mhurhangee/ep-ind-claims huggingface dataset:
A body panel comprising a multilayer article, comprising, in this sequence, a) optionally a protective layer a, b) a substrate layer b of thickness 1.0 mm to 7.0 mm, based on a thermoplastic polymer, where the thermoplastic polymer is an aromatic polycarbonate or a PMMA, having light transmittance in the range from 380 to 780 nm of less than 1.0% determined at a layer thickness of 4 mm according to DIN ISO 13468-2:2006 (D65, 10°) and energy transmittance T DS of less than 40%, determined according to ISO 13837:2008 at a layer thickness of 4 mm, c) optionally a further layer c based on a thermoplastic polymer having a maximum thickness of 600 μm, d) a metal layer d comprising at least one element selected from Ag, Al, Au, Pt, Fe, Cr, Sn, In, Ti, Pd, Nb, Cu, V, stainless steel or alloys thereof, having a thickness of 40 nm to 500 μm, and e) optionally a protective layer e, wherein the metal layer d is disposed on the side of the multilayer article destined to be oriented toward the interior of the vehicle, and wherein the layers that follow on from layer d, including protective layer e, have a total thickness of not more than 50 nm. a) optionally a protective layer a, b) a substrate layer b of thickness 1.0 mm to 7.0 mm, based on a thermoplastic polymer, where the thermoplastic polymer is an aromatic polycarbonate or a PMMA, having light transmittance in the range from 380 to 780 nm of less than 1.0% determined at a layer thickness of 4 mm according to DIN ISO 13468-2:2006 (D65, 10°) and energy transmittance T DS of less than 40%, determined according to ISO 13837:2008 at a layer thickness of 4 mm, c) optionally a further layer c based on a thermoplastic polymer having a maximum thickness of 600 μm, d) a metal layer d comprising at least one element selected from Ag, Al, Au, Pt, Fe, Cr, Sn, In, Ti, Pd, Nb, Cu, V, stainless steel or alloys thereof, having a thickness of 40 nm to 500 μm, and e) optionally a protective layer e, wherein the metal layer d is disposed on the side of the multilayer article destined to be oriented toward the interior of the vehicle, and wherein the layers that follow on from layer d, including protective layer e, have a total thickness of not more than 50 nm.
A method for communicating with a mobile phone network, with a hand-held computer, which has a communication unit, wherein a communications link to the mobile phone network is established by means of the communication unit, a data set is transmitted from the hand-held computer to the mobile phone network via the communications link, the data set serves to identify the hand-held computer in the mobile phone network, wherein at the beginning of a first communication of the hand-held computer with the mobile phone network at least one first part of the data set is entered using an input means, characterised in that the data set has multiple parts, wherein the data set has the first part for identification of the hand-held computer and a second part, and wherein the first part of the data set contains a telephone number (MSISDN), and wherein the second part of the data set contains a personal identification number (PIN-code), wherein the telephone number makes it possible to forward incoming calls from third parties to the hand-held computer.
Accommodative intraocular lens for implantation in the capsular bag of an eye, comprising at least one optic part which in turn comprises at least one incurving notch and a peripheral edge of the optic; a haptic part that in turn comprises at least one central branch, one lateral branch and one angular branch of the haptic; characterised in that it comprises an incomplete incurving ring that in turn comprises at least one angled branch of the ring; one incurving tab and means for sliding and/or stopping and/or amplifying the moving parts.
A vacuum brake booster pipe, produced from a polyamide blend moulding material with a polyamide blend component and an impact-resistant component, characterized in that the polyamide blend component of the polyamide blend moulding material comprises the following polyamides: 25 to 65% by weight of at least one semi-crystalline polyamide with a melting enthalpy of > 40 J/g and with an average of at least 8 C atoms per monomer unit, selected from a group which consists of the polyamides PA 11, PA 610, PA 612, PA 1010, PA 106, PA 106/10T, PA 614 and PA 618; 0 to 25% by weight of at least one amorphous and/or microcrystalline polyamide, wherein the microcrystalline polyamide has a melting enthalpy in the range of 4 to 40 J/g; and 1 to 55% by weight of at least one polyamide with an average of a maximum of 6 C atoms per monomer unit; that the impact-resistant component is formed from: 5 to 35% by weight of a non-polyamide elastomer or a mixture of non-polyamide elastomers; wherein all specifications in percent by weight relate to the entire weight of the polyamide blend moulding material and add up to 100% by weight, optionally supplemented by similarly added conventional additives; and that the vacuum brake booster pipe is arranged as a single-layer extruded pipe and has a modulus of elasticity of at least 50 MPa at a temperature of +180°C, measured as a tensile elasticity modulus according to ISO 527 with a tensile speed of 1 mm/min on an ISO tension rod according to norm ISO/CD 3167 Type A1 with the dimensions 170 x 20/10 x 4 mm; wherein the average number of C atoms per monomer unit is calculated from the sum total of the number of the C atoms in the used monomers, divided by the number of the used monomers. 25 to 65% by weight of at least one semi-crystalline polyamide with a melting enthalpy of > 40 J/g and with an average of at least 8 C atoms per monomer unit, selected from a group which consists of the polyamides PA 11, PA 610, PA 612, PA 1010, PA 106, PA 106/10T, PA 614 and PA 618; 0 to 25% by weight of at least one amorphous and/or microcrystalline polyamide, wherein the microcrystalline polyamide has a melting enthalpy in the range of 4 to 40 J/g; and 1 to 55% by weight of at least one polyamide with an average of a maximum of 6 C atoms per monomer unit; that the impact-resistant component is formed from: 5 to 35% by weight of a non-polyamide elastomer or a mixture of non-polyamide elastomers;
Horn spark gap having a deion chamber in non-discharging design comprising an insulating material housing as a supporting and receiving body for the horn electrodes (1; 2) and the deion chamber and means for guiding the gas flow induced by the arc, wherein the horn electrodes (1; 2) have an asymmetrical shape, comprising a longer and a shorter electrode, wherein in the ignition area, the two electrodes (1; 2) extend virtually in parallel or with little divergence, the arc runner area between the electrodes is delimited in the direction of the deion chamber, the housing has sections which accommodate at least one deion chamber part, apertures or openings being provided so that the gas stream reaches the deion chamber at least in part, characterized in that at least two horn spark gaps are located in the housing, which have electric connections (A1; A3) led out separately for the optional series or parallel connection of the horn spark gaps integrated in the housing, wherein the two horn spark gaps have their electrodes (1; 2) arranged within the housing to be mirror-symmetrical with respect to a symmetry axis.
Device for heating a medium (2, 8, 15), having a container (1, 14) for the medium (2, 8, 15) to be heated and having a functional element, - the functional element being electrically heatable in a controllable manner, for which purpose it has electrical connections, and - the functional element being configured for a direct transfer of heat from the functional element into the medium (2, 8, 15), characterized in that the functional element consists essentially of a carbon fibre-reinforced plastic material. - the functional element being electrically heatable in a controllable manner, for which purpose it has electrical connections, and - the functional element being configured for a direct transfer of heat from the functional element into the medium (2, 8, 15), characterized in that the functional element consists essentially of a carbon fibre-reinforced plastic material.
A down-fill pillow comprising a fabric pouch in which is captively retained in close fit therein one or more down feather sheet of predetermined density and substantially constant thickness and wherein down feathers are bound together throughout by a binding agent wherein said down feather sheet is a mat of down feathers sandwiched and bonded between a top and bottom elastomeric sheet formed from an elastic adhesive stretchable fabric, said down feather sheet having a memory exhibiting rebounding properties, and a shaped core body in said fabric pouch, said shaped core body being fabricated of flexible foam material having a shape restoring memory, said down feather sheet being disposed in said pouch to encapsulate said shaped core body. therein one or more down feather sheet of predetermined density and substantially constant thickness and wherein down feathers are bound together throughout by a binding agent wherein said down feather sheet is a mat of down feathers sandwiched and bonded between a top and bottom elastomeric sheet formed from an elastic adhesive stretchable fabric, said down feather sheet having a memory exhibiting rebounding properties, and a shaped core body in said fabric pouch, said shaped core body being fabricated of flexible foam material having a shape restoring memory, said down feather sheet being disposed in said pouch to encapsulate said shaped core body.
A method performed by a loop optimizer within a processor, the method comprising: detecting a code loop that includes a plurality of instructions including one or more zero-optimizable instructions which are instructions for which the result is either unnecessary or can be generated more efficiently if at least one input operand of the instructions has a zero value; generating, for a first condition being that a first input data for a first operand of a zero-optimizable instruction of the plurality of instructions has a value of zero and is a standalone zero value which is not the first word stored in a cache line of zero values, a first optimized version of the code loop; generating, for a second condition being that the first input data for the first operand of the zero-optimizable instruction has a value of zero and is stored as a first word in a cache line of only zero values, a second optimized version of the code loop; and storing to a cache the first and second optimized versions of the code loop (412, 414) and indications of conditions under which the first optimized version of the code loop or the second optimized version of the code loop can be safely executed in place of at least one iteration of the code loop. detecting a code loop that includes a plurality of instructions including one or more zero-optimizable instructions which are instructions for which the result is either unnecessary or can be generated more efficiently if at least one input operand of the instructions has a zero value; generating, for a first condition being that a first input data for a first operand of a zero-optimizable instruction of the plurality of instructions has a value of zero and is a standalone zero value which is not the first word stored in a cache line of zero values, a first optimized version of the code loop; generating, for a second condition being that the first input data for the first operand of the zero-optimizable instruction has a value of zero and is stored as a first word in a cache line of only zero values, a second optimized version of the code loop; and storing to a cache the first and second optimized versions of the code loop (412, 414) and indications of conditions under which the first optimized version of the code loop or the second optimized version of the code loop can be safely executed in place of at least one iteration of the code loop.
A use of a non-woven fabric as a cushion member, wherein the cushion member comprises the non-woven fabric, the non-woven fabric is formed by binding or entangling metal fibers, when the cushion member is compressed, the cushion member undergoes compressive deformation and the following compressive deformation ratio is 5% to 80%: Compressive deformation ratio = T 0 − T 1 / T 0 × 100, T0: film thickness of cushion member before application of load, and T1: film thickness of cushion member after applying a load of 1 MPa and immediately releasing it, the following space factor of the cushion member is 4 to 20%: Space factor % of cushion member = true density of thickness / material of basis weight / cushion member × 100, an average fiber length of the metal fibers is 500 μm to 10 mm, and the diameter of the metal fibers is in a range of 1 μm to 50 μm. the cushion member comprises the non-woven fabric, the non-woven fabric is formed by binding or entangling metal fibers, when the cushion member is compressed, the cushion member undergoes compressive deformation and the following compressive deformation ratio is 5% to 80%: Compressive deformation ratio = T 0 − T 1 / T 0 × 100, T0: film thickness of cushion member before application of load, and T1: film thickness of cushion member after applying a load of 1 MPa and immediately releasing it, the following space factor of the cushion member is 4 to 20%: Space factor % of cushion member = true density of thickness / material of basis weight / cushion member × 100, an average fiber length of the metal fibers is 500 μm to 10 mm, and the diameter of the metal fibers is in a range of 1 μm to 50 μm.
Power electronic converter comprising a plurality of converter cells; wherein each converter cell comprises: an inductive power transfer stage, the inductive power transfer stage comprising a coupled inductor coupling a first side of the converter cell to a second side of the converter cell, wherein the coupled inductor comprises a first winding around a first magnetic core, the first winding being connected to the first side of the converter cell, and a second winding around a second magnetic core, the second winding being connected to the second side of the converter cell; wherein the first winding and the first magnetic core are separated from the second winding and second magnetic core by a flat electric insulation layer that provides electric insulation between the first and the second side of the converter cell; wherein at least two coupled inductors of the plurality of converter cells are arranged in such a way that their insulation layers form a single contiguous insulation layer; characterised in that the coupled inductors of the plurality of converter cells are arranged side-by-side within a plane of the insulation layer to form a matrix (510, 520) of converter cells, wherein the converter cells are connected according to a zigzag or meandering connection scheme. an inductive power transfer stage, the inductive power transfer stage comprising a coupled inductor coupling a first side of the converter cell to a second side of the converter cell, wherein the coupled inductor comprises a first winding around a first magnetic core, the first winding being connected to the first side of the converter cell, and a second winding around a second magnetic core, the second winding being connected to the second side of the converter cell; wherein the first winding and the first magnetic core are separated from the second winding and second magnetic core by a flat electric insulation layer that provides electric insulation between the first and the second side of the converter cell; wherein at least two coupled inductors of the plurality of converter cells are arranged in such a way that their insulation layers form a single contiguous insulation layer; characterised in that the coupled inductors of the plurality of converter cells are arranged side-by-side within a plane of the insulation layer to form a matrix (510, 520) of converter cells, wherein the converter cells are connected according to a zigzag or meandering connection scheme.
A solution comprising a composition for use in fabricating opto-electrical devices in an organic solvent, the solution comprising a solution processable triazine host material and a phosphorescent moiety, wherein the triazine host material is an aryl triazine with at least one aryl group having at least one solubilizing substituent bonded thereto, the triazine host material having a solubility of above 8 mg ml -1 in the organic solvent, and wherein the triazine host material has a lower HOMO level than a HOMO level of the phosphorescent moiety.
An agricultural harvesting machine for harvesting plants, in particular grain, comprising - at least one cutting means for cutting plants, - at least one conveying means for conveying the cut plants in the direction of a processing means, as well as - at least one processing means for processing the cut plants, wherein the conveying means comprises at least one inclined conveyor which is equipped with an intake channel through which cut plants can be conveyed, wherein the intake channel has a plurality of side walls which circumferentially surround a conveying chamber of the intake channel so that cut plants can be conveyed through the conveying chamber from an open front end face of the intake channel to an open rear end face of the intake channel which is opposite the front end face, wherein at least one side wall of the intake channel has at least one reinforcing structure in the region of which a wall thickness of the respective side wall is increased compared with regions outside the reinforcing structure, characterized in that a profile of the reinforcing structure is based on a result of a topology optimization, wherein at least one lower bottom wall of the intake channel formed by one of the side walls has at least one reinforcing structure, wherein at least one reinforcing structure is formed in the shape of a fully enclosed ring structure in a central region of the bottom wall. - at least one cutting means for cutting plants, - at least one conveying means for conveying the cut plants in the direction of a processing means, as well as - at least one processing means for processing the cut plants, wherein the conveying means comprises at least one inclined conveyor which is equipped with an intake channel through which cut plants can be conveyed, wherein the intake channel has a plurality of side walls which circumferentially surround a conveying chamber of the intake channel so that cut plants can be conveyed through the conveying chamber from an open front end face of the intake channel to an open rear end face of the intake channel which is opposite the front end face, wherein at least one side wall of the intake channel has at least one reinforcing structure in the region of which a wall thickness of the respective side wall is increased compared with regions outside the reinforcing structure, characterized in that a profile of the reinforcing structure is based on a result of a topology optimization, wherein at least one lower bottom wall of the intake channel formed by one of the side walls has at least one reinforcing structure, wherein at least one reinforcing structure is formed in the shape of a fully enclosed ring structure in a central region of the bottom wall.
A method for operating a lift system, wherein a state of the lift system is detected automatically by means of at least one sensor assigned to the lift system and a sensor signal that can be received therefrom, wherein an activation signal is generated automatically as a function of the respectively detected state, wherein a remote signalling element is activated automatically by means of the activation signal, wherein an activated remote signalling element can only be deactivated by means of a control action and wherein such a control action, which deactivates the remote signalling element, is logged automatically, wherein in the event of the generation of the activation signal an alarm signal is generated automatically as a function of different criteria in accordance with a forwarding logic, which is realized as a functionality of a lift control device intended for controlling the lift system, and wherein the generated alarm signal is transmitted in the form of an electronic message via a mobile telephony network to a mobile telephone of a service technician.
A spherical plain bearing, comprising: a flexible ball (212, 213) having a bore extending at least part way therethrough; and an outer race having an inner engagement surface contoured to a shape complementary to an outer surface (224, 225) of the flexible ball (212, 213); the flexible ball (212, 213) being positioned within the outer race and slidably and rotatably engaged with the inner engagement surface; and wherein upon sliding and rotating motion of the flexible ball (212, 213) relative to the inner engagement surface of the outer race, a diameter of the flexible ball (212, 213) is variable and a substantially constant torque can be maintained in the spherical plain bearing, characterized in that the spherical plain bearing further comprises: a shaft positioned in the bore and comprising a flared protrusion extending from a portion of the shaft intermediate ends of the shaft, the flared protrusion being substantially hemi-spherical in shape and having a receiving face located thereon; and a spring washer located on the shaft and against the receiving face; wherein a portion of the flexible ball (212, 213) is substantially hemi-spherical in shape and has a spherical outer surface and a bore extending therethrough, the portion of the flexible ball (212, 213) being located on the shaft and against the spring washer such that the flared protrusion and the substantially hemi-spherical portion of the flexible ball (212, 213) substantially define the flexible ball (212, 213). a flexible ball (212, 213) having a bore extending at least part way therethrough; and an outer race having an inner engagement surface contoured to a shape complementary to an outer surface (224, 225) of the flexible ball (212, 213); the flexible ball (212, 213) being positioned within the outer race and slidably and rotatably engaged with the inner engagement surface; and wherein upon sliding and rotating motion of the flexible ball (212, 213) relative to the inner engagement surface of the outer race, a diameter of the flexible ball (212, 213) is variable and a substantially constant torque can be maintained in the spherical plain bearing, characterized in that the spherical plain bearing further comprises: a shaft positioned in the bore and comprising a flared protrusion extending from a portion of the shaft intermediate ends of the shaft, the flared protrusion being substantially hemi-spherical in shape and having a receiving face located thereon; and a spring washer located on the shaft and against the receiving face; wherein a portion of the flexible ball (212, 213) is substantially hemi-spherical in shape and has a spherical outer surface and a bore extending therethrough, the portion of the flexible ball (212, 213) being located on the shaft and against the spring washer such that the flared protrusion and the substantially hemi-spherical portion of the flexible ball (212, 213) substantially define the flexible ball (212, 213).