mhurhangee/ep-ind-claims huggingface dataset:
A foldable remote-controlled unmanned aircraft comprising at least two motors adapted to fly the aircraft and at least one support structure comprising a plurality of branches, at least one motor being attached to each branch, which aircraft is characterised by the fact that the plurality of branches is a plurality of inflatable branches, the support structure is flexible and inflatable so as to allow folding of said support structure between a storage position and a use position.
Arrangement of electrical conductors, comprising a conductor bundle having at least one individual electrical cable; and at least one cooling line (4, 4a, 4b) through which a cooling fluid is to flow, wherein in order to thermally connect the conductor bundle to the at least one cooling line (4, 4a, 4b), a portion of the at least one cooling line (4, 4a, 4b) and the conductor bundle are embedded in a low melt temperature metal; characterised in that the insulating sheath of the at least one individual cable is embodied as plastic insulation.
A cutting disc comprising a knife for use in a cutting machine, which cutting disc is arranged to cut foodstuffs, or arranged for shredding of foodstuffs, which cutting disc comprises a centrally arranged, penetrating hole and an opening that extends in a radial direction, and where the cutting disc is manufactured from sheet metal, which disc comprises a first bent edge arranged peripherally around the disc and a second bent edge arranged peripherally around the penetrating hole, and where the disc comprises a dike-shaped section (5, 9) with a sloping part that extends radially from the centre of the cutting disc and out to the said first bent edge, and where an attachment means for the attachment of a cutting device that comprises the said knife is arranged along the sloping part, characterised in that the knife is bent along a bend line that runs along the longitudinal direction of the knife, in that the attachment means for the knife is present in a section of the knife on one side of the bend line and in that a cutting edge is present running along the free edge of the knife at a section of the knife on the other side of the bend line, and in that the angle of bend between the sections is such that the section of the knife at which the cutting edge is present is parallel to the plane of the cutting disc when the knife is mounted on the cutting disc.
Device for automating the assembly of at least two parts (10, 20, 30, 40, 50) with a gripping device comprising a plurality of gripping units for gripping the parts (10, 20, 30, 40, 50) at gripping points, with the gripping units being moveable relative to each other and all together, each gripping unit comprising a pair of 2 fingers for gripping one part (10, 20, 30, 40, 50) and an arm for moving said pair of 2 fingers, and the fingers of each pair being moveable, characterized in that the parts (10, 20, 30, 40, 50) are mirror parts of automotive mirrors, are each provided with at least one standard gripping point and comprise an electrical module and a flexible circuit board, a control unit cooperates with the gripping device, wherein the control unit is configured to control the gripping units for gripping the parts (10, 20, 30, 40, 50) at the standard gripping points and assembling the parts (10, 20, 30, 40, 50) by controlling the gripping device and to control each pair of fingers for gripping a branch of a flexible circuit board having a plurality of branches to insert terminals or wire harnesses carried by the branches into electrical modules, and the gripping units are designed to be moved in different directions during the assembling. the gripping units being moveable relative to each other and all together, each gripping unit comprising a pair of 2 fingers for gripping one part (10, 20, 30, 40, 50) and an arm for moving said pair of 2 fingers, and the fingers of each pair being moveable, characterized in that the parts (10, 20, 30, 40, 50) are mirror parts of automotive mirrors, are each provided with at least one standard gripping point and comprise an electrical module and a flexible circuit board, a control unit cooperates with the gripping device, wherein the control unit is configured to control the gripping units for gripping the parts (10, 20, 30, 40, 50) at the standard gripping points and assembling the parts (10, 20, 30, 40, 50) by controlling the gripping device and to control each pair of fingers for gripping a branch of a flexible circuit board having a plurality of branches to insert terminals or wire harnesses carried by the branches into electrical modules, and the gripping units are designed to be moved in different directions during the assembling.
A process for providing packing strength to a product moving on a conveyor prior to film wrapping and heat shrinking the product comprising: moving a product on a conveyor, providing a material that will increase the stacking strength of the product, characterized in that bending the material into a U channel where each side of the channel is at an angle of less than 90 degrees to remainder of the material, separating the sides of the U channel to accommodate the sides of the product, pushing the U channel with the separated sides (12,13) onto the product to provide stacking strength, wrapping with a heat shrink film wrap the product together with the U channel, and heat shrinking the film. moving a product on a conveyor, providing a material that will increase the stacking strength of the product, characterized in that bending the material into a U channel where each side of the channel is at an angle of less than 90 degrees to remainder of the material, separating the sides of the U channel to accommodate the sides of the product, pushing the U channel with the separated sides (12,13) onto the product to provide stacking strength, wrapping with a heat shrink film wrap the product together with the U channel, and heat shrinking the film.
An induction heating system adapted to use a three-phase AC power source to operate a first induction heating apparatus including a first induction coil and a second induction heating apparatus that has a magnetic circuit different from the first induction heating apparatus and includes a second induction coil, wherein: one of a winding start point and a winding end point of the first induction coil is electrically connected to one phase of the three-phase AC power source, and the other one is electrically connected to a midpoint of the second induction coil; and a winding start point and a winding end point of the second induction coil are electrically connected to the remaining two phases of the three-phase AC power source, characterized in that the number of turns of at least the second induction coil is an even number; the number of layers of the induction coil (21, 31) of which the number of turns is an even number is an even number; and the winding start point (21x, 31x), the winding end point (21y, 31y), and the midpoint (21z, 31z) of the induction coil (21, 31) of which the number of turns is an even number are positioned at axial direction end parts of this induction coil (21, 31). one of a winding start point and a winding end point of the first induction coil is electrically connected to one phase of the three-phase AC power source, and the other one is electrically connected to a midpoint of the second induction coil; and a winding start point and a winding end point of the second induction coil are electrically connected to the remaining two phases of the three-phase AC power source, characterized in that
Method for actuating a track conditioning unit or a wheel flange lubricating system of a rail vehicle - in which, as part of the rail vehicle, a track conditioning unit applies an auxiliary agent as necessary to a sub-region of a rail on which the rail vehicle is traveling, in order to increase friction between the wheel and rail, - in which, as part of the rail vehicle, a wheel flange lubricating system applies a fluid as necessary to a wheel sub-region of the rail vehicle or to the rail sub-region, in order to reduce friction between the wheel and rail, - in which a relative movement between the railcar body and the bogie of the rail vehicle is detected continuously with the aid of a displacement measurement in order to detect a bend in the track, - in which the relative movement is determined by a displacement measurement on dampers, wherein the dampers are provided and fitted between the railcar body and bogie for predetermined spatial directions, in order to damp the relative movement - in which, on the basis of the displacement measurement, the track conditioning unit or the wheel flange lubricating system is actuated in a targeted manner depending on the bend, so that the auxiliary agent or fluid is applied in a resource-saving manner. - in which, as part of the rail vehicle, a track conditioning unit applies an auxiliary agent as necessary to a sub-region of a rail on which the rail vehicle is traveling, in order to increase friction between the wheel and rail, - in which, as part of the rail vehicle, a wheel flange lubricating system applies a fluid as necessary to a wheel sub-region of the rail vehicle or to the rail sub-region, in order to reduce friction between the wheel and rail, - in which a relative movement between the railcar body and the bogie of the rail vehicle is detected continuously with the aid of a displacement measurement in order to detect a bend in the track, - in which the relative movement is determined by a displacement measurement on dampers, wherein the dampers are provided and fitted between the railcar body and bogie for predetermined spatial directions, in order to damp the relative movement - in which, on the basis of the displacement measurement, the track conditioning unit or the wheel flange lubricating system is actuated in a targeted manner depending on the bend, so that the auxiliary agent or fluid is applied in a resource-saving manner.
Watertight, water-vapour permeable multi-layer membrane, having at least one first and one second layer, wherein all layers are made of a thermoplastic polymer from the group of the polyether esters, the group of the polyether amides or the group of the polyether urethanes, and are connected with one another, characterised in that the multi-layer membrane is free of plasticiser and that layers disposed adjacent to one another are made of thermoplastic polymers of different groups.
Method for coating plastic containers, in particular PET bottles, with a SiOx coating, in which process a deposition of a SiOx layer is performed in the interior of the container under negative pressure and with the formation of a plasma, wherein the plastic container is cooled immediately before the coating by means of a container cooling installation which has a cooling gas device, characterized in that the cooling is performed within an enclosed cooling section and the cooling section is used as a transport section, wherein the cooling gas device includes a device for cooling a cooling gas and the cooling of the container is performed with the cooled cooling gas, wherein the container is cooled down to a temperature below 30 degrees Celsius.
A liquid nicotine formulation for use in an aerosol-generating system, the liquid nicotine formulation comprising: one or more water-miscible solvents; one or more water-immiscible solvents having a water solubility at 20°C of less than or equal to about 100 mg/ml; and one or more water-soluble organic acids, wherein the liquid nicotine formulation has a water-immiscible solvent content of greater than or equal to about 2 percent by weight. one or more water-miscible solvents; one or more water-immiscible solvents having a water solubility at 20°C of less than or equal to about 100 mg/ml; and one or more water-soluble organic acids, wherein the liquid nicotine formulation has a water-immiscible solvent content of greater than or equal to about 2 percent by weight.
Method for programming a resistive random access memory comprising a matrix of memory cells, comprising a programming step consisting in applying a programming voltage ramp to the memory cells of a part at least of the matrix, the programming voltage ramp starting at a first non-zero voltage value, called start voltage (V start), and ending at a second voltage value, called stop voltage (V stop), greater in absolute value than the first voltage value, method characterized in that the stop voltage (V stop) is determined such that each memory cell of said at least one part of the matrix has a first probability comprised between 1/ and 1/N of having a programming voltage (V prog) greater in absolute value than the stop voltage (V stop), N being the number of memory cells in said at least one part of the matrix.
A drug coating layer formed on a surface of a balloon, comprising: a plurality of elongated bodies which are crystals of a water-insoluble drug and each have a long axis extending from the surface of the balloon at various lengths and angles; and a water-soluble additive layer comprising a first additive layer, which water-soluble additive layer is provided in a space between an outer surface of an aggregate of the plurality of elongated bodies and the surface of the balloon so as to fill a space between the elongated bodies, the outer surface being located outside the aggregate and having an unevenness connecting a plurality of tip ends and side surfaces of the elongated bodies to each other, wherein the tip ends of the elongated body hardly protrude from the water-soluble additive layer, and the side surfaces and/or tip surfaces of the elongated body are exposed on a surface of the water-soluble additive layer, wherein • a "water-insoluble drug" is a drug that exhibits a solubility in water being less than 1 mg/ml at pH 5 to 8; • a "water-soluble additive layer" is an additive layer that exhibits a solubility in water within 30 minutes at 20°C being more than 100 mg/ml and 1000 mg/ml or less; and wherein • the length of the tip ends of the elongated body that hardly protrudes from the water-soluble additive layer to the outside is 0 to 1 μm. a plurality of elongated bodies which are crystals of a water-insoluble drug and each have a long axis extending from the surface of the balloon at various lengths and angles; and a water-soluble additive layer comprising a first additive layer, which water-soluble additive layer is provided in a space between an outer surface of an aggregate of the plurality of elongated bodies and the surface of the balloon so as to fill a space between the elongated bodies, the outer surface being located outside the aggregate and having an unevenness connecting a plurality of tip ends and side surfaces of the elongated bodies to each other, wherein the tip ends of the elongated body hardly protrude from the water-soluble additive layer, and the side surfaces and/or tip surfaces of the elongated body are exposed on a surface of the water-soluble additive layer, • a "water-insoluble drug" is a drug that exhibits a solubility in water being less than 1 mg/ml at pH 5 to 8; • a "water-soluble additive layer" is an additive layer that exhibits a solubility in water within 30 minutes at 20°C being more than 100 mg/ml and 1000 mg/ml or less; and wherein • the length of the tip ends of the elongated body that hardly protrudes from the water-soluble additive layer to the outside is 0 to 1 μm.
A method for data synchronization between a host side and a Field Programmable Gate Array, FPGA, accelerator, comprising: reading and writing a first address space at the host side mapped by a Base Address Register, Bar, space to establish a memory synchronization communication link between the host side and the FPGA accelerator; by the host side, reading first state information from the first address space in which the first state information comprises a previous data frame number and a present data frame number, and performing a reliability check on the memory synchronization communication link by judging whether a difference between the previous data frame number and the present data frame number is within a preset threshold; in response to detection of data migration from the host side to a preset memory space, generating second state information according to the first state information in the first address space, and writing the second state information to a second address space, wherein the first address space and the second address space are different address spaces at the host side mapped by the Bar space, and the second state information comprises the present data frame number and a next data frame number; and in response to detection of the second state information in the second address space, calling Direct Memory Access, DMA, to migrate data in the preset memory space to a memory space of the FPGA accelerator, and copying the second state information to the first address space, so as to implement synchronization. reading and writing a first address space at the host side mapped by a Base Address Register, Bar, space to establish a memory synchronization communication link between the host side and the FPGA accelerator; by the host side, reading first state information from the first address space in which the first state information comprises a previous data frame number and a present data frame number, and performing a reliability check on the memory synchronization communication link by judging whether a difference between the previous data frame number and the present data frame number is within a preset threshold; in response to detection of data migration from the host side to a preset memory space, generating second state information according to the first state information in the first address space, and writing the second state information to a second address space, wherein the first address space and the second address space are different address spaces at the host side mapped by the Bar space, and the second state information comprises the present data frame number and a next data frame number; and in response to detection of the second state information in the second address space, calling Direct Memory Access, DMA, to migrate data in the preset memory space to a memory space of the FPGA accelerator, and copying the second state information to the first address space, so as to implement synchronization.
Robot system with a robot manipulator and with a visual output unit, wherein the robot manipulator comprises a robot element and the robot element comprises an inertial measurement unit, wherein the inertial measurement unit is designed to determine the direction of a gravity vector in an immobile state of the robot element, and to determine, over a plurality of points in time, a current orientation of the robot element with relation to the gravity vector by means of sight-line gyro, and to transmit the current orientation of the robot element with relation to the gravity vector to the visual output unit, characterized in that the visual output unit is an LED array and is designed to indicate the current orientation of the robot element with relation to the gravity vector. wherein the robot manipulator comprises a robot element and the robot element comprises an inertial measurement unit, wherein the inertial measurement unit is designed to determine the direction of a gravity vector in an immobile state of the robot element, and to determine, over a plurality of points in time, a current orientation of the robot element with relation to the gravity vector by means of sight-line gyro, and to transmit the current orientation of the robot element with relation to the gravity vector to the visual output unit, characterized in that the visual output unit is an LED array and is designed to indicate the current orientation of the robot element with relation to the gravity vector.
A method of producing a scented tissue paper product comprising: producing a tissue paper housing carrying fragrance-containing microcapsules on an inner surface of a housing box using a binder by: - coating a carton blank base material, before a film provided with a slit is attached thereto, with a fragrance solution that contains fragrance-containing microcapsules and a binder, in a range of 1 g/m2 to 30 g/m2,; and - attaching the film provided with a slit to the carton blank base material to form a carton blank; performing shrink wrapping comprising covering, with a shrink film, and exposing the shrink film to hot air so as to be attached to the tissue paper housing; and causing the fragrance-containing microcapsules to be detached from the binder by heating the tissue paper housing at the time of the shrink wrapping wherein the binder has a melting point of 55°C to 85°C and the binder is gelatin, agarose, agar, or carrageenan. producing a tissue paper housing carrying fragrance-containing microcapsules on an inner surface of a housing box using a binder by: - coating a carton blank base material, before a film provided with a slit is attached thereto, with a fragrance solution that contains fragrance-containing microcapsules and a binder, in a range of 1 g/m2 to 30 g/m2,; and - attaching the film provided with a slit to the carton blank base material to form a carton blank; - coating a carton blank base material, before a film provided with a slit is attached thereto, with a fragrance solution that contains fragrance-containing microcapsules and a binder, in a range of 1 g/m2 to 30 g/m2,; and - attaching the film provided with a slit to the carton blank base material to form a carton blank; performing shrink wrapping comprising covering, with a shrink film, and exposing the shrink film to hot air so as to be attached to the tissue paper housing; and causing the fragrance-containing microcapsules to be detached from the binder by heating the tissue paper housing at the time of the shrink wrapping wherein the binder has a melting point of 55°C to 85°C and the binder is gelatin, agarose, agar, or carrageenan.
A device for establishing a blood flow conduit between a chamber in a heart of a patient and a remote location, the device comprising a cannula having an outer surface and proximal and distal end portions, the distal end portion including an opening communicating with a lumen of the cannula for allowing blood flow therethrough, the distal end portion and opening being configured for insertion into the chamber of the heart; and first and second anchor elements (80, 82) having respective maximum width dimensions extending outwardly from the outer surface of the cannula, the first anchor element being positioned more distally than the second anchor element and defining a tissue receiving space therebetween, and the maximum width dimension of the first anchor element being larger than the maximum width dimension of the second anchor element, whereby the first anchor element is configured to be positioned inside the heart chamber and the second anchor element is configured to be positioned outside the heart chamber with heart tissue held in the tissue receiving space therebetween, characterized in that the cannula further comprises a blood flow catheter configured to be introduced into the venous system of the patient in order to direct the distal end portion into the chamber of the heart, and in that the first and second anchor elements are movable between first, compact states during introduction via the venous system and second, expanded states for positioning on opposite sides of the heart tissue.