mhurhangee/ep-ind-claims huggingface dataset:
Product container for the self-service removal of bread or similar baked products, wherein particular products (2, 2', 2") can be gripped by means of an auxiliary tool that engages in a storage space and moved atop a base part towards a removal opening where they can be removed by customers in the region of a closing assembly that comprises a door or the like, wherein at least one hygiene shield (H, H', H") that prevents removed products (2', 2") from being put back is provided in the removal region of the storage space, wherein the storage space comprises a return barrier (8, 8', 8") as the hygiene shield (H, H', H"), wherein the return barrier (8, 8', 8") provided as the hygiene shield (H, H', H") can be moved into a release position (A, P, A') by means of particular products (2', 2", 2"') that are gripped by the auxiliary tool for individual removal, and then moved back into a blocking position (D, F), wherein the return barrier (8, 8', 8") can be moved from the release position into the blocking position largely automatically, wherein the return barrier (8, 8', 8") is provided with an energy accumulator that moves said barrier into the blocking position, wherein the return barrier (8, 8', 8") interacts with at least one counterweight (G, G', G") that moves said barrier into the blocking position under the effect of gravity, and wherein the base part that extends substantially horizontally in the storage space comprises, in the frontal dispensing region thereof, a sloping delivery surface that extends towards the removal opening in front of the return barrier.
A baby stroller frame comprising: - a front leg rod, - a front wheel connected to a lower end of the front leg rod, - a rear leg rod, - a rear wheel connected to a lower end of the rear leg rod, - a handle set comprising a rear link rod, the rear link rod being rotatably connected to the rear leg rod at a position close to a lower end of the rear link rod, the handle set further comprising a U-shaped push rod, - a front support rod comprising a first link rod and a second link rod slidably connected to the first link rod, the first link rod being rotatably connected to the upper end of the rear leg rod or to the upper end of the front leg rod, the second link rod being rotatably connected to the rear link rod, - a seat rod having one end rotatably connected to the rear link rod and one other end rotatably connected to a middle portion of the front leg rod, characterized in that an upper end of the front leg rod is rotatably connected with an upper end of the rear leg rod, and the U-shaped push rod is rotatably provided on the upper end of the rear link rod. - a front leg rod, - a front wheel connected to a lower end of the front leg rod, - a rear leg rod, - a rear wheel connected to a lower end of the rear leg rod, - a handle set comprising a rear link rod, the rear link rod being rotatably connected to the rear leg rod at a position close to a lower end of the rear link rod, the handle set further comprising a U-shaped push rod, - a front support rod comprising a first link rod and a second link rod slidably connected to the first link rod, the first link rod being rotatably connected to the upper end of the rear leg rod or to the upper end of the front leg rod, the second link rod being rotatably connected to the rear link rod, - a seat rod having one end rotatably connected to the rear link rod and one other end rotatably connected to a middle portion of the front leg rod, characterized in that an upper end of the front leg rod is rotatably connected with an upper end of the rear leg rod, and the U-shaped push rod is rotatably provided on the upper end of the rear link rod.
An electro-magnetic coil assembly mounted in a clutch assembly that includes a roll cage, the electromagnetic coil assembly comprising a coil mounted within an annular coil housing and a flexible armature plate free to rotate with respect to the coil, the coil assembly is adapted, when energized, to generate an electromagnetic field between the coil and the armature plate for attracting the armature plate to the coil assembly, wherein the flexible armature plate comprises: a ferromagnetic annular plate with an outer edge (10 O) and an inner edge (10 I), the outer edge being spaced apart from the inner edge and defining a plate width therebetween, the outer edge defining an outer periphery, the inner edge defining an inner periphery; a plurality of tangs formed on and spaced about the inner periphery or the outer periphery, the tangs extending away from the annular plate, the tangs engaged with the roll cage such that the armature plate rotates with the roll cage when the coil assembly is not energized; a plurality of inner notches formed on and spaced about the inner periphery of the annular plate, at least two of the inner notches located between each set of adjacent tangs and extending radially outward from the inner edge toward the outer edge; and a plurality of outer notches formed on and spaced about the outer periphery of the annular plate, at least one of the outer notches located between each set of adjacent tangs and extending radially inward from the outer edge toward the inner edge, characterised in that the notches (24, 26) create flexure points in the armature plate that permit the armature plate to flex so as to lie substantially flat against the face of the coil and remove air gaps when the coil is activated. a ferromagnetic annular plate with an outer edge (10 O) and an inner edge (10 I), the outer edge being spaced apart from the inner edge and defining a plate width therebetween, the outer edge defining an outer periphery, the inner edge defining an inner periphery; a plurality of tangs formed on and spaced about the inner periphery or the outer periphery, the tangs extending away from the annular plate, the tangs engaged with the roll cage such that the armature plate rotates with the roll cage when the coil assembly is not energized; a plurality of inner notches formed on and spaced about the inner periphery of the annular plate, at least two of the inner notches located between each set of adjacent tangs and extending radially outward from the inner edge toward the outer edge; and a plurality of outer notches formed on and spaced about the outer periphery of the annular plate, at least one of the outer notches located between each set of adjacent tangs and extending radially inward from the outer edge toward the inner edge, characterised in that the notches (24, 26) create flexure points in the armature plate that permit the armature plate to flex so as to lie substantially flat against the face of the coil and remove air gaps when the coil is activated.
A method for production of three-dimensional bodies by successive fusing together of selected areas of a powder bed, which areas correspond to successive cross sections of the three-dimensional body, which method comprises the following method steps: application of powder layers to a work table, supplying energy from a radiation gun according to an operating scheme determined for the powder layer to said selected area within the powder layer, fusing together that area of the powder layer selected according to said operating scheme for forming a cross section of said three-dimensional body, a three-dimensional body being formed by successive fusing together of successively formed cross sections from successively applied powder layers, characterized in that an energy balance is calculated for said selected area, where it is assumed that the temperature in an X and Y direction is constant, that the temperature in the z direction varies with jLt where j is the layer number and Lt is the layer thickness, and that the temperature distribution during fusion is stationary, it being determined in the calculation whether energy radiated into the selected area from the surroundings of the selected area is sufficient to maintain a defined working temperature of the selected area, and in addition to energy from the radiation gun for fusing together the selected area, energy for heating the selected area is supplied if the result of the energy balance calculation is that sufficient energy for maintaining said defined working temperature of the selected area is not present, said defined working temperature of the selected area then being achieved. application of powder layers to a work table, supplying energy from a radiation gun according to an operating scheme determined for the powder layer to said selected area within the powder layer, fusing together that area of the powder layer selected according to said operating scheme for forming a cross section of said three-dimensional body, a three-dimensional body being formed by successive fusing together of successively formed cross sections from successively applied powder layers, characterized in that an energy balance is calculated for said selected area, where it is assumed that the temperature in an X and Y direction is constant, that the temperature in the z direction varies with jLt where j is the layer number and Lt is the layer thickness, and that the temperature distribution during fusion is stationary, it being determined in the calculation whether energy radiated into the selected area from the surroundings of the selected area is sufficient to maintain a defined working temperature of the selected area, and in addition to energy from the radiation gun for fusing together the selected area, energy for heating the selected area is supplied if the result of the energy balance calculation is that sufficient energy for maintaining said defined working temperature of the selected area is not present, said defined working temperature of the selected area then being achieved.
A heat exchanger (1, 7, 10, 13, 17, 21) comprising at least one heat exchange tube (2, 8, 11, 14, 15, 18, 19, 20, 24) disposed for heat transfer between two fluids of differential temperatures, one fluid flowing through the heat exchange tube and the other fluid flowing over the heat exchange tube and at least one tubular turbulator for heat transfer between the two fluids located in contact with the heat exchange tube along the length of the heat exchange tube, wherein the turbulator comprises a flexible wiry helical structure having a plurality of windings of a thermally conducting material wire arranged along the length thereof, the windings having uniform diameter and being held together at close pitch distance with a thermally conducting springy material holding wire running through the helical structure and characterised in that the turbulator is located over the heat exchanger tube.
A method of transmitting data in a wireless communication system, carried out in a base station, BS, the method comprising: transmitting control information on a physical downlink control channel, PDCCH, in a first subframe; and characterized in transmitting data in at least one second subframe based on the control information. transmitting control information on a physical downlink control channel, PDCCH, in a first subframe; and characterized in transmitting data in at least one second subframe based on the control information.
Method for operating a field device for process instrumentation, wherein the field device comprises an analogue output having an electrical connection, to which a two-wire line for the transmission of an analogue current signal can be connected, characterised in that the field device, during its operation on a two-wire line in an error state in which a low value for the current intensity of the analogue current signal is set by the field device to display the error state, determines the product of a predetermined apparent ohmic resistance and the increase in the current intensity of the analogue current signal needed for a state transition to normal operation, forms the difference between a value, currently determined in the error state, of the voltage (Vk) present at the terminals (6, 7) of the electrical connection and the determined product, and prior to a state transition to normal operation checks whether the difference formed exceeds a predetermined minimum terminal voltage.
A cutting tool comprising a base having an upper surface for placing a workpiece thereon, and a tool unit vertically movably supported on the base and comprising a rotary circular cutter for cutting the workpiece and a cover configured to cover a part of the cutter, a chip guard disposed between the base and the cover and configured to receive chips of the workpiece produced at a cut portion of the cutter and blown in a rearward direction from the cut portion, wherein the chip guard comprises a first chip guard mounted to the base and a second chip guard mounted to the cover, the cutter is designed for cutting a metal workpiece and the chips of the workpiece received by the chip guard are fine metal chips and sparks, the chip guard extends along an entire vertical length of a space formed between the cover and the upper surface of the base, the second chip guard is inclined downward in the rearward direction throughout the vertically movable range of the tool unit, the chip guard guides the chips downwardly toward the upper surface of the base such that the chips are accumulated on the upper surface, and the first chip guard and the second chip guard at least partly overlap with each other along the vertical direction throughout the vertically movable range of the tool unit.
Motor vehicle exhaust gas recirculation valve, comprising a valve body with a housing (34; 15) to accommodate a component of the valve, the component preferably of substantially tubular shape, the bottom of the housing (34; 15) having at least two ribs (40, 42), in contact with the component of the valve.
A method of driving an inkjet head having a nozzle that discharges ink and a pressure generator that, in response to application of drive signals (A, B), provides pressure changes for ink in a pressure chamber that communicates with the nozzle to cause the ink to be discharged from the nozzle, a plurality of droplets of the ink discharged from the nozzle in response to application of a series of the drive signals (A, B) being caused to hit a recording medium to form a single pixel, the method comprising: applying the series of the drive signals (A, B) to the pressure generator, the series of the drive signals (A, B) including a first one of the drive signals that has a first voltage amplitude and a second one of the drive signals that has a second voltage amplitude larger than the first voltage amplitude, wherein a last drive signal in the series of the drive signals (A, B) is the second one of the drive signals, characterized in that the first voltage amplitude and the second voltage amplitude are determined such that a ratio Va/Vb has a value corresponding to a specific gravity of the ink to be discharged from the nozzle, where Va indicates the first voltage amplitude, and Vb indicates the second voltage amplitude, and the first voltage amplitude and the second voltage amplitude are determined so as to satisfy 0.75 < Va/Vb < 0.86 in a case where the specific gravity of the ink to be discharged from the nozzle is more than or equal to 1.0 g/cm 3 and less than or equal to 1.9 g/cm 3. applying the series of the drive signals (A, B) to the pressure generator, the series of the drive signals (A, B) including a first one of the drive signals that has a first voltage amplitude and a second one of the drive signals that has a second voltage amplitude larger than the first voltage amplitude, wherein a last drive signal in the series of the drive signals (A, B) is the second one of the drive signals, characterized in that the first voltage amplitude and the second voltage amplitude are determined such that a ratio Va/Vb has a value corresponding to a specific gravity of the ink to be discharged from the nozzle, where Va indicates the first voltage amplitude, and Vb indicates the second voltage amplitude, and the first voltage amplitude and the second voltage amplitude are determined so as to satisfy 0.75 < Va/Vb < 0.86 in a case where the specific gravity of the ink to be discharged from the nozzle is more than or equal to 1.0 g/cm 3 and less than or equal to 1.9 g/cm 3.
A lid assembly for use with a vaporizer having a mouthpiece, comprising: a lid; and a reservoir configured to hold a concentrate, the reservoir comprising: a first end being configured to couple with the lid; a top end opposite the first end; a first aperture positioned at the top end, the first aperture configured to allow air to exit the reservoir when a user inhales from the mouthpiece; and one or more second apertures positioned at the first end, the one or more second apertures configured to allow air to enter the reservoir when the user inhales from the mouthpiece; wherein the reservoir is configured to be inserted within the vaporizer when the reservoir holds the concentrate material and is coupled to the lid; and wherein the reservoir is configured to be heated by a heating element of the vaporizer, the heating of the reservoir configured to vaporize the concentrate in the reservoir to form an aerosol, the aerosol configured to exit the reservoir through the first aperture when the user inhales from the mouthpiece. a lid; and a reservoir configured to hold a concentrate, the reservoir comprising: a first end being configured to couple with the lid; a top end opposite the first end; a first aperture positioned at the top end, the first aperture configured to allow air to exit the reservoir when a user inhales from the mouthpiece; and one or more second apertures positioned at the first end, the one or more second apertures configured to allow air to enter the reservoir when the user inhales from the mouthpiece; a first end being configured to couple with the lid; a top end opposite the first end; a first aperture positioned at the top end, the first aperture configured to allow air to exit the reservoir when a user inhales from the mouthpiece; and one or more second apertures positioned at the first end, the one or more second apertures configured to allow air to enter the reservoir when the user inhales from the mouthpiece; wherein the reservoir is configured to be inserted within the vaporizer when the reservoir holds the concentrate material and is coupled to the lid; and wherein the reservoir is configured to be heated by a heating element of the vaporizer, the heating of the reservoir configured to vaporize the concentrate in the reservoir to form an aerosol, the aerosol configured to exit the reservoir through the first aperture when the user inhales from the mouthpiece.
A front-end module for a vehicle, with an assembly support, which has a plurality of sections for purposes of accommodating components of the vehicle, and which can be attached to a supporting structure of the vehicle, at least one headlamp support, which is arranged on the assembly support and to which a lighting unit is attached, a cross member unit for a bumper, wherein the cross member unit has an energy absorption element, wherein the cross member unit serves as a crash management system of the vehicle and the energy absorption element serves as a crash box, wherein the headlamp support is arranged on the energy absorption element via a supporting element, characterised in that, the energy absorption element has an accommodating structure in which the supporting element is guided, wherein the supporting element and the accommodating structure are connected to one another in a form fit, wherein the accommodating structure of the energy absorption element is designed as a guide, so that the supporting element, at least during assembly, can be moved in the X-direction in the guide in a direction that is predetermined by the guide, wherein the X-direction is the vehicle longitudinal direction, wherein the accommodating structure is located on the outside of the energy absorption element, on the side of the energy absorption element that is facing towards the headlamp support, wherein the accommodating structure is produced integrally with the energy absorption element, and the accommodating structure has a C-profile.
An adhesive composition, comprising at least the following components a) and b): a) a liquid mixture, including cyanoacrylate monomers and at least one plasticizer, wherein the proportion of the at least one plasticizer in component a) is greater than 10% by weight, based on the total weight of component a), and b) an aqueous liquid, including at least one compound from the group of basic amino acid and gelatin derivative, wherein the gelatin derivative is acylated gelatin. a) a liquid mixture, including cyanoacrylate monomers and at least one plasticizer, wherein the proportion of the at least one plasticizer in component a) is greater than 10% by weight, based on the total weight of component a), and b) an aqueous liquid, including at least one compound from the group of basic amino acid and gelatin derivative, wherein the gelatin derivative is acylated gelatin.
A process for manufacturing a purified aromatic carboxylic acid comprising: generating high-pressure steam from boiler feed water supplied to a boiler; oxidizing a substituted aromatic hydrocarbon in a reaction zone to form a crude aromatic carboxylic acid; heating the crude aromatic carboxylic acid in a heating zone by indirect contact with the high-pressure steam, whereby the high pressure steam is condensed in the heating zone to form a high-pressure condensate; and purifying the heated crude aromatic carboxylic acid to form a purified aromatic carboxylic acid, wherein purification comprises hydrogenation of the heated crude aromatic carboxylic acid; wherein the boiler feed water comprises at least a portion of the high-pressure condensate. generating high-pressure steam from boiler feed water supplied to a boiler; oxidizing a substituted aromatic hydrocarbon in a reaction zone to form a crude aromatic carboxylic acid; heating the crude aromatic carboxylic acid in a heating zone by indirect contact with the high-pressure steam, whereby the high pressure steam is condensed in the heating zone to form a high-pressure condensate; and purifying the heated crude aromatic carboxylic acid to form a purified aromatic carboxylic acid, wherein purification comprises hydrogenation of the heated crude aromatic carboxylic acid; wherein the boiler feed water comprises at least a portion of the high-pressure condensate.
An antenna cover for a vehicle, the cover being intended to cover at least one antenna attached to the vehicle,the cover being made of composite material with a ceramic matrix reinforced by oxide fibres, the cover having an external surface covered with at least one first metal layer except on one or more portions of the cover intended to come facing the antenna or the antennas, characterised in that the cover has an internal surface covered by at least one second metal layer except on the portion or the portions of the cover intended to come facing the antenna or the antennas, the second metal layer being connected to the first metal layer by a metal layer covering a slice of the cover between the external surface and the internal surface.
A diagnostic contrast composition comprising: a carrier fluid; and a non-decaying gas-evolving liquid incorporated in the carrier fluid, wherein the non-decaying gas-evolving liquid has image properties that do not decay over time, and is selected from the group consisting of a perfluorocarbon, a brominated perfluorocarbon, and combinations thereof, and has a vapor pressure sufficient to evolve the perfluorocarbon, the brominated perfluorocarbon, and combinations thereof from a circulatory system into the airspace within the lung of a patient. a carrier fluid; and a non-decaying gas-evolving liquid incorporated in the carrier fluid, wherein the non-decaying gas-evolving liquid has image properties that do not decay over time, and is selected from the group consisting of a perfluorocarbon, a brominated perfluorocarbon, and combinations thereof, and has a vapor pressure sufficient to evolve the perfluorocarbon, the brominated perfluorocarbon, and combinations thereof from a circulatory system into the airspace within the lung of a patient.