mhurhangee/ep-ind-claims huggingface dataset:
A system laying panel comprising a main body of multi-layered construction, having at least one panel-like or block-like wood layer, the upper face (2.1) of which forms the walking surface of the system laying panel, and a supporting layer, the lower face (3.2) of which forms the bearing surface of the system laying panel, wherein the wood layer is connected to the supporting layer directly or via at least one further, intermediate layer, wherein the supporting layer comprises at least one plug-type connection means which is fixedly moulded onto the periphery, characterised in that the supporting layer comprises at least one further, detachably moulded plug-type connection means (5.1) and recesses which correspond to the plug-type connection means (5, 5.1) and are likewise arranged on the periphery, wherein the detachably moulded plug-type connection means (5.1) are provided to be detached from the supporting layer and to be inserted into the corresponding recesses for laying the system laying panel.
An aerosol-generating article comprising: a rod of aerosol-generating substrate having a length of between 8 mm and 16 mm and a resistance to draw of between 4 mmH 2 O and 10 mm H 2 O; a downstream section provided downstream of the rod of aerosol-generating substrate, the downstream section comprising at least one hollow tubular segment; and an upstream element provided upstream of the rod of aerosol-generating substrate and abutting the upstream end of the rod of aerosol-generating substrate, the upstream element having a length of between 2 mm and 8 mm and being formed of a hollow tubular segment defining a longitudinal cavity providing an unrestricted flow channel. a rod of aerosol-generating substrate having a length of between 8 mm and 16 mm and a resistance to draw of between 4 mmH 2 O and 10 mm H 2 O; a downstream section provided downstream of the rod of aerosol-generating substrate, the downstream section comprising at least one hollow tubular segment; and an upstream element provided upstream of the rod of aerosol-generating substrate and abutting the upstream end of the rod of aerosol-generating substrate, the upstream element having a length of between 2 mm and 8 mm and being formed of a hollow tubular segment defining a longitudinal cavity providing an unrestricted flow channel.
Process for the preparation of difluoroethanol, characterized in that it comprises a hydrogenation, in the presence of an effective amount of a catalyst comprising at least one element from Group VIII of the Periodic Table deposited on a solid inorganic support having acid properties selected from alumina and natural or synthetic silicoaluminates, of an acetyl halide corresponding to the following formula: in said formula, X represents a halogen atom selected from a chlorine atom and a bromine atom.
A code reader, comprising: a housing; a scanner disposed within said housing, and configured to scan a machine-readable indicia in a target area; an illumination source configured to emit an anti-microbial illuminatior characterized by a reflective roller shade configured to be positioned in a retracted position and a deployed position, the deployed position configured to cover the target area and illumination source to create a covered workspace; and a processing unit in communication with said scanner and said illumination source, and configured to select a cleaning function and cause said illumination source to emit the anti-microbial illumination toward the reflective roller shade and/or the target area to disinfect surfaces in the target area. a housing; a scanner disposed within said housing, and configured to scan a machine-readable indicia in a target area; an illumination source configured to emit an anti-microbial illuminatior characterized by a reflective roller shade configured to be positioned in a retracted position and a deployed position, the deployed position configured to cover the target area and illumination source to create a covered workspace; and a processing unit in communication with said scanner and said illumination source, and configured to select a cleaning function and cause said illumination source to emit the anti-microbial illumination toward the reflective roller shade and/or the target area to disinfect surfaces in the target area.
An apparatus for the high pressure polymerization of olefins comprising a high pressure reactor in which monomer is polymerised to give a product mixture comprising polymer and unreacted monomer; a high pressure let down valve downstream of the reactor through which the product mixture comprising polymer and unreacted monomer from the high pressure reactor flows; a jet pump located downstream of the high pressure let down valve and through which the product flows; and a separation system located downstream of the jet pump comprising a first separation vessel having an inlet for the product mixture, an outlet for off gas and an outlet for a liquid phase; a second separation vessel downstream of the first separation vessel having an inlet for receiving the liquid phase from the first separation vessel, an outlet for off gas and an outlet for a liquid phase; a third separation vessel downstream of the second separation vessel having an inlet for receiving the liquid phase from the second separation vessel, an outlet for off gas and an outlet for a liquid phase; and a conduit for returning the off gas from the second separation vessel to the jet pump for combination with the product mixture upstream of the first separation vessel. a jet pump located downstream of the high pressure let down valve and through which the product flows; and a separation system located downstream of the jet pump comprising a first separation vessel having an inlet for the product mixture, an outlet for off gas and an outlet for a liquid phase; a second separation vessel downstream of the first separation vessel having an inlet for receiving the liquid phase from the first separation vessel, an outlet for off gas and an outlet for a liquid phase; a third separation vessel downstream of the second separation vessel having an inlet for receiving the liquid phase from the second separation vessel, an outlet for off gas and an outlet for a liquid phase; and a conduit for returning the off gas from the second separation vessel to the jet pump for combination with the product mixture upstream of the first separation vessel.
A method for identifying device ports of a universal serial bus, called USB, data card device in a Linux system, comprising: acquiring device information of the USB data card device, and recording the acquired device information; acquiring port information of ports of the USB data card device according to the recorded device information; and identifying attributes of the ports according to said port information; characterized in that said step of identifying the attributes of a port according to the port information comprises: searching out two ports that respond to an attendant, AT, command from all the ports according to the port information, querying a preset order attribute defining an order of an AT port and a Modem port according to the recorded device information, and identifying the attributes of the two ports that respond to the AT command according to the queried preset order attribute, that is, to identify the AT port and the Modem port. acquiring device information of the USB data card device, and recording the acquired device information; acquiring port information of ports of the USB data card device according to the recorded device information; and identifying attributes of the ports according to said port information; characterized in that said step of identifying the attributes of a port according to the port information comprises: searching out two ports that respond to an attendant, AT, command from all the ports according to the port information, querying a preset order attribute defining an order of an AT port and a Modem port according to the recorded device information, and identifying the attributes of the two ports that respond to the AT command according to the queried preset order attribute, that is, to identify the AT port and the Modem port.
A composition for application to a metal substrate, the composition comprising: a carrier; a permanganate anion source; and a corrosion inhibitor comprising a metal cation comprising a rare earth ion present in an amount of 0.0008 to 0.004 percent by weight of the composition. a carrier; a permanganate anion source; and a corrosion inhibitor comprising a metal cation comprising a rare earth ion present in an amount of 0.0008 to 0.004 percent by weight of the composition.
A pack for piece-form articles, in particular for cigarettes, comprising an outer pack, preferably configured as a hinge-lid box, and an inner pack as a sealed block with an inner blank which encloses the pack contents, in particular a cigarette group, and is made of preferably aroma-tight and moisture-tight, thermally sealable sheet material, the inner pack having, in the region of an inner end wall, an opening aid which can be used a number of times and, in the region of side walls of the inner pack, folding flaps which are connected to one another by thermal sealing, wherein folding flaps (108, 109) in the region of an inner rear wall of the inner blank are designed as a fin fold and are connected to one another by thermal sealing outside the region of the cigarette group to form a fin seam, and wherein the fin seam is arranged at a spacing from regions of folding flaps which cover one another multiple times in the region of the inner side walls, and wherein folding flaps (110, 111) in the region of inner side walls of the inner blank are folded in the manner of an envelope with the incorporation of corner flaps (75, 89) of the inner blank, and wherein the fin seam is arranged outside a region of the corner flaps (75, 89) and folding flaps (110, 111) which overlap one another in the region of the envelope fold, and wherein a covering made from material which is resistant to heat and compressive stress and configured as an inner collar, preferably made from cardboard, is arranged within the sealed block, wherein no covering is provided in the region of the inner rear wall which has the fin seam, characterized by the following features: a) the fin seam is arranged at a small spacing of a few millimetres, preferably at a spacing of from 2 to 3 millimetres, from a region of overlapping corner flaps (75, 89) and folding flaps (110, 111), b) the inner collar with collar front wall and collar side walls is arranged in the region of the inner side walls and the inner front wall located opposite the inner rear wall. a) the fin seam is arranged at a small spacing of a few millimetres, preferably at a spacing of from 2 to 3 millimetres, from a region of overlapping corner flaps (75, 89) and folding flaps (110, 111), b) the inner collar with collar front wall and collar side walls is arranged in the region of the inner side walls and the inner front wall located opposite the inner rear wall.
An ultrasonic sensor arrangement comprising a housing with a container which is open at the top, a disc-shaped, piezoelectric element and a coupling element in the interior of the container, wherein the coupling element has a bearing surface, on which the piezoelectric element is arranged, and said coupling element being provided on the underside of the container, wherein the container and the coupling element are integrally formed, and wherein at least the piezoelectric element is covered with a potting compound, where the bearing surface is surrounded at least in portions by a wall (40, 42) and characterized in that open slots are provided in the wall. a housing with a container which is open at the top, a disc-shaped, piezoelectric element and a coupling element in the interior of the container, wherein the coupling element has a bearing surface, on which the piezoelectric element is arranged, and said coupling element being provided on the underside of the container, wherein the container and the coupling element are integrally formed, and wherein at least the piezoelectric element is covered with a potting compound, where the bearing surface is surrounded at least in portions by a wall (40, 42) and characterized in that open slots are provided in the wall.
A method of assembling a fluid dispenser comprising: a fluid reservoir including a neck that defines a constricted opening that communicates with an inside volume of greater size; and a dispenser member, such as a pump or a valve, including a fluid inlet that is provided with a dip tube; a substantially-plane flexible sheet having shape memory, the sheet extending along a dip tube and being fastened to the dip tube, the sheet presenting a transverse dimension, in the direction that is perpendicular to the dip tube, that is greater than the dimension of the constricted opening, such that the sheet must be caused to take up a deformed configuration in order to pass through the neck, and must then relax into a substantially-plane rest configuration inside the inside volume; the method being characterized in that the sheet presents a bottom edge having a portion that defines a bottom point that is situated at the dip tube, the bottom point and the dip tube being positioned in the opening, with the sheet in the rest configuration so that, in said rest configuration, the portion penetrates into the constricted opening in such a manner as to initiate the deformation of the sheet, so as to bring it subsequently into its deformed configuration. a fluid reservoir including a neck that defines a constricted opening that communicates with an inside volume of greater size; and a dispenser member, such as a pump or a valve, including a fluid inlet that is provided with a dip tube; a substantially-plane flexible sheet having shape memory, the sheet extending along a dip tube and being fastened to the dip tube, the sheet presenting a transverse dimension, in the direction that is perpendicular to the dip tube, that is greater than the dimension of the constricted opening, such that the sheet must be caused to take up a deformed configuration in order to pass through the neck, and must then relax into a substantially-plane rest configuration inside the inside volume; the method being characterized in that the sheet presents a bottom edge having a portion that defines a bottom point that is situated at the dip tube, the bottom point and the dip tube being positioned in the opening, with the sheet in the rest configuration so that, in said rest configuration, the portion penetrates into the constricted opening in such a manner as to initiate the deformation of the sheet, so as to bring it subsequently into its deformed configuration.
Level radar for compensating an error occurring in the receiving branch of the level radar during the determination of the filling level, comprising: a reference signal provision unit (701, 101, 301) with a reference signal generating unit for generating a reference signal; a receiving unit for recording a measuring signal; a receiving branch having an FMCW module, which is configured to convert the measuring signal into an intermediate frequency signal, and an STC filter; a first switching unit which is connected on fits input side to the FMCW module and to the reference signal generating unit and is connected on its output side to the STC filter of the receiving branch and is configured to switch over between the intermediate frequency signal from the FMCW module and the reference signal from the reference signal provision unit, so that either the intermediate frequency signal or the reference signal is fed to the STC filter; a processor unit for calculating correction values using the reference signal having passed through the STC filter, or for using the correction values provided by the reference signal provision unit, to correct the intermediate frequency signal. a reference signal provision unit (701, 101, 301) with a reference signal generating unit for generating a reference signal; a receiving unit for recording a measuring signal; a receiving branch having an FMCW module, which is configured to convert the measuring signal into an intermediate frequency signal, and an STC filter; a first switching unit which is connected on fits input side to the FMCW module and to the reference signal generating unit and is connected on its output side to the STC filter of the receiving branch and is configured to switch over between the intermediate frequency signal from the FMCW module and the reference signal from the reference signal provision unit, so that either the intermediate frequency signal or the reference signal is fed to the STC filter; a processor unit for calculating correction values using the reference signal having passed through the STC filter, or for using the correction values provided by the reference signal provision unit, to correct the intermediate frequency signal.
A method for producing a β-fluoroalcohol of the general formula, comprising: performing a reaction of an α-fluoroester of the general formula with hydrogen gas (H 2) in the presence of a ruthenium complex of the general formula where R 1 and R 2 each independently represent a hydrogen atom, a halogen atom, an alkyl group, a substituted alkyl group, an aromatic ring group, a substituted aromatic ring group, an alkoxycarbonyl group or a substituted alkoxycarbonyl group; and R 3 represents an alkyl group or a substituted alkyl group where R each independently represent a hydrogen atom, an alkyl group, a substituted alkyl group, an aromatic ring group or a substituted aromatic ring group, wherein two vicinal R, except for hydrogen atoms, may form a cyclic structure by covalent bond of carbon atoms through or without a nitrogen atom, an oxygen atom or a sulfur atom; Ar each independently represent an aromatic ring group or a substituted aromatic ring group; X each independently represent a ligand having a formal charge of -1 or 0 (with the proviso that the sum of formal charges of three X is -2); and n each independently represent an integer of 1 or 2 where R 1 and R 2 have the same definitions as in the general formula, wherein alkyl group means a straight-chain structure having 1 to 18 carbon atoms, a branched structure having 1 to 18 carbon atoms or a cyclic structure having 3 to 18 carbon atoms.
A modular, molded plastic conveyor belt comprising a multiplicity of molded plastic modules connected together in successive rows by connecting pins or rods extending through interdigited link ends of the adjacent module rows, each of the modules having a center spine running laterally of the belt and a series of said link ends extending in fore and aft rows from the spine, the conveyor belt being a spiral conveyor supported by spaced apart rails (84, 86) below the belt, and the belt carrying a defined load, characterized in that each module and module row have an arched top, forming a generally partial-cylindrical surface which is lower at the ends of link ends where the module rows are connected by the connecting pins and higher at a position generally central between adjacent connecting pins essentially where the center spine is located, the center spine being continuous through at least most of the width of the belt and the height of the spine being sufficient, with the belt carrying the load, to provide sufficient beam strength to span between the spaced apart supporting rails (84, 86), and wherein the conveyor belt, if its center height were reduced to the height of the ends of the link ends, would be incapable of carrying the defined load when spanning between the spaced apart rails (84, 86).
A non-rotationally symmetrical horn spark gap, comprising horn electrodes, a deion chamber, and a multi-part insulating material housing as a supporting and receiving body for the horn electrodes and the deion chamber, and means for conducting the arc-induced gas flow, the insulating material housing being divided in the plane spanned by the horn electrodes and including two half shells, and comprising plug or screw connections (4; 5) led through on the end face; characterized in that the insulating material housing is surrounded on all sides by a cooling surface (7; 14) which is near the housing, rests against the housing surface and is in the form of a sheathing, while leaving free the sections of the plug or screw connections (4; 5) led through, the cooling surface (7; 14) being at least partly supported on webs which are configured to conduct the gas flow on the outer surface of the half shells.
An etching composition suitable for the selective removal of silicon-germanium over silicon from a microelectronic device, which comprises: 30 to 90 % by weight of water; 0.5 to 20 % by weight of oxidizer; 5 to 75 % by weight of water-miscible organic solvent; 0.001 to 20 % by weight of fluoride ion source; and 0.001 to 1 % by weight of surfactant, wherein the oxidizer is hydrogen peroxide, the water-miscible organic solvent comprises a glycol ether and the surfactant comprises polyalkyleneimine or acetylenic diols or modified acetylenic diols or mixtures thereof, wherein all percentages by weight are based on the total weight of the etching composition, and wherein the etching composition is not an etching composition that consists of: 40 % by weight of hydrogen peroxide at the assay value of 30 % by weight; 24,35 % by weight of deionized water; 0.14 % by weight of lupasol ® 800, 1 % in deionized water; 10 % by weight of ammonium fluoride at the assay value of 40 % by weight; 0.5 % by weight of phosphoric acid at the assay value of 85% by weight; 20 % by weight of dipropylene glycol methyl ether; 5 % by weight of tannic acid; and 0.01 % by weight of hexadecyl trimethylammonium p-toulenesulfonate. 30 to 90 % by weight of water; 0.5 to 20 % by weight of oxidizer; 5 to 75 % by weight of water-miscible organic solvent; 0.001 to 20 % by weight of fluoride ion source; and 0.001 to 1 % by weight of surfactant, 40 % by weight of hydrogen peroxide at the assay value of 30 % by weight; 24,35 % by weight of deionized water; 0.14 % by weight of lupasol ® 800, 1 % in deionized water; 10 % by weight of ammonium fluoride at the assay value of 40 % by weight; 0.5 % by weight of phosphoric acid at the assay value of 85% by weight; 20 % by weight of dipropylene glycol methyl ether; 5 % by weight of tannic acid; and 0.01 % by weight of hexadecyl trimethylammonium p-toulenesulfonate.