mhurhangee/ep-ind-claims huggingface dataset:
Cooking appliance comprising at least one cooking chamber and comprising at least one steam generation device associated with the cooking chamber, it being possible to heat the cooking chamber by means of the steam generation device, the steam generation device comprising at least one heating device and at least one tube means that has at least one water supply and at least one steam outlet, the steam outlet of the tube means being operatively connected to at least one steam inlet of the cooking chamber, at least one inlet in the form of a water supply and at least one outlet in the form of a steam outlet and at least one evaporation path that is provided therebetween and has at least one evaporation chamber being provided in the steam generation device, the steam generation device being provided outside the cooking chamber and being configured and arranged such that the heating device of the steam generation device for generating steam are operatively connected, at least in portions, to at least one first evaporation surface of the tube means of the steam generation device and to at least one portion of the cooking chamber floor, and therefore at least portions of the cooking chamber floor can be used as a second evaporation surface inside the cooking chamber, and the steam generation device comprising at least one cover means, the evaporation path being accommodated on the cover means in a substantially spiral manner, characterised in that at least one connecting portion is provided which comprises at least one heat-transfer portion that is connected, at least in portions, for heat transfer, to the heating device and provides at least one first evaporation surface of the evaporation chamber, and in that the heat-transfer portion and/or the heating device are/is connected, at least in portions, for heat transfer, to the cover means and thus provide(s) the second evaporation surface on the cover means.
An attachment system for use between a heat generating electronic device having a die placed thereon and a heat sink, said system comprising; a thermally conductive slug having a plurality of edges; and a plurality of discrete strips, each of said strips having: a proximal end attached to one of said edges of said thermally conductive slug, a distal end which is rigid for attachment to said heat sink, a flexible portion between said distal end and said thermally conductive slug, wherein said strips each comprise two of more discrete layers or strands (81, 82, 83, 84) that create a braid, characterized by: a thermally conductive frame attached to the distal edge portions of said strips, said frame having a plurality of sides corresponding to the same number of strips, each of said distal edges of said strips attaching to a side of the frame. a proximal end attached to one of said edges of said thermally conductive slug, a distal end which is rigid for attachment to said heat sink, a flexible portion between said distal end and said thermally conductive slug, wherein said strips each comprise two of more discrete layers or strands (81, 82, 83, 84) that create a braid,
A lamp comprising a lamp outlet plate made up of an at least partially translucent material, a number of LED lighting means, which emit their light into the light outlet plate, these LED lighting means in each case being arranged in a depression of the light outlet plate, comprising further contact means for contacting the LED lighting means and also means for supplying power to the LED lighting means, the LED lighting means being accommodated in a completely recessed manner in only one light outlet plate, in depressions of this light outlet plate assigned to the LED lighting means, the height of the LED lighting means being smaller than the depth of the depressions or at most corresponding to the depth of the depressions, the height of the LED lighting means furthermore being smaller than the plate thickness of the light outlet plate and the LED lighting means being contacted by means of contact means applied onto the rear side of the one light outlet plate, in which the LED lighting means are arranged in a recessed manner, the LED lighting means radiating their light exclusively into the one light outlet plate, in which they are arranged in a recessed manner in depressions, specifically both laterally towards all sides and also forwards in the plate penetration direction, the LED lighting means being arranged in a recessed manner in the depressions of the light outlet plate in such a manner that the anode arranged on the rear side of the LED lighting means and the cathode of the LED lighting means lie approximately in a plane with the surface surrounding the LED lighting means on the rear side of the one light outlet plate, characterized in that the contact means comprise contact blocks or contact plates made from metal, ceramic, glass or combinations of these materials, which in each case produce an electrical connection between one electrode (anode or cathode) of the LED lighting means in each case and one conductor track printed onto the light outlet plate, wherein heat dissipation also takes place by means of the contact blocks.
A well tool (100; 110; 198; 200; 300) for applying a pulling or a pushing force to an object in an interior of a well bore, comprising: a) an inner elongated member(50; 66; 150; 166; 169; 250; 266; 366); b) an outer elongated member (64; 164; 364); c) a sealed interior (65; 67; 165A; 165B; 167A; 167B) defined between the inner elongated member and the outer elongated member; and d) an actuator (62; 162; 262) defined at least partially within the sealed interior; wherein the actuator is adapted to reversibly move the outer elongated member longitudinally over the inner elongated member, and wherein the inner elongated member and the outer elongated member are arranged such that a volume of the sealed interior occupied by the inner elongated member remains substantially constant as the inner elongated member and the outer elongated member move relative to each other. a) an inner elongated member(50; 66; 150; 166; 169; 250; 266; 366); b) an outer elongated member (64; 164; 364); c) a sealed interior (65; 67; 165A; 165B; 167A; 167B) defined between the inner elongated member and the outer elongated member; and d) an actuator (62; 162; 262) defined at least partially within the sealed interior;
A tensioning device having at least one basic body and at least one tensioning lever pivotably arranged on the basic body, wherein on the basic body there are arranged at least two cooperating basic body clamping bodies (4, 5) for the releasable clamping in place of a belt on the basic body and on the tensioning lever there is arranged at least one tensioning lever clamping device for the releasable clamping in place of the belt on the tensioning lever and at least one of the basic body clamping bodies is movably, preferably pivotably, mounted on the basic body, characterised in that the basic body clamping body movably mounted on the basic body has at least one opening nose, wherein in a clamping position of the basic body clamping bodies (4, 5), the opening nose is, for deflection of the belt about the opening nose, arranged in an intermediate space between a belt contact surface of the other basic body clamping body and a belt contact surface of the tensioning lever clamping device.
A vehicle comprising: - an optically transmissive roof window arranged in a roof of the vehicle; - an overhead console arranged in an overhead position with respect to a driver position in the vehicle, wherein the overhead console is attached to a vehicle interior in a frontal location in the vehicle with respect to the roof window, wherein a rear portion of the overhead console extends under the roof window such that a vertical gap is formed between the roof window and an upper surface of the rear portion, the upper surface facing the roof window, - an optical element attached to the rear portion of the overhead console, the optical element facing the roof window, - a light source arranged in the rear portion of the overhead console for emitting light receivable by the optical element, wherein said light source is configured to emit light when an electric system of the vehicle is powered on, wherein the optical element is arranged to receive at least a portion of the light emitted by the light source such that the optical element is illuminated by the emitted light which causes an optical signal to be emitted from the optical element towards the roof window, characterized in that an image produced by the optical signal and resembling a shape of the optical element is visualized in the roof window from the interior of the vehicle and, wherein the image is indicative of a state of the vehicle. - an optically transmissive roof window arranged in a roof of the vehicle; - an overhead console arranged in an overhead position with respect to a driver position in the vehicle, wherein the overhead console is attached to a vehicle interior in a frontal location in the vehicle with respect to the roof window, wherein a rear portion of the overhead console extends under the roof window such that a vertical gap is formed between the roof window and an upper surface of the rear portion, the upper surface facing the roof window, - an optical element attached to the rear portion of the overhead console, the optical element facing the roof window, - a light source arranged in the rear portion of the overhead console for emitting light receivable by the optical element, wherein said light source is configured to emit light when an electric system of the vehicle is powered on,
A process for preparing alkanolamines and/or ethyleneamines in the liquid phase, by reacting ethylene glycol and/or monoethanolamine with ammonia in the presence of an amination catalyst comprising Co, Ru and Sn, wherein the catalyst precursor is reductively calcined.
A method of killing a larva of a sessile invertebrate in a settlement stage in water, comprising the step of: irradiating light to the larva in the settlement stage, characterized in that the light comprises the wavelength range between 409 and 412 nm and comprises the spectrum of a part of the wavelength range between 400 and 440 nm and wherein an LED emitter, a mercury lamp, or a fluorescent tube is utilized for irradiation of the light, wherein the light irradiated to the larva in the settlement stage has a spectral irradiance of 89.6946 μWcm -2 nm -1 or higher in the wavelength range between 409 nm and 412 nm and wherein the light is irradiated for 3 hours or more.
Assembling system comprising: • an apparatus configured for assembling chip devices on at least one wire (8a, 8b), • chip devices designed to be assembled on the at least one wire (8a, 8b) by said apparatus, each chip device comprising two substantially parallel lateral walls, and wherein each chip device comprises one groove in at least one of the lateral walls designed for receiving said at least one wire (8a, 8b), the assembling system being characterized in that said apparatus comprises: • a pinching device (14a, 14b) comprising two opposing surfaces (16a, 16b), the distance between the opposing surfaces (16a, 16b) being substantially constant and substantially equal to the distance between the two lateral walls of one of the chip devices, the opposing surfaces being configured to force the at least one wire (8a, 8b) into the groove; • a wire feeder adapted to continuously feed said at least one wire (8a, 8b) in contact with one of the opposing surfaces (16a, 16b) of the pinching device (14a, 14b); and • a chip device feeder (20, 28) adapted to drive chip devices, one at a time, between said opposing surfaces (16a, 16b), with the groove turned towards the at least one wire (8a, 8b). • an apparatus configured for assembling chip devices on at least one wire (8a, 8b), • chip devices designed to be assembled on the at least one wire (8a, 8b) by said apparatus, each chip device comprising two substantially parallel lateral walls, • a pinching device (14a, 14b) comprising two opposing surfaces (16a, 16b), the distance between the opposing surfaces (16a, 16b) being substantially constant and substantially equal to the distance between the two lateral walls of one of the chip devices, the opposing surfaces being configured to force the at least one wire (8a, 8b) into the groove; • a wire feeder adapted to continuously feed said at least one wire (8a, 8b) in contact with one of the opposing surfaces (16a, 16b) of the pinching device (14a, 14b); and • a chip device feeder (20, 28) adapted to drive chip devices, one at a time, between said opposing surfaces (16a, 16b), with the groove turned towards the at least one wire (8a, 8b).
A shape memory actuator comprising: a monolithic shape memory alloy wire; a shape memory effect section of the monolithic shape memory alloy wire, configured for actuation; a pseudo-elastic section of the monolithic shape memory alloy wire, configured as a sensor for enabling position sensing; and a control system configured to control the actuator by controlling a current through at least the SME section based on the sensor results of the PE section, wherein the sensor results include an estimated position of the actuator based on a first resistance of the SME section and a second resistance of the PE section; wherein the PE section is configured with transformation temperatures lower than an intended operating temperature of the SME section allowing the PE section to exhibit pseudo-elastic properties. a monolithic shape memory alloy wire; a shape memory effect section of the monolithic shape memory alloy wire, configured for actuation; a pseudo-elastic section of the monolithic shape memory alloy wire, configured as a sensor for enabling position sensing; and a control system configured to control the actuator by controlling a current through at least the SME section based on the sensor results of the PE section, wherein the sensor results include an estimated position of the actuator based on a first resistance of the SME section and a second resistance of the PE section; wherein the PE section is configured with transformation temperatures lower than an intended operating temperature of the SME section allowing the PE section to exhibit pseudo-elastic properties.
A composition for use in treating or ameliorating acne comprising periodically applying to such disease affected tissue the composition comprising an effective amount of an appropriate composition of herbal bioactive comprising actives of one or more of Sambucus nigra, Centella asiatica or Echinacea purpurea, and an effective amount of a quaternary ammonium surfactant.
A filter material, in particular for hydraulic installations, that has a filter mat preferably consisting of a number of layers of a filter medium and which is provided with a succession of pleat-like folds (5, 7), wherein, in order to secure the fold geometry against deformation, at least one stabilising means which acts on portions of the filter mat is provided, the filter mat having as stabilising means at least one further folded layer of a reinforcing supporting material, the respective layer of supporting material being in the form of at least one flat strip, characterised in that the width of the strip or of the plurality of strips taken together is smaller than a quarter of the width of the filter mat in the longitudinal direction of the folds.
A synthetic clinoptilolite comprising strontium ions at ion exchange sites thereof, wherein the synthetic clinoptilolite has a pore volume, pv, of 0.5 mL/g or more for pores having pore diameters, pd, of 3 nm ≤ pd ≤ 10,000 nm.
Apparatus for monitoring activation in a heart, the apparatus comprising a probe, a plurality of electrodes supported on the probe and extending over a detection area of the probe, the detection area being arranged to contact a detection region of the heart, wherein each of the electrodes is arranged to detect electrical potential at a respective position in the heart during movement of a series of activation wavefronts across the detection region, processing means arranged to analyse the detected electrical potentials to identify a plurality of wavefronts, and display means, wherein the processing means is further arranged, for each of the wavefronts, to define a series of update intervals over a transition period during which the wavefront crosses the detection region, and for each of the update intervals to determine a propagation direction, wherein the processing means is arranged to control the display means to generate and display an image indicative of the directions.
Microbial test standard for use in infrared spectrometry which has at least two resealable vessels which are liquid-tight when closed, each of which contains a predefined amount of dried biomass of a microorganism, where the microorganisms in the different vessels differ in at least one characteristic and the difference manifests itself in a predefined intermicrobial spectral distance, characterized in that the dried biomass is sterilized.
A backrest for a vehicle for the public transport of passengers, said backrest comprising a fastening element configured to be directly fixed to a wall of said vehicle and a support element supported by said fastening element, wherein said fastening element is a profiled element manufactured as one single piece, and said support element comprises an outer layer which covers a deformable core, characterised in that said fastening element and said support element comprise respective upper portions (11a, 12a) and lower portions (11b, 12b) each configured to interact with one another to define reversible couplings of said support element on said fastening element, wherein at least one of said upper portions (11a, 12a) and said lower portions (11b, 12b) are coupled by means of a mechanical coupling, said mechanical coupling being a threaded coupling.
Secateurs (1; 100) for removing buds of tree shoots, comprising a grip portion (2; 200) and a cut portion (3; 300) both arranged along a longitudinal axis (X-X; A-A) and connected to each other through a joint (4; 400), said joint having a rotation axis (Y-Y; B-B) orthogonal to said longitudinal axis (X-X; A-A), wherein the cut portion (3; 300) comprises two blades (30; 330) extending along said longitudinal axis (X-X; A-A) in a substantially symmetrical way from said joint (4; 400) in order to form a first face (31; 331) opposite to a second face (32; 332), wherein said two blades (30; 300) have at least a concavity (33; 333) on said first face (31; 331) lying onto the plane of the longitudinal axis (X-X; A-A), i.e. orthogonally to the rotation axis (Y-Y; B-B) of the joint (4; 400) and a convexity (34,334) onto said second face (32; 332) of the blades, characterised in that said concavity has a curvature radius along the longitudinal axis (X-X; A-A) in correspondence of its cutting edge between 30 mm and 70 mm, and said convexity has a curvature radius transversal to said longitudinal axis (X-X; A-A) between 40 mm and 60 mm.
A battery pack comprising: a plurality of batteries that can be charged; and battery holders that dispose the batteries in multiple rows and columns and in parallel orientation, wherein the battery holders are provided with insertion sections separated by dividing walls where the batteries are inserted and disposed in fixed positions; and each battery contacts the dividing walls and thermally couples with the dividing walls to transfer and dissipate heat generated by the batteries to the battery holders, wherein the batteries are circular cylindrical batteries, and the battery holder insertion sections are circular cylinders conforming to the battery surfaces, characterized in that each of the battery holder dividing walls between adjacent rows has a thin part, the thin part becoming gradually thicker from the periphery row towards the center row of batteries disposed in multiple rows, making the heat capacity of the dividing walls thermally coupled with the batteries disposed in center regions of the battery holders greater than the heat capacity of the dividing walls thermally coupled with the batteries disposed in periphery regions of the battery holders. a plurality of batteries that can be charged; and battery holders that dispose the batteries in multiple rows and columns and in parallel orientation,
A cable test stand for testing a test cable to establish service life, replacement age, allowed number of flex cycles, and/or winding behavior comprising a deflection system comprising at least one deflector roll (11, 12; 18, 19) to deflect the test cable, a test cable drive to wind and unwind the test cable via the deflection system, and one test load to load the test cable, an additional cable drive for the purpose of winding and unwinding a safety cable and/or the test cable, and a control device for controlling the additional cable drive and/or the test cable drive in a manner adjusted to each other such that the load of the test cable can be adjusted differently for different test cable segments and/or different winding directions and/or different winding cycles and/or different phases of a winding cycle.
Conductor connection terminal for connecting an electrical conductor by means of spring-loaded clamping, the conductor connection terminal being configured to be plugged onto a busbar, the conductor connection terminal having at least one spring-loaded clamping connection with a clamping spring for clamping the electrical conductor, a housing which at least partially surrounds the spring-loaded clamping connection and has a conductor insertion opening and a pivotably mounted actuating lever which is configured to actuate at least part of the clamping spring, a receiving space for receiving at least a section of the busbar being provided in the housing, onto which the conductor connection terminal can be plugged, characterized in that at least one region of the actuating lever adjoins the receiving space of the busbar or projects into the receiving space of the busbar, the actuating lever being positioned in such a way that at least a part of the actuating lever can be supported at least during a pivoting movement of the actuating lever on the busbar received in the receiving space, so that the actuating lever can slide at least partially along the surface of the busbar during the pivoting movement.
A sheet-like material producing method comprising adding a polyurethane liquid containing a foaming agent and a thermosensitive coagulant to a fibrous base, wherein said polyurethane liquid is a water-dispersed and hydrophilic group-containing polyurethane liquid, the 100% modulus of a dry film formed from the polyurethane constituting said polyurethane liquid measured in accordance with Method A (Strip Method) described in "Tensile Test Machine" JIS-L1096-8.12.1 being 3 - 8 MPa, wherein the hydrophilic group include quaternary amine salt, sulfonate, carboxylate, or polyethylene glycol, wherein said polyurethane liquid has thermosensitive coagulability, and wherein the foaming temperature of said foaming agent is higher than the thermosensitive coagulation temperature of said polyurethane liquid.
A powder coating leveling agent comprising (a) at least one polypropylene oxide-containing polyether having a weight-average molecular weight of more than 1000 g/mol and a polypropylene oxide fraction of more than 75% by weight, and (b) at least one poly(meth)acrylate. (a) at least one polypropylene oxide-containing polyether having a weight-average molecular weight of more than 1000 g/mol and a polypropylene oxide fraction of more than 75% by weight, and (b) at least one poly(meth)acrylate.