different methods.
A security service cloud system monitoring a plurality of devices, comprising: one or more processors; a graph model which represents system components and events of the plurality of monitored devices as data objects (208, 210, 212), wherein each data object (208, 210, 212) has a scope, wherein the scope is one of a device-specific scope, a group-specific scope, or a global scope, wherein the group-specific scope means that the data object with that scope is associated with a collection of monitored devices belonging to a single group of devices and the global scope means that the data object with that scope is associated with all monitored devices represented in the graph model; and one or more modules configured to be operated by the one or more processors to perform one of a plurality of different actions, wherein the one of the plurality of different actions is selected based on the scope of one of the data objects (208, 210, 212). one or more processors; a graph model which represents system components and events of the plurality of monitored devices as data objects (208, 210, 212), wherein each data object (208, 210, 212) has a scope, wherein the scope is one of a device-specific scope, a group-specific scope, or a global scope, wherein the group-specific scope means that the data object with that scope is associated with a collection of monitored devices belonging to a single group of devices and the global scope means that the data object with that scope is associated with all monitored devices represented in the graph model; and one or more modules configured to be operated by the one or more processors to perform one of a plurality of different actions, wherein the one of the plurality of different actions is selected based on the scope of one of the data objects (208, 210, 212).
A cable for delivering power, data, and cooling between a central network device and a remote device, the cable comprising: a conductor (36, 66) for delivering power; an optical fibre (37, 65) for delivering data; coolant tubes for delivering coolant, wherein the coolant tubes comprise a coolant supply tube and a coolant return tube; and an outer jacket surrounding the conductor, the optical fibre, and the coolant tubes. a conductor (36, 66) for delivering power; an optical fibre (37, 65) for delivering data; coolant tubes for delivering coolant, wherein the coolant tubes comprise a coolant supply tube and a coolant return tube; and an outer jacket surrounding the conductor, the optical fibre, and the coolant tubes.
A method of selectively detecting a nucleic acid derived from a living cell contained in a sample, the method comprising the following steps: (a) a step of bringing the sample into contact with a nucleic acid-modifying agent in the presence of an acidic polysaccharide, wherein the nucleic acid-modifying agent is a compound selected from ethidium monoazide and propidium monoazide; and (b) a step of selectively detecting an unmodified nucleic acid from the sample after the step (a), wherein the step (b) is performed by a nucleic acid amplification method. (a) a step of bringing the sample into contact with a nucleic acid-modifying agent in the presence of an acidic polysaccharide, wherein the nucleic acid-modifying agent is a compound selected from ethidium monoazide and propidium monoazide; and (b) a step of selectively detecting an unmodified nucleic acid from the sample after the step (a), wherein the step (b) is performed by a nucleic acid amplification method.
A ferrosilicon vanadium and/or niobium, FeSi V and/or Nb, alloy, comprising 35 - 75 wt % Si; 3 - 35 wt % V and/or Nb; up to 0.5 wt % Al; up to 25 wt % Mn; up to 25 wt % Cr; up to 0.15 wt % Ca; 0.003 - 0.10 wt % Ti; 0.003 - 0.10 wt % C; up to 0.02 wt % Cu; up to 0.05 wt % P; up to 0.02 wt % S; balance Fe and incidental impurities. 35 - 75 wt % Si; 3 - 35 wt % V and/or Nb; up to 0.5 wt % Al; up to 25 wt % Mn; up to 25 wt % Cr; up to 0.15 wt % Ca; 0.003 - 0.10 wt % Ti; 0.003 - 0.10 wt % C; up to 0.02 wt % Cu; up to 0.05 wt % P; up to 0.02 wt % S; balance Fe and incidental impurities.