mhurhangee/ep-ind-claims huggingface dataset:
A primary electric circuit interrupting device, in particular for electric vehicles and especially a crash-activated one, which is suitable for integration between an electric driving unit and an electric energy source for energizing said electric driving unit, the primary electric circuit interrupting device comprising two conductors (21, 22), wherein said electric driving unit and said electric energy source are able to be connected via said two electric conductors (21, 22) with each other into a primary electric circuit, and wherein said device is furnished with at least one fuse (3', 3") comprising an integrated melting member (31', 31") and a varistor (32', 32") which is intended for emergency interruption of said melting member (31', 31"), characterized in that in each of both electric conductors (21, 22) of the primary electric circuit a fuse (3', 3 ") with a melting member (31', 31") and a varistor (32', 32") is integrated, so that said driving unit and said electric energy source are able to be interconnected via the melting members (31', 31") of both fuses (3', 3"), and the varistor (32', 32") in each of said fuses (3', 3") is arranged in a heat-conductive relationship with each belonging melting member (31', 31"), and simultaneously each of said varistors (32', 32") is electrically interconnected with a switch, which is adapted for establishing or interrupting of electric contact between the varistors (32', 32") in both fuses (3', 3") and which is an autonomously energized electromagnetic switch.
Headlight for a motor vehicle with a housing, in which at least one light module is mounted in a specified position, where the light module is arranged by means of a mounting device in the housing of the headlight, and where the housing has at least one attachment point, in which the housing is connected to a frame element of the motor vehicle, where at least one extension bridge is provided for by means of which at least one mounting device is mechanically connected to at least one attachment point and the extension bridge is of a material with a thermal expansion coefficient that is lower than the thermal expansion coefficient of the housing, where the at least one mounting device is mounted in the housing such that it can be moved, where a movement can be executed by one area of the housing adjacent to or below the mounting device if there is a change in the shape of the housing caused by thermal influences, without the mounting device leaving its position relative to the frame element of the motor vehicle, characterized in that the extension bridge is implemented as a steel rail.
A method for producing a metal filter comprising: a lamination step of laminating a photosensitive resin composition on a copper foil layer of a copper substrate which is a peelable copper foil composed of a carrier layer and the copper foil layer, to form a photosensitive resin composition layer; an exposure step of irradiating a predetermined portion of the photosensitive resin composition layer with an active light and light-curing the exposed portion to form a cured material of the photosensitive resin composition; a development step of removing a portion other than the cured material of the photosensitive resin composition of the photosensitive resin composition layer by development to form a resist pattern composed of the cured material of the photosensitive resin composition on the copper substrate; a plating step of metal plating the resist-patterned copper substrate to form a plated layer on the copper foil layer; a separating step of separating the copper foil layer and the carrier layer of the peelable copper foil; a dissolution step of removing the copper foil layer of the copper substrate with chemical dissolution to obtain a structure composed of the plated layer and the cured material of the photosensitive resin composition; and a stripping step of removing the resist pattern composed of the cured material of the photosensitive resin composition from the structure to obtain the plated layer; wherein the plated layer is the metal filter. a lamination step of laminating a photosensitive resin composition on a copper foil layer of a copper substrate which is a peelable copper foil composed of a carrier layer and the copper foil layer, to form a photosensitive resin composition layer; an exposure step of irradiating a predetermined portion of the photosensitive resin composition layer with an active light and light-curing the exposed portion to form a cured material of the photosensitive resin composition; a development step of removing a portion other than the cured material of the photosensitive resin composition of the photosensitive resin composition layer by development to form a resist pattern composed of the cured material of the photosensitive resin composition on the copper substrate; a plating step of metal plating the resist-patterned copper substrate to form a plated layer on the copper foil layer; a separating step of separating the copper foil layer and the carrier layer of the peelable copper foil; a dissolution step of removing the copper foil layer of the copper substrate with chemical dissolution to obtain a structure composed of the plated layer and the cured material of the photosensitive resin composition; and a stripping step of removing the resist pattern composed of the cured material of the photosensitive resin composition from the structure to obtain the plated layer; wherein the plated layer is the metal filter.
Method for preventing or decreasing calcium carbonate scale formation on process surfaces in manufacturing process of paper, board or the like, where pH of the process water is > 7, characterized in using performic acid as an antiscaling agent, whereby the pH value of the process water changes less than 1 pH unit after the addition of performic acid.
A mouldable paper pulp composition comprising an aqueous suspension of: (a) a base material comprising paper particles; and (b) a detergent resistant binding agent for the paper particles, in an intimate and substantially homogenous mix. (a) a base material comprising paper particles; and (b) a detergent resistant binding agent for the paper particles,
Heat transfer device, in particular a charge air cooler or a coolant cooler, - comprising two bases, each of which has passages for accommodating fluid-carrying pipes at the longitudinal end, - comprising at least one side part which has at least two segment parts (9, 10) with a different cross-sectional shape, characterised in that the side part comprising a longitudinal end region is at least partially accommodated in a passage at an end of the associated base. - comprising two bases, each of which has passages for accommodating fluid-carrying pipes at the longitudinal end, - comprising at least one side part which has at least two segment parts (9, 10) with a different cross-sectional shape,
Holding device for a cable or pipe, comprising: - a holding foot for mounting the holding device to a ground, wherein the holding foot has a mounting side facing the ground, and a side facing away from the mounting side - a fastening device for fastening the cable or pipe to the holding foot - a stand which is arranged on the holding foot, and which distances the fastening device for fastening the cable or pipe from the holding foot in a direction normal to the side facing away from the mounting side wherein the stand is arranged on a lateral edge area of the holding foot, so that the side facing away from the mounting side of the holding foot next to the stand in the direction normal to the side facing away from the mounting side is at least partially accessible even when the cable or pipe is fastened by the fastening device, characterised in that a pre-fixing, which is different from the fastening device, is provided for the cable or pipe, wherein the pre-fixing is arranged in an axial direction of the cable or pipe next to the fastening device on the side of the stand facing away from the holding foot, and wherein the pre-fixing is designed in the form of spring clamps so that the cable or pipe can be clamped between the spring clamps, and thus can be pre-positioned. - a holding foot for mounting the holding device to a ground, wherein the holding foot has a mounting side facing the ground, and a side facing away from the mounting side - a fastening device for fastening the cable or pipe to the holding foot - a stand which is arranged on the holding foot, and which distances the fastening device for fastening the cable or pipe from the holding foot in a direction normal to the side facing away from the mounting side
A pulsed hydraulic pressure amplification system comprising a pressure matrix having a fluid inlet and a fluid outlet (9, 10; 29, 30; 45, 46) and a body which contains an enclosed convolute passageway (4; 26; 47) extending between the fluid inlet and the fluid outlet characterised in that the body of the pressure matrix comprises - a matrix portion (1; 21; 41) which forms the enclosed convolute passageway (4; 26, 47) and - a rigid expansion-resistant outer portion (2, 3; 22, 23; 42) which encloses the matrix portion. - a matrix portion (1; 21; 41) which forms the enclosed convolute passageway (4; 26, 47) and - a rigid expansion-resistant outer portion (2, 3; 22, 23; 42) which encloses the matrix portion.
Heating device having a housing of a combustion chamber, wherein in the housing is arranged a window to the combustion chamber, and having an arrangement of an optical sensor on the exterior of the window, wherein the sensor is arranged at a distance from the window and a tube is present between window and sensor through which optical beams can reach the sensor from the window, and wherein the tube rests with an inlet end sealingly against the window, characterised in that the sensor is arranged in an outlet end of the tube and is connected thereto in a thermally conductive manner and the tube is designed to be less thermally conductive in a region close to the window than in a region close to the sensor.
An orthopedic fixation device (4000, 4100) comprising: - a coupling element (10, 4304), wherein the coupling element (10, 4304) comprises a bore there through; - a bone fastener, wherein the bone fastener comprises a head and an extension that extends from the head, wherein the head is configured for loading into the coupling element (10, 4304) through the bottom of the bore; - a clamp configured to receive the head of the bone fastener; - a saddle (8, 3108, 3208, 3508) configured to engage the clamp and disposed on the clamp; and - a retention member (4102, 4302) configured to engage the clamp, wherein the retention member (4102, 4302) includes undulated top surface and an undulated bottom surface _so that one or more peaks and valleys on both top and bottom surfaces are created, - wherein the saddle (8, 3108, 3208, 3508) is configured to press the clamp to engage a tapered surface of the retention member (4102, 4302) to lock the coupling element (10, 4304) to the bone fastener, and - the coupling element (10, 4304) being provided with an indentation configured with corresponding valleys and peaks designed to receive the peaks and valleys of the retention member so as to limit the rotation of the retention member when engaged with the coupling element. - a coupling element (10, 4304), wherein the coupling element (10, 4304) comprises a bore there through; - a bone fastener, wherein the bone fastener comprises a head and an extension that extends from the head, wherein the head is configured for loading into the coupling element (10, 4304) through the bottom of the bore; - a clamp configured to receive the head of the bone fastener; - a saddle (8, 3108, 3208, 3508) configured to engage the clamp and disposed on the clamp; and - a retention member (4102, 4302) configured to engage the clamp, wherein the retention member (4102, 4302) includes undulated top surface and an undulated bottom surface _so that one or more peaks and valleys on both top and bottom surfaces are created, - wherein the saddle (8, 3108, 3208, 3508) is configured to press the clamp to engage a tapered surface of the retention member (4102, 4302) to lock the coupling element (10, 4304) to the bone fastener, and - the coupling element (10, 4304) being provided with an indentation configured with corresponding valleys and peaks designed to receive the peaks and valleys of the retention member so as to limit the rotation of the retention member when engaged with the coupling element.
A component carrier for carrying electronic components, wherein the component carrier comprises: an at least partially electrically insulating core; at least one electronic component embedded in the core; a coupling structure (106, 202) with at least one electrically conductive through-connection extending at least partially therethrough and having a component contacting end and a wiring contacting end; wherein the at least one electronic component is electrically contacted directly to the component contacting end; wherein at least an exterior surface portion of the coupling structure (106, 202) has homogeneous ablation properties and is patterned so as to have surface recesses filled with an electrically conductive wiring structure; wherein the wiring contacting end is electrically contacted directly to the wiring structure; the component carrier being characterised in that the at least one through-connection comprises at least one pillar, and that a lateral extension (d) of traces of the wiring structure is narrower than a lateral extension of the at least one electrically conductive through-connection. an at least partially electrically insulating core; at least one electronic component embedded in the core; a coupling structure (106, 202) with at least one electrically conductive through-connection extending at least partially therethrough and having a component contacting end and a wiring contacting end; wherein the at least one electronic component is electrically contacted directly to the component contacting end; wherein at least an exterior surface portion of the coupling structure (106, 202) has homogeneous ablation properties and is patterned so as to have surface recesses filled with an electrically conductive wiring structure; wherein the wiring contacting end is electrically contacted directly to the wiring structure; the component carrier being characterised in that the at least one through-connection comprises at least one pillar, and that a lateral extension (d) of traces of the wiring structure is narrower than a lateral extension of the at least one electrically conductive through-connection.
An electrical power contact configured to mate with a complementary electrical power contact in a forward direction, the electrical power contact comprising: a mounting portion configured to electrically connect to a substrate; a mating portion that extends along a forward direction with respect to the mounting portion, the mating portion configured to mate with the complementary electrical power contact, the mating portion including first and second contact blades disposed adjacent each other and abutting each other along a second direction that is substantially perpendicular to the forward direction, wherein the first contact blade defines a first forwardmost tip, and the second contact blades defines a second forwardmost tip; an intermediate portion that extends between the mating portion and the mounting portion, the intermediate portion configured to transmit electrical current between the mating portion and the mounting portion, characterized in that a select portion of the power contact is configured to elastically angulate with respect to at least a portion of the mounting portion within a range that causes the first and second forwardmost tips to deflect a distance between approximately 0.25 mm and approximately 3 mm in the second direction, such that at least one of the first and second contact blades slides along the other of the first and second contact blades. a mounting portion configured to electrically connect to a substrate; a mating portion that extends along a forward direction with respect to the mounting portion, the mating portion configured to mate with the complementary electrical power contact, the mating portion including first and second contact blades disposed adjacent each other and abutting each other along a second direction that is substantially perpendicular to the forward direction, wherein the first contact blade defines a first forwardmost tip, and the second contact blades defines a second forwardmost tip; an intermediate portion that extends between the mating portion and the mounting portion, the intermediate portion configured to transmit electrical current between the mating portion and the mounting portion, characterized in that a select portion of the power contact is configured to elastically angulate with respect to at least a portion of the mounting portion within a range that causes the first and second forwardmost tips to deflect a distance between approximately 0.25 mm and approximately 3 mm in the second direction, such that at least one of the first and second contact blades slides along the other of the first and second contact blades.
A method of manufacturing a ceramic roof tile provided with a solar panel, said ceramic roof tile comprising a hole, comprising: - applying a non-cured composition between two facing mold surfaces (13b, 15b) of two mold halves; - pressing the two mold halves (13, 15) together during which operation the composition is pressed into the desired shape in the mold space between the two mold surfaces (13b, 15b); and - subsequently curing the composition pressed into the desired shape, characterized in that one of the two mold halves (13, 15) is provided on the mold surface with a bulge that has a thickness that is smaller than the distance between the two mold surfaces (13b, 15b) in a position of the two mold halves (13, 15) brought together, so that a roof tile having a thinned part in it is manufactured and, after curing of the roof tile, breaking of the thinned part of the roof tile, wherein said roof tile has an upper side and an underside, applying to the upper side of the roof tile the solar panel, comprising an electronic unit mounted to an underside of the solar panel, where the electronic unit located on the under side of the solar panel projects through the hole provided in the roof tile. - applying a non-cured composition between two facing mold surfaces (13b, 15b) of two mold halves; - pressing the two mold halves (13, 15) together during which operation the composition is pressed into the desired shape in the mold space between the two mold surfaces (13b, 15b); and - subsequently curing the composition pressed into the desired shape, characterized in that one of the two mold halves (13, 15) is provided on the mold surface with a bulge that has a thickness that is smaller than the distance between the two mold surfaces (13b, 15b) in a position of the two mold halves (13, 15) brought together, so that a roof tile having a thinned part in it is manufactured and, after curing of the roof tile, breaking of the thinned part of the roof tile, wherein said roof tile has an upper side and an underside, applying to the upper side of the roof tile the solar panel,
Heavy load transport vehicle with a variable width, comprising a chassis having two chassis parts (10b, 10c), each carrying a number of successively arranged wheel assemblies (13a-13d; 14a-14d), the two chassis parts (10b, 10c) defining a transport platform for the heavy load to be transported, characterized in thatthe transport vehicle comprises a wheelless central chassis part being arranged between the two lateral chassis parts (10b, 10c), and that at least one lateral chassis part (10b, 10c) can be pivoted about a pivot axis, which runs in the longitudinal direction of the transport vehicle, relative to the central chassis part.
A compound of formula in the form of any one of its stereoisomers or a mixture thereof; and wherein R represents a hydrogen atom or a group of formula HCO or CH 3 CO.
Device for injecting a fluid into moving containers, of the type comprising: - a movable conveyor having: o a plurality of container supports distributed along the conveyor; o a plurality of nozzles for injecting fluid into the containers, each one mounted facing a respective container support; o a nozzle fluid-feed track, arranged along the conveyor, and o a plurality of pipes for conveying fluid to the nozzles, each one connected to a respective nozzle and having an inlet arranged in the feed track, the inlets being distributed along the feed track, and - a fixed fluid dispenser alongside the conveyor, designed to introduce fluid successively into the inlets, this dispenser comprising: o a distributor positioned facing the feed track and designed to cover a number N of inlets selected at the time of the relative displacement of the feed track in relation to the distributor, and o means to feed the distributor with fluid, characterized in that the distributor defines a manifold which extends along the length of the conveyor communicating with the number N of inlets selected, a seal being provided to ensure a sealed contact between the manifold and the feed track, and in that the dispenser comprises means to push the manifold against the conveyor feed track. - a movable conveyor having: o a plurality of container supports distributed along the conveyor; o a plurality of nozzles for injecting fluid into the containers, each one mounted facing a respective container support; o a nozzle fluid-feed track, arranged along the conveyor, and o a plurality of pipes for conveying fluid to the nozzles, each one connected to a respective nozzle and having an inlet arranged in the feed track, the inlets being distributed along the feed track, and o a plurality of container supports distributed along the conveyor; o a plurality of nozzles for injecting fluid into the containers, each one mounted facing a respective container support; o a nozzle fluid-feed track, arranged along the conveyor, and o a plurality of pipes for conveying fluid to the nozzles, each one connected to a respective nozzle and having an inlet arranged in the feed track, the inlets being distributed along the feed track, and - a fixed fluid dispenser alongside the conveyor, designed to introduce fluid successively into the inlets, this dispenser comprising: o a distributor positioned facing the feed track and designed to cover a number N of inlets selected at the time of the relative displacement of the feed track in relation to the distributor, and o means to feed the distributor with fluid, o a distributor positioned facing the feed track and designed to cover a number N of inlets selected at the time of the relative displacement of the feed track in relation to the distributor, and o means to feed the distributor with fluid,