mhurhangee/ep-ind-claims huggingface dataset:
Showcase for the preservation and display of objects, comprising a fixed casing and at least one openable panel made of glass, mounted through opening supports on the fixed casing so as to be openable externally at an opening space, towards a first side of the showcase, wherein: - the opening supports comprise an upper asymmetric quadrilateral and a lower asymmetric quadrilateral having the same geometry, respectively comprising a short upper rod and a long upper rod and a short lower rod and a long lower rod, wherein the lengths of the two short rods are equal to each other, as well as the lengths of the two long rods are equal to each other; - the short rods are pivoted to the fixed casing at respective first upper and lower aligned short rod pins and the long rods are pivoted to the fixed casing at respective first upper and lower aligned long rod pins; - the short rods are pivoted to the openable panel at respective second upper and lower aligned short rod pins and the long rod pins are pivoted to the openable panel at respective second upper and lower aligned long rod pins; - the short rods are arc-shaped so to allow the first side of the fixed casing of the showcase to be avoided with a roto-translational movement; characterised in that - the long rods are arc-shaped so to limit the bulk of the long rods in front of the opening space with the showcase open. - the opening supports comprise an upper asymmetric quadrilateral and a lower asymmetric quadrilateral having the same geometry, respectively comprising a short upper rod and a long upper rod and a short lower rod and a long lower rod, wherein the lengths of the two short rods are equal to each other, as well as the lengths of the two long rods are equal to each other; - the short rods are pivoted to the fixed casing at respective first upper and lower aligned short rod pins and the long rods are pivoted to the fixed casing at respective first upper and lower aligned long rod pins; - the short rods are pivoted to the openable panel at respective second upper and lower aligned short rod pins and the long rod pins are pivoted to the openable panel at respective second upper and lower aligned long rod pins; - the short rods are arc-shaped so to allow the first side of the fixed casing of the showcase to be avoided with a roto-translational movement; - the long rods are arc-shaped so to limit the bulk of the long rods in front of the opening space with the showcase open.
A briquette used for the production of rock wool, consisting of a raw material comprising rock wool waste, a non-fibrous inorganic binder of the raw material, the non-fibrous inorganic binder being sodium silicate, and an activating agent accelerating the curing process of the briquetted raw material, wherein the rock wool waste has a fiber morphology, with fibers of the rock wool waste having a diameter between 1 μm and 30 μm and a fiber length to fiber diameter ratio of at least 3:1.
A camera module, comprising: a lens assembly having an outermost lens, the lens assembly having a field-of-view region defined by a first field-of-view extending in a first direction and a second field-of-view extending in a second direction crossing the first direction, and at least one of the first field-of-view and the second field-of-view being greater than 180 degrees; a lens barrel configured to accommodate the lens assembly; a heat radiation member located along an outer surface of the lens barrel to transfer heat to the outermost lens of the lens assembly; and a heat transfer body (170; 270) located at an inner side or an outer side of the heat radiation member, the heat transfer body (170; 270) being configured to transfer heat from the heat radiation member to the outermost lens, characterized in that a protrusion portion (171; 275) is located on the heat transfer body (170; 270) to cover an edge of the field-of-view region extending in the second direction. a lens assembly having an outermost lens, the lens assembly having a field-of-view region defined by a first field-of-view extending in a first direction and a second field-of-view extending in a second direction crossing the first direction, and at least one of the first field-of-view and the second field-of-view being greater than 180 degrees; a lens barrel configured to accommodate the lens assembly; a heat radiation member located along an outer surface of the lens barrel to transfer heat to the outermost lens of the lens assembly; and a heat transfer body (170; 270) located at an inner side or an outer side of the heat radiation member, the heat transfer body (170; 270) being configured to transfer heat from the heat radiation member to the outermost lens, characterized in that a protrusion portion (171; 275) is located on the heat transfer body (170; 270) to cover an edge of the field-of-view region extending in the second direction.
A drainage device for a push-pull device, wherein the push-pull device comprises two push-pull leaves that overlap with each other and comprise overlapped parts, a downward-sliding first opening, a downward-sliding chamber body, and a downward-sliding second opening, wherein the drainage device comprises a drainage box, the drainage box comprising a drainage chamber body, the first end of the drainage chamber body being in communication with a second end of the drainage chamber body; and wherein the drainage device further comprises a water blocking device, the water blocking device comprising a water blocking part; the drainage box being characterized in that, the drainage box further comprises a first trough body, the first trough body being communication with a first end of the drainage chamber body; and the water blocking device further comprises a first connecting part; whereby the drainage box is configured so that, in the mounted state of the drainage device, the water blocking part of the water blocking device is arranged between overlapped parts of the two push-pull leaves of the push-pull device, the first connecting part penetrates through the downward-sliding first opening of the push-pull device and to be fixedly arranged inside the first trough body, the drainage box is arranged inside the downward-sliding chamber body, the second end of the drainage chamber body extends out of the downward-sliding second opening of the push-pull device; and the drainage device further comprises a first one-way valve which is arranged on the first connecting part to control the opening and closing of a communication passageway between the first trough body and the drainage chamber body. wherein the drainage device comprises a drainage box, the drainage box comprising a drainage chamber body, the first end of the drainage chamber body being in communication with a second end of the drainage chamber body; and wherein the drainage device further comprises a water blocking device, the water blocking device comprising a water blocking part; the drainage box being characterized in that, the drainage box further comprises a first trough body, the first trough body being communication with a first end of the drainage chamber body; and the water blocking device further comprises a first connecting part; whereby the drainage box is configured so that, in the mounted state of the drainage device, the water blocking part of the water blocking device is arranged between overlapped parts of the two push-pull leaves of the push-pull device, the first connecting part penetrates through the downward-sliding first opening of the push-pull device and to be fixedly arranged inside the first trough body, the drainage box is arranged inside the downward-sliding chamber body, the second end of the drainage chamber body extends out of the downward-sliding second opening of the push-pull device; and the drainage device further comprises a first one-way valve which is arranged on the first connecting part to control the opening and closing of a communication passageway between the first trough body and the drainage chamber body.
A jitter correction system comprising: at least one fast steering mirror 'FSM' (302, 304) configured to receive a beacon illuminator 'BIL' beam transmitted by a BIL and steer the BIL beam to be spatially and angularly offset from a high energy laser 'HEL' beam transmitted by a HEL, wherein the HEL beam is aimed at a first location on an airborne target, the BIL beam is aimed at a second location on the target, and the second location is offset from the first location; and at least one Coud6 path FSM (312, 314) configured to simultaneously receive both the HEL beam and the BIL beam and steer the HEL beam and the BIL beam to correct for atmospheric jitter of the HEL beam and the BIL beam while maintaining the offset of the BIL beam from the HEL beam. at least one fast steering mirror 'FSM' (302, 304) configured to receive a beacon illuminator 'BIL' beam transmitted by a BIL and steer the BIL beam to be spatially and angularly offset from a high energy laser 'HEL' beam transmitted by a HEL, wherein the HEL beam is aimed at a first location on an airborne target, the BIL beam is aimed at a second location on the target, and the second location is offset from the first location; and at least one Coud6 path FSM (312, 314) configured to simultaneously receive both the HEL beam and the BIL beam and steer the HEL beam and the BIL beam to correct for atmospheric jitter of the HEL beam and the BIL beam while maintaining the offset of the BIL beam from the HEL beam.
Method for the treatment of wooden ceilings, in which a plurality of spaced-apart connecting anchors are first screwed into a wooden ceiling of a building, wherein the connecting anchors are screwed into the wooden ceiling only with a partial area and protrude from the wooden ceiling with a screw protrusion area, wherein subsequently an in-situ and/or topped concrete is applied to the wooden ceiling in such a way that the screw protrusion areas of the connecting anchors are anchored in a then formed concrete slab after curing of the in-situ and/or topped concrete and a wood composite ceiling is produced as a shear-resistant connection between the wooden ceiling and the concrete slab, with the connecting anchors being screwed into the wooden ceiling without pre-drilling or free of pre-drilling, characterized in, that the concrete slab is removed again for reversible and/or nondestructive dismantling of the wood composite ceiling, that the connecting anchors are subsequently removed from the wooden ceiling, leaving a screw channel in the wooden ceiling, and that a wood-swelling medium, in particular water or water vapour, is subsequently introduced into the screw channel, so that the wood displaced by the respective connecting anchors and/or surrounding and/or forming the screw channel swells and substantially fills and/or closes the screw channel. in which a plurality of spaced-apart connecting anchors are first screwed into a wooden ceiling of a building, wherein the connecting anchors are screwed into the wooden ceiling only with a partial area and protrude from the wooden ceiling with a screw protrusion area, wherein subsequently an in-situ and/or topped concrete is applied to the wooden ceiling in such a way that the screw protrusion areas of the connecting anchors are anchored in a then formed concrete slab after curing of the in-situ and/or topped concrete and a wood composite ceiling is produced as a shear-resistant connection between the wooden ceiling and the concrete slab, with the connecting anchors being screwed into the wooden ceiling without pre-drilling or free of pre-drilling, characterized in, that the concrete slab is removed again for reversible and/or nondestructive dismantling of the wood composite ceiling, that the connecting anchors are subsequently removed from the wooden ceiling, leaving a screw channel in the wooden ceiling, and that a wood-swelling medium, in particular water or water vapour, is subsequently introduced into the screw channel, so that the wood displaced by the respective connecting anchors and/or surrounding and/or forming the screw channel swells and substantially fills and/or closes the screw channel.
A method for isolating a bioactive fraction comprising less than 25 microgram/kg patulin and less than 0.1% total protein content and being derived from fruit selected from peaches, pears, bananas, plums, apples, pineapples, apricots, cherries, grapes, blueberries, raspberries, blackberries, cranberries, tangerines, prickly pears, nectarines, pomegranates, oranges, grapefruit, tomatoes, and combinations or mixtures thereof, which comprises processing said fruit to obtain a fruit juice, and subjecting said fruit juice to the following process steps: subjecting said fruit juice to a membrane fraction destabilization step comprising - subjecting said fruit juice to electromagnetic waves of from 2.45 GHz up to 7.0 GHz for a time effective to achieve destabilization of the membrane fraction, - maintaining the temperature of said fruit juice during said membrane destabilizing step below 40 °C, and - yielding a destabilized fruit juice; subjecting said destabilized fruit juice to a membrane fraction separation step to yield a membrane fraction and a fruit juice supernatant, and subjected said fruit juice supernatant to the stabilizing step to yield stabilized bioactive fraction derived from fruit juice. subjecting said fruit juice to a membrane fraction destabilization step comprising - subjecting said fruit juice to electromagnetic waves of from 2.45 GHz up to 7.0 GHz for a time effective to achieve destabilization of the membrane fraction, - maintaining the temperature of said fruit juice during said membrane destabilizing step below 40 °C, and - yielding a destabilized fruit juice; - subjecting said fruit juice to electromagnetic waves of from 2.45 GHz up to 7.0 GHz for a time effective to achieve destabilization of the membrane fraction, - maintaining the temperature of said fruit juice during said membrane destabilizing step below 40 °C, and - yielding a destabilized fruit juice; subjecting said destabilized fruit juice to a membrane fraction separation step to yield a membrane fraction and a fruit juice supernatant, and subjected said fruit juice supernatant to the stabilizing step to yield stabilized bioactive fraction derived from fruit juice.
Electronic control unit, in particular control unit for a lighting device of a motor vehicle, comprising a printed circuit board which is provided with electrical conductor tracks, and which is fitted with electronic components and comprises a flexible substrate, and a base body which is in contact with the printed circuit board and is made of a material having a high thermal conductivity, wherein the flexible substrate is fastened to a flat projection of the base body prior to being fitted with the electronic components, and the base body-substrate unit (11, 12) is formed into a desired geometry after the base body-substrate unit (11, 12) has been fitted with the electronic components, wherein connecting means are introduced between the base body and the flexible substrate fastened thereto, which connecting means effect both a thermal connection and an electrical connection between the base body and the flexible substrate, and that the flexible substrate has a T-shaped incision, wherein the base body has an elongate notch, the longitudinal beam of the T-shaped incision extending along the notch of the base body and the transverse beam of the T-shaped incision being arranged as a narrow slot extending perpendicularly to the notch.
Mobile strapping device for strapping goods with a strap, comprising a tensioning means for applying a tension to a loop of said strap, a connecting means for providing a connection in said strap for forming a closed loop of said strap, and a drive means for driving said tensioning means and said connecting means, said tensioning means comprising a tensioning wheel having an outer circumferential surface and being rotatably drivable about its rotational axis by said drive means and a tensioning element having a surface which faces the outer circumferential surface of said tensioning wheel, said tensioning wheel is supported rotatably about a rotational axis at a tensioning wheel support element which is in turn pivotably supported at a main body of the strapping device about a pivot pin forming a pivot axis 26, a distance between said outer circumferential surface of said tensioning wheel and said surface of said tensioning element is variable by pivoting said tensioning wheel, said pivot axis is parallel to and offset from said rotational axis of said tensioning wheel, wherein a lever is further provided hinged to said tensioning wheel support element via a pivot element, a ratchet protrusion of the pivot element being engageable with a ratchet wheel which is rotated together with a drive train of the tensioning wheel.
A telescopic shipping container transformable between a reduced configuration having reduced height and an erected configuration, the container comprising a top segment and a bottom segment, wherein the container bottom segment comprises a rigid base panel having four corner fittings and the container top segment comprises a rigid roof panel having four corner fittings, wherein the container comprises four corner posts each extending between a roof corner fitting and a base corner fitting and comprising a top element rigidly connected to the roof panel and a bottom element rigidly connected to the base panel, each corner post having a retractable/extendable configuration, characterized in that the container comprises a front-end panel having at least one hinged door leaf, wherein the door leaf comprises a top section pivotably connected to the top element of the adjacent corner post, a bottom section pivotably connected to the bottom element of said adjacent corner post, and an intermediate section that is in telescopic engagement with the top section of the door leaf and with the bottom section of the door leaf, wherein the intermediate section interconnects the top section and the bottom section.
A method for producing a three-dimensional object from a powder or from a mixture of powders by sintering and/or laser melting, comprising manufacturing steps consisting of depositing, compacting, then solidifying, in predetermined areas, successive layers of the powder or of the mixture of powders, further comprising the following steps: a) before implementing the steps of manufacturing the three-dimensional object and from a manufacturing table, manufacturing, by sintering and/or laser melting, a support whereof the surface(s) (51; 513, 514) oriented toward the three-dimensional object to be manufactured are respectively homothetic to opposite surfaces (11, 101, 103, 109, 111) of the three-dimensional object to be manufactured; b) manufacturing, by sintering and/or laser melting, at least one blade for supporting the three-dimensional object to be manufactured on the support manufactured in step a); c) manufacturing the three-dimensional object from an upper surface of the or each blade manufactured in step b); d) when the manufacturing of the three-dimensional object is complete, detaching the three-dimensional object from the support by applying a force to the three-dimensional object or to the support, moving the object and the support relative to one another until the blade(s) break. a) before implementing the steps of manufacturing the three-dimensional object and from a manufacturing table, manufacturing, by sintering and/or laser melting, a support whereof the surface(s) (51; 513, 514) oriented toward the three-dimensional object to be manufactured are respectively homothetic to opposite surfaces (11, 101, 103, 109, 111) of the three-dimensional object to be manufactured; b) manufacturing, by sintering and/or laser melting, at least one blade for supporting the three-dimensional object to be manufactured on the support manufactured in step a); c) manufacturing the three-dimensional object from an upper surface of the or each blade manufactured in step b); d) when the manufacturing of the three-dimensional object is complete, detaching the three-dimensional object from the support by applying a force to the three-dimensional object or to the support, moving the object and the support relative to one another until the blade(s) break.
A radiation-curable coating composition comprising at least one urethane (meth)acrylate having a molar mass M n of 1000 to 5000 g/mol and two ethylenically unsaturated double bonds per molecule, comprising as synthesis component at least one diisocyanate, at least one polyesterdiol synthesized from optionally a diol having a molar weight below 250 g/mol, at least one oligomeric or polymeric diol being optional a polytetrahydrofurandiol with a molar mass Mn of up to 1000 g/mol and at least one polyesterdiol synthesized from aliphatic dicarboxylic acids or their derivatives and aliphatic diols with a molar mass Mn of up to 1000 g/mol, at least one dicarboxylic acid selected from the group consisting of compounds of the formula (Ia) and/or compounds of the formula (Ib) in which R 2 is a single bond or a divalent alkylene radical containing 1 to 3 carbon atoms, and R 3 is hydrogen or an alkyl radical containing 1 to 10 carbon atoms, having precisely one isocyanate-reactive group and precisely one free-radically polymerizable group and at least one monoethylenically unsaturated reactive diluent B which contains at least one cycloaliphatic or heterocyclic group. at least one diisocyanate, at least one polyesterdiol synthesized from optionally a diol having a molar weight below 250 g/mol, at least one oligomeric or polymeric diol being optional a polytetrahydrofurandiol with a molar mass Mn of up to 1000 g/mol and at least one polyesterdiol synthesized from aliphatic dicarboxylic acids or their derivatives and aliphatic diols with a molar mass Mn of up to 1000 g/mol, at least one dicarboxylic acid selected from the group consisting of compounds of the formula (Ia) and/or compounds of the formula (Ib) in which R 2 is a single bond or a divalent alkylene radical containing 1 to 3 carbon atoms, and R 3 is hydrogen or an alkyl radical containing 1 to 10 carbon atoms, having precisely one isocyanate-reactive group and precisely one free-radically polymerizable group and at least one monoethylenically unsaturated reactive diluent B which contains at least one cycloaliphatic or heterocyclic group.
Method for adapting the sensitivity of ultrasonic sensors (20, 30), in which the sensitivity of at least one first ultrasonic sensor (20, 30) at at least one predefined time during ongoing operation is estimated by means of a first parameter (Q_ratio), characterized in that the first parameter (Q_ratio) depends on a quality factor that is valid at the time of manufacture and on the quality factor (Q_act) of the first ultrasonic sensor (20, 30) determined at the predefined time, and in that the estimated sensitivity of the first ultrasonic sensor (20, 30) is used as a control variable for adapting the sensitivity of the first ultrasonic sensor (20, 30) and/or at least one second ultrasonic sensor (20, 30).