mhurhangee/ep-ind-claims huggingface dataset:
Use of a fusible conductor for a DC fuse and a high-voltage high-capacity fuse (HH-DC fuse), wherein the fusible conductor has an electrically conductive fusible wire, wherein the fusible wire has at least two overload points in the form of a cross-sectional constriction, wherein, preferably between the two directly successive overload points, in at least one first section a first layer is provided which comprises solder and/or consists thereof and circumferentially surrounds the outer circumferential surface of the fusible wire at least in regions, preferably completely, characterised in that adjacent to each of the overload points in a respective second section, a second layer is provided which circumferentially surrounds the outer circumferential surface of the fusible wire at least in regions, preferably completely, and wherein the fusible wire has at least one short-circuit constriction in the form of a cross-sectional constriction between two directly successive overload points.
A method for designing a baffle for use with an array of shell moulds in a directional solidification casting apparatus, the method comprising; providing an array of patterns in a pre-determined spatial arrangement; using the array of patterns in a lost pattern process to produce an array of shell moulds oriented for drawing through the baffle in a direction A; imaging the outer surface of each shell mould in the array of shell moulds to produce a plurality of shell mould image profiles; for each shell mould, determining a shell mould image profile in which the shell mould has maximum dimensions in a plane orthogonal to the direction; stacking the shell mould image profiles in which the shell moulds have maximum dimensions in a plane orthogonal to the direction to produce a conglomerate shell mould profile; defining a baffle profile segment which is consistent with a substantial portion of the conglomerate shell mould profile; scaling the baffle profile segment to provide an offset clearance between the baffle profile segment and the conglomerate shell mould profile; reproducing the baffle profile segment to provide an array of baffle profile segments in the pre-determined spatial arrangement whereby to form in the baffle a baffle profile which is configured to allow clear passage of the array of shell moulds when drawn through the baffle in the direction A in a subsequent directional solidification casting process.
Carrier insert for accommodating and maintaining the biofilm culture of fluid cleaning structures, which contains a spatial web made of staple fibres using the hosiery method, characterised by that the web is arranged in a three-dimensional formation and the web has internal textile units (11, 12, 13, 14, 15, 16) joining each other in intermediate complete nodal points (20, 21, 22, 23) and situated between the complete nodal points (20, 21, 22, 23), and external textile (17, 18) units situated along the edges of the web, where in the case of at least a part of the complete nodal points (20, 21, 22, 23) there is an even number of internal textile units (11, 12, 13, 14, 15, 16) guided into the given complete nodal point (20, 21, 22, 23), the internal sides (17a, 18a) of the external textile units (17, 18) situated along the edges of the web are connected to a complete nodal point (20, 21, 22, 23) each, and the external sides (17b, 18b) of the external textile units (17, 18) are provided with connection points (24, 25) for joining the structure, and via the connection points (24, 25) the web is attached to the structure in a fixed position.
A method of manufacturing an article comprising: simultaneously holding, with a vacuum device, a first object and a second object that are overlapped and abutted against each other; simultaneously transporting the first and second objects to a machine; and attaching the first and second objects together with the machine; wherein the machine is a thermoforming machine and further comprising molding at least one of the first and second objects with a mold (28a, 28b) of the thermoforming machine, and wherein the vacuum device includes a suction member; characterized in that simultaneously holding the first object and the second object includes directly contacting only one of the first and second objects with the suction member; wherein: simultaneously holding the first object and the second object includes holding the second object with the first object via static electricity between the first and second objects; simultaneously holding the first object and the second object includes increasing a volume of a substantially sealed cavity between the first and second objects; or simultaneously holding the first object and the second object includes suspending the other of the first and second objects from the one of the first and second objects. simultaneously holding, with a vacuum device, a first object and a second object that are overlapped and abutted against each other; simultaneously transporting the first and second objects to a machine; and attaching the first and second objects together with the machine; wherein the machine is a thermoforming machine and further comprising molding at least one of the first and second objects with a mold (28a, 28b) of the thermoforming machine, and wherein the vacuum device includes a suction member; characterized in that simultaneously holding the first object and the second object includes directly contacting only one of the first and second objects with the suction member; wherein: simultaneously holding the first object and the second object includes holding the second object with the first object via static electricity between the first and second objects; simultaneously holding the first object and the second object includes increasing a volume of a substantially sealed cavity between the first and second objects; or simultaneously holding the first object and the second object includes suspending the other of the first and second objects from the one of the first and second objects.
A connection pin for mounting in a through-hole provided in a component carrier, the connection pin comprising an anchoring part adapted for insertion into said through-hole with a non press fit, a contact part adapted to extend outside said through-hole, and a flange part adapted to abut against said component carrier and located between said anchoring part and said contact part, characterised in that in the anchoring part is provided an internal cavity and that the anchoring part comprises a wall surrounding the internal cavity, which wall has at least two wall portions forming deformation zones and which wall portions are adapted to be located in the through-hole when the anchoring part is inserted in the through-hole, such that, upon exertion of a force on a free end of the anchoring part of the pin when the anchoring part is inserted in the through-hole, the deformation zones are deformed within the through-hole and thereby achieving a press fit of the connection pin in the through-hole.
A munition with variable explosive power, the munition comprising a body extending in an axial direction and housing at least a first and a second explosive charge (31, 32), together with a firing device, said munition being characterized in that it further comprises a selector (50, 50') provided with a detonating portion and adapted to move between at least a first and a second position, the selector being configured so that its detonating portion couples the firing device to the first explosive charge in said first position and to the second explosive charge in said second position, one of the first and second explosive charges (31, 32) not being coupled to the firing device in at least one of the first and second positions, wherein the selector (50, 50') is a rotary element having a first angular sector constituting the detonating portion and a second angular sector that is made of a non-detonating material.
A lubricant composition comprising a base oil component of lubricating viscosity, a glycerol ester friction modifier, an organomolybdenum friction modifier, and an antiwear agent comprising a hydrocarbon soluble titanium-containing compound effective to provide improved antiwear properties of the lubricant composition, compared to the lubricant composition devoid of the hydrocarbon soluble titanium-containing compound, according to an HFRR wear test, wherein the titanium-containing compound is devoid of sulfur and phosphorus atoms, wherein a weight ratio of glycerol ester to titanium in the lubricant composition ranges from 20:1 to 1:1, and wherein the titanium-containing compound is a reaction product of a titanium alkoxide and a C 6 to C 25 carboxylic acid; and wherein a weight ratio of glycerol ester to molybdenum in the lubricant composition ranges from 30:1 to 75:1; wherein the HFRR wear test comprises oscillating a steel ball across a steel disk that is immersed in the lubricant at a frequency of 20 Hz over a 1 nm path, with a load between the disk and the ball of 7 Newtons, wherein the temperature of the sample is held constant at 120 °C as the ball and disk are oscillated against each other for 60 minutes, and at the end of the 60 minute test, the depth of wear scar formed on the disk is measured.
A rechargeable lithium battery comprising: a positive electrode; a negative electrode; a separator between the positive and negative electrodes (112, 114); and a positive electrode protective layer formed on a surface of the positive electrode and/or on a surface of the separator, the positive electrode protective layer comprising or consisting of a polymer compound linked to a borate-based anion of an ionic liquid, wherein the positive electrode protective layer is formed using a positive electrode protective layer composition including the polymer compound, the ionic liquid, and a solvent of 1 wt% to 20 wt%, 1 wt% to 10 wt%, and 70 wt% to 98 wt%, respectively, based on the total weight of the positive electrode protective layer composition. a positive electrode; a negative electrode; a separator between the positive and negative electrodes (112, 114); and a positive electrode protective layer formed on a surface of the positive electrode and/or on a surface of the separator, the positive electrode protective layer comprising or consisting of a polymer compound linked to a borate-based anion of an ionic liquid, wherein the positive electrode protective layer is formed using a positive electrode protective layer composition including the polymer compound, the ionic liquid, and a solvent of 1 wt% to 20 wt%, 1 wt% to 10 wt%, and 70 wt% to 98 wt%, respectively, based on the total weight of the positive electrode protective layer composition.
A disposable sheath for a dental direct imaging digital device, comprising a first sheet body that is in connection with a peripheral edge of a symmetrical second sheet body, and forming a bag structure with an opening, wherein a direct imaging digital device is positionable in the interior of the bag structure; a first housing segment that is in connection with the opening exists on one end of the bag structure, the other end of the first housing segment is in connection with a second housing segment, wherein a size of the opening is larger than a sectional surface area of the direct imaging digital device; a tapered channel is formed from the opening of the first housing segment towards the second housing segment, enabling a through hole that is smaller in size compared the opening to be formed in between the first housing segment and the second housing segment, and a covered channel is formed by the second housing segment that is in alignment with the through hole, characterized in that the first sheet body and the second sheet body of the bag structure comprise an elastic material, enabling the second housing segment to expand, and subsequently changing the size of the covered channel, following the insertion of the direct imaging digital device.
Cable anchoring means for a horizontal joint between a lower element (200; 200'; 200") and an upper element (100; 100'; 100") of a building or construction, said cable anchoring means comprising: - at least one cable (10; 10'; 10", 11") embedded in a first element that is one of said upper and lower elements (100, 200; 100', 200'; 100", 200"), such that a portion (12; 12') of said cable (10; 10'; 10", 11") protrudes from said first element, and also said cable (10; 10'; 10", 11") being a non-adhering prestressing sheathed cable, - at least one receiving through duct (20; 20", 21") provided in a second element which is the other of said upper and lower elements (100, 200; 100', 200'; 100", 200"), said receiving through duct (20; 20", 21") being intended to receive and house the protruding portion (12; 12') of said cable (10; 10'; 10", 11"), and - fastening means (40, 42) to fasten said cable (10; 10'; 10", 11") in place; characterised in that said cable anchoring means also comprise a threading device applicable in said protruding portion (12; 12') of said cable (10; 10'; 10", 11") and comprising one part with a pointed and flexible geometry that extends in a substantially coaxial direction with respect to said protruding portion (12; 12') of said cable (10; 10'; 10", 11") from the free end of said protruding portion (12; 12') of said cable (10; 10'; 10", 11"). - at least one cable (10; 10'; 10", 11") embedded in a first element that is one of said upper and lower elements (100, 200; 100', 200'; 100", 200"), such that a portion (12; 12') of said cable (10; 10'; 10", 11") protrudes from said first element, and also said cable (10; 10'; 10", 11") being a non-adhering prestressing sheathed cable, - at least one receiving through duct (20; 20", 21") provided in a second element which is the other of said upper and lower elements (100, 200; 100', 200'; 100", 200"), said receiving through duct (20; 20", 21") being intended to receive and house the protruding portion (12; 12') of said cable (10; 10'; 10", 11"), and - fastening means (40, 42) to fasten said cable (10; 10'; 10", 11") in place;
A stator, in particular for an eccentric screw pump, wherein the stator comprises a stator body comprising an accommodation hole configured for accommodating a rotor, wherein the stator body is configured as an elastomer body reinforced at least in sections with a thread inlay, characterized in that the stator is configured without an outer metal tube.
Metal jet x-ray tube, comprising, in a vacuum chamber, a cathode component for extracting an electron beam, a provision for the extraction of the electron beam by the cathode component, an anode component formed by a liquid metal jet as a target for the emitted electron beam of the cathode component and a provision for accelerating the electron beam emitted by the cathode component within a vacuum path in the direction and with a target of the anode component, wherein a thin metal jet is provided as an anode component, by means of which the electrons of the electron beam incident thereon are only partly decelerated, characterized in that a blade cathode is provided as cathode component, said blade cathode comprising a cathode blade directed with a slight inclination downward in the direction of the liquid metal jet of the anode component.
A reinforced gasket material comprising: a first gasket material layer; a second gasket material layer; and a non-metallic scrim layer interposed between the first gasket material layer and the second gasket material layer; wherein the first gasket material layer and the second gasket material layer comprises a sealing material operable within a temperature range of 454.44°C to 1093.33°C (850°F to 2,000°F); wherein the sealing material comprises: 80 wt% or greater non-oxidizing filler; 20 wt% or less fiber; and 6 wt% or less binding agent. a first gasket material layer; a second gasket material layer; and a non-metallic scrim layer interposed between the first gasket material layer and the second gasket material layer; wherein the first gasket material layer and the second gasket material layer comprises a sealing material operable within a temperature range of 454.44°C to 1093.33°C (850°F to 2,000°F); wherein the sealing material comprises: 80 wt% or greater non-oxidizing filler; 20 wt% or less fiber; and 6 wt% or less binding agent. 80 wt% or greater non-oxidizing filler; 20 wt% or less fiber; and 6 wt% or less binding agent.
Method for managing a battery, said method including: - a step of cooling of the battery when a data item representative of the temperature of the battery exceeds a first threshold, - a step of stopping the cooling of the battery when the data item representative of the temperature of the battery drops below a second threshold, which in particular is lower than the first threshold, - a step of adjustment of at least one of the first and second thresholds, characterized in that it includes a step of determination of a loss of real capacity of the battery, the step of adjustment (E3, E3-3) of at least one of the first and second thresholds being dependent on said loss of real capacity of the battery. - a step of cooling of the battery when a data item representative of the temperature of the battery exceeds a first threshold, - a step of stopping the cooling of the battery when the data item representative of the temperature of the battery drops below a second threshold, which in particular is lower than the first threshold, - a step of adjustment of at least one of the first and second thresholds,
A coated cooking element for a culinary item or electric cooking apparatus, comprising a metal substrate coated on one face with a peelable film, forming a cooking face, the peelable film comprising one or more layers of fluorinated polymer, a mechanical reinforcing layer and a layer of hotmelt polymer(s) arranged on the opposite side to the cooking face and having a melting point higher than 250°C and lower than or equal to that of at least one of the other layers of the peelable film, said peelable film being assembled with the metal substrate, said layer of hotmelt polymer(s) being in contact with the face of the metal substrate.
Device for insertion of banknotes into containers, intended to be used inside machines suitable for receiving and handling banknotes, comprising a container (18, 18', 18") for the banknotes, adapted to be closed and removed from the machine once filled, and a loading path diverting, through an exchange element (21, 21', 21"), from a circulation path inside the machine and ending at said container (18, 18', 18"), for the insertion of banknotes into the container, characterized in that the device comprises at least one scanner, placed along the loading path downstream of said exchange element (21, 21', 21") and in proximity of the end of the loading path into the container (18, 18', 18"), for the optical detection of images of the banknotes entering into the container (18, 18', 18") and a calculation unit provided with a memory and connected to the scanner, the calculation unit being configured to store the images detected thereby and build a visual archive of the banknotes actually introduced into the container for certification of the exact content of the container (18, 18', 18").
A method for making an insertion cord of an endoscope with graduated flexibility along the length of the insertion cord from a handle towards a bending section, the method comprising providing a main tube as a composite object comprising multiple layers, said multiple layers comprising at least one metal layer and a polymer material, and said main tube having a proximal and a distal end, providing a heating member, subjecting the main tube to a conditioning process comprising application of heat and a temporary mechanical deformation along at least a part of the length of the main tube between said proximal end and said distal end, characterized in that the main tube is passed through or by the heating member, and in that the application of heat raises the temperature of the polymer material to a temperature above the Vicat temperature of the polymer material but below the melting point of the polymer material, and in that the temporary mechanical deformation comprises a meander bend in a transverse direction of the main tube, and in that the magnitude of the temporary mechanical deformation is varied along said part of the length of the main tube, by increasing the size of the meander bend in the transverse direction of the main tube along said part of the length of the main tube from the proximal end towards the distal end of the main tube, so as to achieve a bendability that increases along the length of the insertion cord from the handle towards the bending section. providing a main tube as a composite object comprising multiple layers, said multiple layers comprising at least one metal layer and a polymer material, and said main tube having a proximal and a distal end, providing a heating member, subjecting the main tube to a conditioning process comprising application of heat and a temporary mechanical deformation along at least a part of the length of the main tube between said proximal end and said distal end, characterized in that the main tube is passed through or by the heating member, and in that the application of heat raises the temperature of the polymer material to a temperature above the Vicat temperature of the polymer material but below the melting point of the polymer material, and in that the temporary mechanical deformation comprises a meander bend in a transverse direction of the main tube, and in that the magnitude of the temporary mechanical deformation is varied along said part of the length of the main tube, by increasing the size of the meander bend in the transverse direction of the main tube along said part of the length of the main tube from the proximal end towards the distal end of the main tube, so as to achieve a bendability that increases along the length of the insertion cord from the handle towards the bending section.
A subtilase variant of a parent subtilase with SEQ ID NO: 2 comprising the modifications: N62D+R170S+Q245R, wherein each position corresponds to a position of the amino acid sequence of subtilisin BPN' shown in Figure 1 and SEQ ID NO: 1, and wherein the subtilase variant has improved wash performance compared to the parent subtilase.
Digital control comprising at least a thermostat function for controlling heating and/or cooling in at least one room of a house or building, the digital control further comprising: - a display, - a temperature sensor for measuring the temperature in the at least one room, - a central processing unit adapted for: - compensating for internal heating of the display of the digital control, - correcting the measured temperature with the determined internal heating, and - sending the corrected temperature to the display and to a remote heating and/or cooling unit for controlling heating and/or cooling in the at least one room, characterized in that the central processing unit is further adapted for determining, at the time the digital control goes from an on-state to an off-state, the internal heating of the display of the digital control according to quadratic function: Internal heating up display = ax 2 + bx wherein a and b are coefficients that depend on the used brightness of the display of the digital control and x is the time during which the display was in the on-state. - a display, - a temperature sensor for measuring the temperature in the at least one room, - a central processing unit adapted for: - compensating for internal heating of the display of the digital control, - correcting the measured temperature with the determined internal heating, and - sending the corrected temperature to the display and to a remote heating and/or cooling unit for controlling heating and/or cooling in the at least one room, - compensating for internal heating of the display of the digital control, - correcting the measured temperature with the determined internal heating, and - sending the corrected temperature to the display and to a remote heating and/or cooling unit for controlling heating and/or cooling in the at least one room,