mhurhangee/ep-ind-claims huggingface dataset:
Label-holder element for electric switchboard terminal blocks, comprising a body (10;110) extending in a longitudinal direction (X-X) of length, transverse direction (Y-Y) of width and vertical direction (Z-Z) of thickness, with a front face provided with a seat for labels, a rear face (10c;110c) opposite the front face in the vertical direction (Z-Z), and side faces opposite to each other in the transverse direction (Y-Y); means (40;140) projecting outwards from the rear face (10c, 110c) of the body and suitable for coupling with means for supporting the label-holder element on a terminal block (100;1100), wherein said seat has a top edge and a bottom edge arranged opposite each other in the longitudinal direction (X-X) and formed with engaging means (21,22) for a label or a label-holder element and is open laterally in the transverse direction (Y-Y) on at least one side to allow insertion/extraction of a label from at least one side of the seat; wherein the coupling means projecting from the rear face comprise at least one pair of teeth extending outwards from the rear face (10c;110c) of the body, and each tooth of at least one pair of coupling teeth has the form of an elongated "C" with two arms, an end of each arm being attached to the rear face (10c,110c), and an internal cavity is situated between the arms of said "C", thereby providing each tooth (40;140) with an elasticity in the longitudinal direction (X-X) for allowing the teeth (40;140) to flex elastically in the longitudinal direction (X-X).
A method for preparing an Fe 3 O 4 iron oxide-based black glossy pigment comprising: preparing an iron sulfate dilution liquid containing iron sulfate (FeSO 4 ·7H 2 O); forming a substrate suspension by adding flake substrates to deionized water (D.I. water), followed by mixing, stirring and dispersing; coating the flake substrates by titrating the substrate suspension with an aqueous inorganic salt solution to hydrolyze the aqueous inorganic salt solution, and mixing the prepared iron sulfate dilution liquid therewith, to thereby coat an oxide layer on surfaces of the flake substrates; and after the coating of the flake substrates, dehydrating and washing the flake substrates coated with the oxide layer and a reaction residual liquid, and drying the dehydrated flake substrates at 50°C to 60°C, and screening the flake substrates, using mesh wherein the aqueous inorganic salt solution includes one selected from TiCl 4, TiOCl 2, TiOSO 4, BaCl 2, AlCl 3, SnCl 4, FeCl 3, FeSO 4, SiCl 4, ZrOCl 2, Na 2 O·SiO 2 ·5H 2 O, MnCl 2, MgCl 2 and CoCl 2, or one or more mixtures thereof, and wherein in the coating of the flake substrates, at pH of 7 to 10, the substrate suspension is stirred and heated at 80°C to 85°C at 400 rpm to 450 rpm, and the iron sulfate dilution liquid is added dropwise to the substrate suspension at a rate of 200 mL/hr to 300 mL/hr. preparing an iron sulfate dilution liquid containing iron sulfate (FeSO 4 ·7H 2 O); forming a substrate suspension by adding flake substrates to deionized water (D.I. water), followed by mixing, stirring and dispersing; coating the flake substrates by titrating the substrate suspension with an aqueous inorganic salt solution to hydrolyze the aqueous inorganic salt solution, and mixing the prepared iron sulfate dilution liquid therewith, to thereby coat an oxide layer on surfaces of the flake substrates; and after the coating of the flake substrates, dehydrating and washing the flake substrates coated with the oxide layer and a reaction residual liquid, and drying the dehydrated flake substrates at 50°C to 60°C, and screening the flake substrates, using mesh wherein the aqueous inorganic salt solution includes one selected from TiCl 4, TiOCl 2, TiOSO 4, BaCl 2, AlCl 3, SnCl 4, FeCl 3, FeSO 4, SiCl 4, ZrOCl 2, Na 2 O·SiO 2 ·5H 2 O, MnCl 2, MgCl 2 and CoCl 2, or one or more mixtures thereof, and wherein in the coating of the flake substrates, at pH of 7 to 10, the substrate suspension is stirred and heated at 80°C to 85°C at 400 rpm to 450 rpm, and the iron sulfate dilution liquid is added dropwise to the substrate suspension at a rate of 200 mL/hr to 300 mL/hr.
Device for force transmission in a component made from fibre composite using a screw connection with a pin-type connection element arranged in a passage of the component, whereby the screw connection has a two-part socket which surrounds the passage of the component and receives the connection element, whereby the first and second sockets parts (6.1, 6.2) of the socket are formed extending in an axially interlocking way and each socket part (6.1, 6.2) has a radially extending flange (15.1, 15.2) with a collar side (16.1, 16.2) facing respectively an upper side and a lower side of the component which is formed on the sliding surface.
A butterfly valve for controlling gas flow, the butterfly valve comprising: a valve body, the valve body defining a bore and including, at least, a first wall and a second wall, the first wall and the second wall being substantially parallel with respect to one another; a shaft disposed substantially perpendicular to the first and second walls and configured for rotatable motion with respect to the valve body, the shaft including a first portion, a second portion, and a center portion, the first portion including a shoulder and intersecting with the first wall, the second portion intersecting with the second wall, and the center portion disposed within the bore; a disk housed within the bore, operatively coupled with the center portion of the shaft, and configured to control gas flow through the bore based on a rotational position of the shaft relative to the valve body; a ball bearing operatively coupled with the first portion of the shaft and disposed proximate to the first wall, the ball bearing including a ball and a race; a one or more O-rings (72, 74, 76) disposed proximate to the ball bearing, the one or more O-rings being configured to prevent gas leakage from the butterfly valve; and a spring disposed proximate to the second wall and the second portion of the shaft and configured to provide an axial force on the shaft, the axial force configured to press the shoulder of the first portion of the shaft against the race of the ball bearing to prevent an outer edge of the disk from contacting an inner wall of the bore. a valve body, the valve body defining a bore and including, at least, a first wall and a second wall, the first wall and the second wall being substantially parallel with respect to one another; a shaft disposed substantially perpendicular to the first and second walls and configured for rotatable motion with respect to the valve body, the shaft including a first portion, a second portion, and a center portion, the first portion including a shoulder and intersecting with the first wall, the second portion intersecting with the second wall, and the center portion disposed within the bore; a disk housed within the bore, operatively coupled with the center portion of the shaft, and configured to control gas flow through the bore based on a rotational position of the shaft relative to the valve body; a ball bearing operatively coupled with the first portion of the shaft and disposed proximate to the first wall, the ball bearing including a ball and a race; a one or more O-rings (72, 74, 76) disposed proximate to the ball bearing, the one or more O-rings being configured to prevent gas leakage from the butterfly valve; and a spring disposed proximate to the second wall and the second portion of the shaft and configured to provide an axial force on the shaft, the axial force configured to press the shoulder of the first portion of the shaft against the race of the ball bearing to prevent an outer edge of the disk from contacting an inner wall of the bore.
Leavening ferment, characterized in that - it is free of baker's yeast; - it comprises a mixture of at least two cultured pure cultures of lactic acid bacteria, wherein the pure cultures are selected from the group consisting of L. plantarum, L. pontis, L. sanfranciscensis, L. crispatus, L. suntoryeus, Le. argentinum, L. helveticus, L. paratimentarius, L. fermentum, L. paracasei, L. frumenti, L. alimentarius, W. cibaria, W. confusa, P. acidilactici, P. parvulus and P. pentosaceus, wherein at least one selected pure culture is a strain of pediococcus, and - it comprises at least one cultured yeast strain selected from the group consisting of C. humilis, C. milleri, S. exiguus, S. cerevisiae, S. minor, S. pastorianus and S. fructuum, wherein these yeasts have at no time been grown or cultured on molasses. - it is free of baker's yeast; - it comprises a mixture of at least two cultured pure cultures of lactic acid bacteria, wherein the pure cultures are selected from the group consisting of L. plantarum, L. pontis, L. sanfranciscensis, L. crispatus, L. suntoryeus, Le. argentinum, L. helveticus, L. paratimentarius, L. fermentum, L. paracasei, L. frumenti, L. alimentarius, W. cibaria, W. confusa, P. acidilactici, P. parvulus and P. pentosaceus, wherein at least one selected pure culture is a strain of pediococcus, and - it comprises at least one cultured yeast strain selected from the group consisting of C. humilis, C. milleri, S. exiguus, S. cerevisiae, S. minor, S. pastorianus and S. fructuum, wherein these yeasts have at no time been grown or cultured on molasses.
Navigation apparatus, comprising a storage device, in which a navigation tree having nodes (4, 5, 6, 19) is stored, wherein each node (4, 5, 6, 19) is associated with a device in a production plant, wherein the nodes (4, 5, 6, 19) are linked to one another via directional links (7, 8, 9, 10), wherein an organizational structure is defined by the directional links (7, 8, 9, 10), said organizational structure characterizing nodes (4, 5, 6, 19) which are superordinate and nodes (4, 5, 6, 19) which are subordinate to each node (4, 5, 6, 19), and comprising a display device, on which the nodes (4, 5, 6, 19) can be displayed at least in an expanded display form and a reduced display form, wherein fewer links to directly subordinate nodes are displayed on the display device in the reduced display form of a node than in the expanded display form, and comprising an input means, by which the nodes (4, 5, 6, 19) can be individually selected, wherein an actuation unit for the display device is provided, which triggers a conversion of a node (4, 5, 6, 19) into the expanded display form when said node (4, 5, 6, 19) is selected, characterized in that buttons are provided in the selected node in the expanded display form, by which buttons the device associated with the node can be actuated, parameterized, read from, or otherwise operated or managed, wherein the actuation unit has a control connection to the respective device associated with the selected node, wherein the actuation unit is configured to convert a node (4, 5, 6, 19) superordinate to said selected node (4, 5, 6, 19) into the reduced display form automatically when triggered by the selection, and wherein the actuation unit is configured to reduce the links (7, 8, 9, 10) displayed for a node (4, 5, 6, 19) on the display device, which link to nodes directly subordinate to said node (4, 5, 6 19), upon conversion to the reduced display form.
A postal optical character recognition device comprising: a collation data generating portion configured to acquire an image including information of a destination address; to read in character strings from the image with a predetermined marker serving as a reference and extract a plurality of lines that those character strings show; and to generate collation data that is identifier information showing a graphical characteristic of the destination address included in the image using characters at predetermined positions in each line and position information of each of the predetermined positions in each line; a collating portion configured to use the collation data to look up address sorting information corresponding to the collation data, and in the case of having found it, to read out the address sorting information and output it; and a registering portion configured to, in the case of not finding the address sorting information, register the collation data that the collation data generating portion has generated and address sorting information corresponding to the destination information included in the image in a corresponding manner, and wherein the collation data generating portion is configured to: - select the first word and the last word of each line of the lines of a text, - select the first character of each of said selected word, - find coordinate information of a predetermined point in each of the selected characters, and - classify the figure formed by joining said predetermined points into a shape pattern defining said graphical characteristic. a collation data generating portion configured to acquire an image including information of a destination address; to read in character strings from the image with a predetermined marker serving as a reference and extract a plurality of lines that those character strings show; and to generate collation data that is identifier information showing a graphical characteristic of the destination address included in the image using characters at predetermined positions in each line and position information of each of the predetermined positions in each line; a collating portion configured to use the collation data to look up address sorting information corresponding to the collation data, and in the case of having found it, to read out the address sorting information and output it; and a registering portion configured to, in the case of not finding the address sorting information, register the collation data that the collation data generating portion has generated and address sorting information corresponding to the destination information included in the image in a corresponding manner, - select the first word and the last word of each line of the lines of a text, - select the first character of each of said selected word, - find coordinate information of a predetermined point in each of the selected characters, - classify the figure formed by joining said predetermined points into a shape pattern defining said graphical characteristic.
A trailer for transporting vehicles, provided with a supporting chassis which can be associated, at its front region, with a tractor and defines, at its rear region, a depressed loading deck which is associated with a respective rear supporting assembly for at least one wheel assembly, said trailer comprising movement means which are adapted to move on command said rear supporting assembly with respect to said chassis in order to pass between a transport position, in which said rear supporting assembly defines a rear abutment which is extended above said depressed loading deck, and a loading position, in which said rear supporting assembly is arranged laterally to said depressed loading deck in order to allow the loading of a vehicle to be transported, said movement means comprising first movement means, which act between said rear supporting assembly and said wheel assembly and are adapted to move on command said at least one axle toward/away from an upper region of said rear supporting assembly, and second movement means, which act between said rear supporting assembly and said chassis and are adapted to move laterally to said depressed loading deck said rear supporting assembly with said at least one axle raised; said trailer being characterized in that said second movement means comprise a movement element which is adapted to rotate said rear supporting assembly with respect to said chassis about a pivoting axis which is parallel to the axis of longitudinal extension of said chassis.
A probe cover for a medical instrument insertable into a body cavity, the probe cover comprising: a distal end; a proximal end opposite the distal end; an annular cove formed by an inner surface of the probe cover and being configured to releasably mate with a detent bead of the instrument; an annular flange extending around the proximal end; and a camming surface defined by the flange radially outward of the base, wherein: the camming surface is configured to mate with an ejector mechanism of the instrument; the probe cover being characterized in that: at least a portion of the cove forms a weakened section disposed adjacent to a portion of the flange forming the camming surface, the weakened section being configured to flex in response to application of a force to the camming surface by the ejector mechanism of the instrument, wherein such flexing releases the cover from the instrument. a distal end; a proximal end opposite the distal end; an annular cove formed by an inner surface of the probe cover and being configured to releasably mate with a detent bead of the instrument; an annular flange extending around the proximal end; and a camming surface defined by the flange radially outward of the base, wherein: the camming surface is configured to mate with an ejector mechanism of the instrument; the probe cover being characterized in that: at least a portion of the cove forms a weakened section disposed adjacent to a portion of the flange forming the camming surface, the weakened section being configured to flex in response to application of a force to the camming surface by the ejector mechanism of the instrument, wherein such flexing releases the cover from the instrument.
Domestic appliance, in particular a dishwasher, having a housing which provides an interior and which has a loading opening that can be closed by means of a door that is mounted so as to be pivotable about a horizontal pivot axis, and having a light source arranged in the interior, which light source can be switched by means of a switch arrangement that is arranged in the door and that has an acceleration sensor, characterised in that the light source is switched depending on the door movement direction and/or dimmed depending on the door opening angle (φ).
A method for making a cable joint, comprising the steps of a) joining a first bare conductor end of a first cable having a polymeric insulation to a second bare conductor end of a second cable having a polymeric insulation to create a conductor joint, b) applying a curable reaction mixture over the conductor joint and in contact with the polymeric insulation of the first cable and the second cable and c) curing the curable reaction mixture to form a polymeric insulating sheath over the conductor joint and bonded to the polymeric insulation of each of the first and second cables; wherein the curable reaction mixture contains 1) at least one multifunctional carbon-Michael acceptor compound, wherein at least one of such multifunctional carbon-Michael acceptor compounds contains two or more carbon-Michael acceptor groups, of which at least one is separated from each of the other carbon-Michael acceptor groups by an aliphatic polyether group having a molecular weight of at least 800 atomic mass units, 2) at least one multifunctional carbon-Michael donor compound and 3) at least one carbon-Michael reaction catalyst. a) joining a first bare conductor end of a first cable having a polymeric insulation to a second bare conductor end of a second cable having a polymeric insulation to create a conductor joint, b) applying a curable reaction mixture over the conductor joint and in contact with the polymeric insulation of the first cable and the second cable and c) curing the curable reaction mixture to form a polymeric insulating sheath over the conductor joint and bonded to the polymeric insulation of each of the first and second cables;
Box for containing food products of the type able to switch from an upright working configuration to a depressed at rest configuration, and vice-versa, said box comprising a bottom wall and a plurality of perimeter walls (11, 12, 13, 14) foldable with respect to said bottom wall such as to switch from said depressed configuration to said upright configuration, and vice-versa, said plurality of foldable perimeter walls comprising at least one front wall having an inner face and an outer face, and at least one side wall adjacent to said front wall, wherein said inner face of said at least one front wall is in contact with the inner face of said bottom wall, at least when said box is in said depressed configuration, said box further comprising at least one sealed connection wall between said at least one front wall and said at least one side wall, which is adapted to prevent the liquid from coming out of the box, at least when said box is in said upright configuration, said at least one connection wall being provided with a first folding line defining a first connecting flap and a second connecting flap, a second folding line arranged between said first connecting flap and said at least one first front wall, and a third folding line arranged between said second connecting flap and said at least one side wall, said first folding line comprising a first end arranged at the meeting point between said at least one front wall, said at least one side wall and said bottom wall, and a second free end opposite said first end, said first flap further comprising a first face and a second face, said second face comprising at least one gluing area for gluing to the outer face of said front wall, said box being characterized in that said first folding line is provided with a slit starting from the second free end in direction of said first end.
An Adjustable Compensation Ratio, closed-loop, negative-feedback system for compensation of physical fields in at least one axis within a Protected Volume of space located within an Operational Volume of space, where such compensation may be used for suppression of an undesired physical field, the system comprising: a) an axial subsystem comprising first physical field sensing means performing as a first summation node in an Operational Volume of space, preamplification and bandshaping filters representable by a Laplace transform function, a secondary summation node, an adjustable post-amplifier, and an output power driver for providing a compensating physical field and corresponding constant attenuation coefficient per axis; b) parametric extraction means for generating a first ratiometric offset signal; and c) a supplementary direct loop operatively connected to said first summation node, said supplementary direct loop including said secondary summation node for receiving said first ratiometric offset signal to correct for environmental alteration of the compensating signal. characterized by further comprising an intermediary Interacting Medium surrounding said Protected Volume of space, wherein physical influence due to said Interacting Medium operating on traversing fields is defined by first and second Laplace transform expressions. a) an axial subsystem comprising first physical field sensing means performing as a first summation node in an Operational Volume of space, preamplification and bandshaping filters representable by a Laplace transform function, a secondary summation node, an adjustable post-amplifier, and an output power driver for providing a compensating physical field and corresponding constant attenuation coefficient per axis; b) parametric extraction means for generating a first ratiometric offset signal; and c) a supplementary direct loop operatively connected to said first summation node, said supplementary direct loop including said secondary summation node for receiving said first ratiometric offset signal to correct for environmental alteration of the compensating signal.