mhurhangee/ep-ind-claims huggingface dataset:
A packaging machine reshaping a planar web of packaging laminate to an annular tube of packaging laminate by means of a forming section comprising, - a bending roller (204;404), designed to deflect the path of the planar web, - a lower forming tool (210;410), downstream the bending roller (204;404), defining an aperture through which the packaging laminate is led and given an annular shape, and - guide means (206,208;408) between the bending roller (204;404) and the lower forming tool (210;410) for guiding the path of the packaging laminate, characterized in the bending roller (204;404) is arranged slidably on a bar (216;416) extending in the direction of the web path upstream the lower forming tool (210;410), such that the forming distance between the lower forming tool (210;410) and the bending roller (204;404) may be varied by moving the latter along the bar and wherein the bending roller (204;404) is attached to the bar (216;416) by means of levers (218,220;418,420), which are pivotabte in a plane parallel to the extension of the bar, and wherein the bar (216;416) is rotatable around its central length axis. - a bending roller (204;404), designed to deflect the path of the planar web, - a lower forming tool (210;410), downstream the bending roller (204;404), defining an aperture through which the packaging laminate is led and given an annular shape, and - guide means (206,208;408) between the bending roller (204;404) and the lower forming tool (210;410) for guiding the path of the packaging laminate, characterized in the bending roller (204;404) is arranged slidably on a bar (216;416) extending in the direction of the web path upstream the lower forming tool (210;410), such that the forming distance between the lower forming tool (210;410) and the bending roller (204;404) may be varied by moving the latter along the bar and wherein the bending roller (204;404) is attached to the bar (216;416) by means of levers (218,220;418,420), which are pivotabte in a plane parallel to the extension of the bar, and wherein the bar (216;416) is rotatable around its central length axis.
A system for accessing target tissue in a lung for use in combination with an articulated bronchoscope, the system comprising: means configured to use software algorithms to: calculate the location of a target site on an airway wall, and determine the direction or orientation of a channel to make a straight path from the target site on the airway wall to the target tissue; a piercing member configured to be advanced from a working channel of an articulated bronchoscope, and to create an opening through the airway wall at the calculated target site on the airway wall, the opening leading to the target tissue; and a flexible elongate instrument containing a dissecting catheter, wherein the elongate instrument and dissecting catheter are configured for advancement from the working channel of the bronchoscope, through the opening and for creating the determined channel through the lung to the target tissue; wherein the elongate instrument is configured to provide access to the target tissue for performing monitoring, diagnostic or therapeutic procedures. means configured to use software algorithms to: calculate the location of a target site on an airway wall, and determine the direction or orientation of a channel to make a straight path from the target site on the airway wall to the target tissue; calculate the location of a target site on an airway wall, and determine the direction or orientation of a channel to make a straight path from the target site on the airway wall to the target tissue; a piercing member configured to be advanced from a working channel of an articulated bronchoscope, and to create an opening through the airway wall at the calculated target site on the airway wall, the opening leading to the target tissue; and a flexible elongate instrument containing a dissecting catheter, wherein the elongate instrument and dissecting catheter are configured for advancement from the working channel of the bronchoscope, through the opening and for creating the determined channel through the lung to the target tissue; wherein the elongate instrument is configured to provide access to the target tissue for performing monitoring, diagnostic or therapeutic procedures.
A balloon catheter, in particular for the expansion of stents in fenestrations, having a proximal region P, a distal region D and a terminal region T, a first, inner balloon, a second, outer balloon, wherein the second balloon completely encloses the first balloon, separate leads in the catheter to the first and to the second balloon allowing the balloons (4, 5) to be pressurised independently of each other, a central lumen for a guide wire, wherein, in the expanded state, both balloons (4, 5) have an extended diameter in the proximal region relative to the distal region, characterised in that the inner balloon has a larger diameter in the transition region between the proximal und distal region in the expanded state than the outer balloon in the distal region in the expanded state, in such a way that, following expansion of the outer balloon, the inner balloon, upon expansion in a second step, additionally expands the outer balloon in this region, whereby the outer contour of the transition region F is substantially determined by the inner balloon.
Lockable container arrangement comprising an interior and an exterior, said container comprising a base part, a cover pivotally attached to the base part for displacement between a closed position in which the cover and the base delimit a substantially enclosed space and an open position, a lock mounted on said container, said lock comprising a lock catch operable from the exterior of the container, which lock catch engages a receiving portion to lock the container, characterized in that the container arrangement can be selectively set in a key operated mode, wherein the lock catch is operable by a key in a lock cylinder, or in a push button operated mode, wherein the lock catch is operable by the application of a pressing force onto the said lock cylinder, and said lock catch is arranged to be rotatable under simultaneous axial displacement of the lock cylinder.
Agent for treatment of wastewater for fast suppressing of septic bacteria, characterized in that it contains an aqueous solution of nitrate and nitrite wherein the counter ions of nitrite are sodium ions and the counter ions of nitrate is calcium ions, and wherein the aqueous solution contains 42 to 45 weight % calcium nitrate and 1 to 4 weight % sodium nitrite.
A sound insulating device at a tram rail that has a rail head and a rail web, with rail web recesses extending there between, and a rail foot, and which is installed in a roadway, comprising: shaped parts (3, 4) made of a sound-absorbing material composition, which fill the rail web recesses and hence have a shape adapted to the recesses of the tram rail profile; joint sealing bodies (9, 10) made of a sealing material, which are installed above the shaped parts (3, 4) between the rail head and the roadway pavement; wherein the joint sealing bodies (9, 10) on both sides of the rail head have interfaces (21, 22, 23, 24) to the rail head and to the roadway pavement, which extent into the roadway in a range between 20 and 40 mm and thus sufficiently deeply for permanently preventing the intrusion of water into the roadway between the rail head and the roadway pavement; and characterised by filling bodies (30, 40) formed as a projection on the respective shaped part (3, 4) and protruding into the space between rail head, the roadway pavement and the upper surface (31, 41) of the shaped parts (3, 4) without however affecting the size of the interfaces (21, 22, 23, 24) of the joint sealing bodies (9, 10). shaped parts (3, 4) made of a sound-absorbing material composition, which fill the rail web recesses and hence have a shape adapted to the recesses of the tram rail profile; joint sealing bodies (9, 10) made of a sealing material, which are installed above the shaped parts (3, 4) between the rail head and the roadway pavement; wherein the joint sealing bodies (9, 10) on both sides of the rail head have interfaces (21, 22, 23, 24) to the rail head and to the roadway pavement, which extent into the roadway in a range between 20 and 40 mm and thus sufficiently deeply for permanently preventing the intrusion of water into the roadway between the rail head and the roadway pavement; and characterised by filling bodies (30, 40) formed as a projection on the respective shaped part (3, 4) and protruding into the space between rail head, the roadway pavement and the upper surface (31, 41) of the shaped parts (3, 4) without however affecting the size of the interfaces (21, 22, 23, 24) of the joint sealing bodies (9, 10).
Mount, comprising a core which is surrounded on the outer circumferential side with a radial distance by a housing, a spring body made of a rubber-elastic material being arranged in the radial gap formed by the radial distance, the core having a rod and two cones (6, 7) arranged in opposite directions to one another, and the cones (6, 7) enclosing the rod in a frictionally engaged manner, but displaceably in the axial direction for introducing a compressive prestress into the spring body, characterised in that the cones (6, 7) consist of a polymeric material and are injection-moulded onto the rod.
A method for measuring the tightness of a core of an electric machine composed of sheets, with the steps of supplying a sound wave to the core, measuring the speed of the sound wave in the core, and deducing the tightness of the core from the measured data, characterized in the steps of compressing the core with a defined reference pressure, measuring the speed of the sound wave in the core with the reference pressure, releasing the pressure from the core, measuring the speed of the sound wave in the core without reference pressure, and calculating the ratio between the speed of the sound wave with and without the reference pressure.
A method for preparing flaky aluminum oxide, comprising the steps of: mixing 100 parts by weight of an aqueous aluminum precursor solution containing a water-soluble flux with an aqueous zirconium precursor solution containing, based on 100 parts by weight of the aluminum precursor, 0.01-5 parts by weight of a zirconium precursor, thereby preparing an aqueous metal precursor solution; titrating the aqueous metal precursor solution to a pH of 6.0-7.5 with an aqueous sodium salt solution, followed by hydrolysis, thereby preparing a mixed gel; aging the mixed gel at a temperature of 60 to 100°C for 5-30 hours, followed by drying to prepare dry powder; calcining the dry powder at a temperature of 300 to 700°C for 1-5 hours; crystallizing the calcined powder at a temperature of 1,000 to 1,400°C and 1-7 hours, thereby preparing a crystallized product; and cooling a mixture of the crystallized powder and a molten salt to room temperature, dissolving the cooled mixture in water at a temperature of 20 to 90°C, and filtering the dissolved mixture to remove the molten salt, followed by dispersion in 0.1-10% sulfuric acid solution at a temperature of 20 to 90°C, filtration, washing and drying, thereby obtaining an aluminum oxide crystal. mixing 100 parts by weight of an aqueous aluminum precursor solution containing a water-soluble flux with an aqueous zirconium precursor solution containing, based on 100 parts by weight of the aluminum precursor, 0.01-5 parts by weight of a zirconium precursor, thereby preparing an aqueous metal precursor solution; titrating the aqueous metal precursor solution to a pH of 6.0-7.5 with an aqueous sodium salt solution, followed by hydrolysis, thereby preparing a mixed gel; aging the mixed gel at a temperature of 60 to 100°C for 5-30 hours, followed by drying to prepare dry powder; calcining the dry powder at a temperature of 300 to 700°C for 1-5 hours; crystallizing the calcined powder at a temperature of 1,000 to 1,400°C and 1-7 hours, thereby preparing a crystallized product; and cooling a mixture of the crystallized powder and a molten salt to room temperature, dissolving the cooled mixture in water at a temperature of 20 to 90°C, and filtering the dissolved mixture to remove the molten salt, followed by dispersion in 0.1-10% sulfuric acid solution at a temperature of 20 to 90°C, filtration, washing and drying, thereby obtaining an aluminum oxide crystal.
A polypropylene-based resin molded article comprising a layered structure including layers A and B comprising a polypropylene-based resin, one of the layers A and B having a polypropylene chain orientation different from that of the other layer; and each of the layers A and B having a maximum absolute value of birefringence of 0.005 or more, the birefringences of the layers A and B being different from each other, one being positive and the other being negative, wherein the birefringence is measured according to the method of the description.
An audio system comprising: a first speaker and a second speaker that are arranged in front of a predetermined listening position to be substantially bilaterally symmetrical with respect to the listening position; a third speaker and a fourth speaker that are arranged in front of the predetermined listening position to be substantially bilaterally symmetrical with respect to the listening position such that a center angle that is formed by connecting the listening position with the third speaker and the fourth speaker is greater than a center angle that is formed by connecting the listening position with the first speaker and the second speaker and the third speaker and the fourth speaker are nearer than the first speaker and second speaker to a straight line which passes the predetermined listening position parallel to a straight line that passes the front faces of the first speaker and the second speaker wherein the first, the second, the third and the fourth speaker are directed towards the listening position; a first attenuator (121L, 121R) that attenuates components that are equal to or less than a predetermined first frequency of an input audio signal; and an output controller that controls to output sounds that are based on the input audio signal from the first speaker and the second speaker and to output sounds that are based on the first audio signal in which components that are equal to or less than the first frequency of the input audio signal are attenuated from the third speaker and the fourth speaker. a first speaker and a second speaker that are arranged in front of a predetermined listening position to be substantially bilaterally symmetrical with respect to the listening position; a third speaker and a fourth speaker that are arranged in front of the predetermined listening position to be substantially bilaterally symmetrical with respect to the listening position such that a center angle that is formed by connecting the listening position with the third speaker and the fourth speaker is greater than a center angle that is formed by connecting the listening position with the first speaker and the second speaker and the third speaker and the fourth speaker are nearer than the first speaker and second speaker to a straight line which passes the predetermined listening position parallel to a straight line that passes the front faces of the first speaker and the second speaker wherein the first, the second, the third and the fourth speaker are directed towards the listening position; a first attenuator (121L, 121R) that attenuates components that are equal to or less than a predetermined first frequency of an input audio signal; and an output controller that controls to output sounds that are based on the input audio signal from the first speaker and the second speaker and to output sounds that are based on the first audio signal in which components that are equal to or less than the first frequency of the input audio signal are attenuated from the third speaker and the fourth speaker.
A device for storing a gas reducing agent for the selective catalytic reduction of nitrogen oxides, comprising at least two cartridges (1, 2) containing a material for storing the reducing agent via adsorption or absorption, which is identical in each cartridge (1, 2), all the cartridges (1, 2) having an identical reducing agent storage volume, each cartridge (1, 2) having electric heating means able to be supplied independently so as to heat a single cartridge at a time, characterized in that the heating means comprise a single layer positioned on the surface of a plurality of cartridges and having a plurality of resistive elements, so as to permit the heating of each cartridge independently of the others, during the supplying of one or several of said resistive elements (F1, F2, G1, G2).
A method of manufacturing a wind turbine rotor blade, which method comprises the steps of preparing a mould by - forming a partial negative leading-edge profile in a first mould half, which partial negative leading-edge profile comprises a plurality of first indentations along a leading edge region (1L_LE) of the first mould half; - forming a partial negative leading-edge profile in a second mould half, which partial negative leading-edge profile comprises a complementary plurality of second indentations along a leading edge region (1U_LE) of the second mould half; and wherein the combined shape of a first indentation and a complementary second indentation corresponds to the negative shape of a leading-edge fin that will extend radially outward from the body of the rotor blade; moulding the rotor blade by - laying moulding material in the mould parts (1L, 1U) and thereby arranging fin inserts in the indentations of a partial negative leading-edge profile; and - performing a resin transfer procedure. preparing a mould by - forming a partial negative leading-edge profile in a first mould half, which partial negative leading-edge profile comprises a plurality of first indentations along a leading edge region (1L_LE) of the first mould half; - forming a partial negative leading-edge profile in a second mould half, which partial negative leading-edge profile comprises a complementary plurality of second indentations along a leading edge region (1U_LE) of the second mould half; and wherein the combined shape of a first indentation and a complementary second indentation corresponds to the negative shape of a leading-edge fin that will extend radially outward from the body of the rotor blade; - forming a partial negative leading-edge profile in a first mould half, which partial negative leading-edge profile comprises a plurality of first indentations along a leading edge region (1L_LE) of the first mould half; - forming a partial negative leading-edge profile in a second mould half, which partial negative leading-edge profile comprises a complementary plurality of second indentations along a leading edge region (1U_LE) of the second mould half; and wherein the combined shape of a first indentation and a complementary second indentation corresponds to the negative shape of a leading-edge fin that will extend radially outward from the body of the rotor blade; moulding the rotor blade by - laying moulding material in the mould parts (1L, 1U) and thereby arranging fin inserts in the indentations of a partial negative leading-edge profile; and - performing a resin transfer procedure. - laying moulding material in the mould parts (1L, 1U) and thereby arranging fin inserts in the indentations of a partial negative leading-edge profile; and - performing a resin transfer procedure.
An electrochemical process for water splitting using porous Co 3 O 4 nanorods catalyst as anode material for production of oxygen, wherein the said process consisting of placing the anode and a cathode in an electrolyte solution comprising a mixture of water and an acid salt that is readily soluble in water in mole ratio ranging between 0.05 and 0.15 (preferably 0.1 M) at pH ranging between 4-14 with overpotential in the range of 385 mV to 400 mV at 1mA/cm 2 and exchange current density in the order of 10 -6 A/cm 2 (preferably 5-8 x 10 -6 A/cm 2), wherein the acid salt used is selected from potassium di-hydrogen phosphate (KH 2 PO 4), dipotassium hydrogen phosphate (K 2 HPO 4) either alone or in combinations thereof.
An apparatus for the mounting and dismounting of hydraulic cylinders, consisting of a pedestal-like machine frame which comprises horizontally arranged guide means, which guide means displaceably carry a receptacle for the cylinder liner of the hydraulic cylinder, at least one receptacle (5; 6) for a support (15; 60) and a receptacle for a tool, and furthermore having a holder for fixing the piston rod of the hydraulic cylinder, characterized in that the holder for fixing the piston rod comprises a centring carriage which is driven by a centring spindle and comprises a piston rod receptacle, wherein the holder is formed to be rotatable about the longitudinal axis of the machine frame and the rotational movement is realised by means of a torque-controlled electromotive drive.
A surgical instrument comprising: an elongated shaft defining a central axis and having a distal end portion configured to operably support a circular staple cartridge therein; a tissue acquisition shaft supported within said elongated shaft and having a distal portion that protrudes distally beyond the distal end portion of the elongated shaft; a plurality of tissue acquisition members spaced circumferentially around the tissue acquisition shaft, each pivotally attached to said distal end portion of the tissue acquisition shaft so as to be selectively pivotable from a retracted position to deployed positions upon application of a deployment motion thereto; and a rotatable cutting member operably supported adjacent to said tissue acquisition members and being selectively rotatable about the central axis upon application of a cutting actuation motion thereto. an elongated shaft defining a central axis and having a distal end portion configured to operably support a circular staple cartridge therein; a tissue acquisition shaft supported within said elongated shaft and having a distal portion that protrudes distally beyond the distal end portion of the elongated shaft; a plurality of tissue acquisition members spaced circumferentially around the tissue acquisition shaft, each pivotally attached to said distal end portion of the tissue acquisition shaft so as to be selectively pivotable from a retracted position to deployed positions upon application of a deployment motion thereto; and a rotatable cutting member operably supported adjacent to said tissue acquisition members and being selectively rotatable about the central axis upon application of a cutting actuation motion thereto.