mhurhangee/ep-ind-claims huggingface dataset:
Ground-covering element to be laid, in particular, on cultivated ground, so as to cover a surface of the ground around the plant, the growth of which is to be promoted, said covering element taking the form of a sheet with turned-down longitudinal edges giving said sheet a general U-shaped cross-section, said U being, in the usage configuration of said covering element, when said covering element is installed on the ground that is to be treated, open towards the ground with the web of the U having what is referred to as a bottom face facing the ground and an opposite top face, said sheet being provided, along each of its transverse edges, level with the web of the U, with a cutout capable of delimiting a passage for a plant, where the top face of the web of the U of the sheet is provided with one or multiple longitudinal grooves each forming a channel and with one or multiple transverse ribs, the or at least one of the longitudinal grooves being capable of forming a guideway into which an irrigation pipe can be fitted and being provided with one or multiple through-holes for draining said longitudinal groove, and the or at least one of the transverse ribs being interrupted level with the longitudinal groove or at least one of the longitudinal grooves.
Radio control system for controlling at least one machine, in particular a crane, comprising - a radio receiver on the machine side, to which a dedicated, unique identification marking is assigned, - a radio transmitter for generating and transmitting radio telegrams to the radio receiver, wherein, subject to information about the identification marking of the radio receiver, the radio transmitter is further configured to generate and store identification data, and wherein the radio transmitter is further configured to incorporate the identification data into its radio telegrams, wherein the radio receiver can be initialised such that it accepts radio telegrams for the machine control if they contain relevant identification data in the radio telegrams, wherein the radio transmitter is also assigned a dedicated, unique identification marking, wherein the radio transmitter is further configured to generate the identification data subject to information about the identification marking of the radio transmitter and subject to information about the identification marking of the radio receiver, characterised in that the radio control system further comprises a mobile data carrier that is assigned to the radio receiver but can be transported separately from the same, which contains the information about the identification marking of the radio receiver as stored data, wherein the radio transmitter has an interface for transmitting data, with which the mobile data carrier can be brought into data transmission connection and by way of which information about the identification marking of the radio receiver can be transmitted from the mobile data carrier into the radio transmitter, wherein the generating of the identification data subject to information about the identification marking of the radio transmitter and subject to information about the identification marking of the radio receiver requires the process of importing of the information about the identification marking of the radio receiver and the communication of the identification marking of the radio receiver to the radio transmitter through data transmission via its data transmission interface. - a radio receiver on the machine side, to which a dedicated, unique identification marking is assigned, - a radio transmitter for generating and transmitting radio telegrams to the radio receiver,
A security device comprising a first pattern of elements and a second, overlapping, pattern of elements spaced by a transparent layer, the first and second patterns in combination obstructing the passage of light transmitted to a viewer through the device to a varying degree depending on the viewing position, characterized in that the first and second patterns of elements are configured so as to define at least three regions of the device, constituting a first group of regions, each region exhibiting a maximum degree of obstruction when observed by a viewer from at least one maxima viewing position, and a minimum degree of obstruction when observed by a viewer from at least one minima viewing position, the at least one maxima viewing position and the at least one minima viewing position constituting a set of peak viewing positions for each region, and wherein the sets of peak viewing positions associated with each of the regions of the first group respectively are different from one another, wherein at least when viewed from a position away from the normal, each of the at least three regions of the first group exhibits a different degree of obstruction.
A rotary tool comprising: a generally cylindrically-shaped housing having a nose portion and a main body portion, the main body portion being configured to serve as a handle for the tool; a motor enclosed in the main body portion of the housing having an output shaft, the output shaft defining an axis of rotation, the motor being configured to rotate the output shaft in a first direction about the axis of rotation; a collet nut attached to a distal end portion of the output shaft, the collet nut being configured to releasably retain an accessory tool in alignment with the axis of rotation; and a fan mechanism including a central hub attached concentrically to the collet nut and a plurality of fan blades, the plurality of fan blades being attached to the central hub and extending radially outwardly therefrom, the plurality of fan blades being configured to move air forwardly in a direction that is generally parallel to the axis of rotation as the collet nut is rotated in the first direction by the output shaft. a generally cylindrically-shaped housing having a nose portion and a main body portion, the main body portion being configured to serve as a handle for the tool; a motor enclosed in the main body portion of the housing having an output shaft, the output shaft defining an axis of rotation, the motor being configured to rotate the output shaft in a first direction about the axis of rotation; a collet nut attached to a distal end portion of the output shaft, the collet nut being configured to releasably retain an accessory tool in alignment with the axis of rotation; and a fan mechanism including a central hub attached concentrically to the collet nut and a plurality of fan blades, the plurality of fan blades being attached to the central hub and extending radially outwardly therefrom, the plurality of fan blades being configured to move air forwardly in a direction that is generally parallel to the axis of rotation as the collet nut is rotated in the first direction by the output shaft.
Pipe connection for thermoplastic plastic pipes (2, 21) which comprise at least on one side a muff joint or a corresponding plug-in end, wherein either the muff joint or the plug-in end is equipped with a heating element which forms a welding zone, characterized in that at least on one side of the welding zone, a sealing element (6, 7) integrally formed at the plastic pipe (2, 21) is formed spaced apart from the welding zone, the sealing element (6, 7) being formed at the inner surface of the muff joint or the outer surface of the plug-in end.
A composition comprising: (a) 2-90 mol-% phosphate ester anions of formula wherein R 1 and R 2 each independently are H or C 1-18 -alkyl, and R 3 is alkanediyl; and (b) 10-98 mol-% aromatic carboxylate anions; each based on the total of (a) and (b) in the composition; (d) 1-35 mol-% aluminum cations; (e) 10-96 mol-% sodium cations; (g) 0-60 mol-% lithium cations; and (h) 0-20 mol-% zinc cations, each based on the total of (d), (e), (g) and (h) in the composition; and the composition contains ≥ 5 wt.-% fatty acid salts. (a) 2-90 mol-% phosphate ester anions of formula wherein R 1 and R 2 each independently are H or C 1-18 -alkyl, and R 3 is alkanediyl; and (b) 10-98 mol-% aromatic carboxylate anions; each based on the total of (a) and (b) in the composition; (d) 1-35 mol-% aluminum cations; (e) 10-96 mol-% sodium cations; (g) 0-60 mol-% lithium cations; and (h) 0-20 mol-% zinc cations, each based on the total of (d), (e), (g) and (h) in the composition; and the composition contains ≥ 5 wt.-% fatty acid salts.
A swash plate type piston pump motor in which: a plurality of pistons are arranged in a circumferential direction in a cylinder block configured to rotate with a rotating shaft; the pistons reciprocate such that tip end portions thereof are guided along a smooth surface of a swash plate; and the swash plate is slidably supported by a swash plate support so as to be able to tilt with respect to the rotating shaft, wherein: a circular-arc smooth convex surface opposed to the swash plate support is formed on a surface of the swash plate, the surface being opposite to the smooth surface of the swash plate, and an oil film keeping groove portion (33, 34) extending in a slide direction is concavely formed on the convex surface; the swash plate support closes a one-side opening of a substantially tubular casing main body and constitutes a part of a casing, and a bearing for rotatably supporting the rotating shaft is internally fitted in the swash plate support and a holding member is attached on an outer side of the bearing; a slide surface of the swash plate support is a circular-arc concave surface (43, 44), the slide surface supporting the convex surface of the swash plate, and a pressure oil supply port (43c, 44c) (21c, 22c) which opens and faces the groove portion (33, 34) is formed on the concave surface (43, 44); quenched portions (43a, 44a), partially quenched by laser light, are formed on the concave surface (43, 44) in a stripe pattern or as a plurality of spots and also extend along an outer periphery of the concave surface (43, 44) so as to surround the stripe-pattern portion or the spot portion, the quenched portions (43a and 44a) surrounding non-quenched portions (43b, 44b). a circular-arc smooth convex surface opposed to the swash plate support is formed on a surface of the swash plate, the surface being opposite to the smooth surface of the swash plate, and an oil film keeping groove portion (33, 34) extending in a slide direction is concavely formed on the convex surface; the swash plate support closes a one-side opening of a substantially tubular casing main body and constitutes a part of a casing, and a bearing for rotatably supporting the rotating shaft is internally fitted in the swash plate support and a holding member is attached on an outer side of the bearing; a slide surface of the swash plate support is a circular-arc concave surface (43, 44), the slide surface supporting the convex surface of the swash plate, and a pressure oil supply port (43c, 44c) (21c, 22c) which opens and faces the groove portion (33, 34) is formed on the concave surface (43, 44); quenched portions (43a, 44a), partially quenched by laser light, are formed on the concave surface (43, 44) in a stripe pattern or as a plurality of spots and also extend along an outer periphery of the concave surface (43, 44) so as to surround the stripe-pattern portion or the spot portion, the quenched portions (43a and 44a) surrounding non-quenched portions (43b, 44b).
A radiation crosslinkable pressure sensitive adhesive precursor comprising: a) an acrylate base polymer; b) a co-polymerized type photocrosslinker, in a amount greater than 0.05 parts by weight per 100 parts by weight of acrylate base polymer, wherein said type photocrosslinker is a photocrosslinker, which upon irradiation, becomes excited to a higher energy state in which it can abstract a hydrogen atom from a hydrogen-donating molecule, thereby generating on the hydrogen-donating molecule a free radical capable of further reaction; c) a co-polymerized hydrogen-donating monomer selected from the group of monomers comprising at least one hydrogen atom on a carbon atom in a α-position to a nitrogen, oxygen or sulfur atom; and d) a tackifying resin, in an amount greater than 40 parts by weight per 100 parts by weight of acrylate base polymer. a) an acrylate base polymer; b) a co-polymerized type photocrosslinker, in a amount greater than 0.05 parts by weight per 100 parts by weight of acrylate base polymer, wherein said type photocrosslinker is a photocrosslinker, which upon irradiation, becomes excited to a higher energy state in which it can abstract a hydrogen atom from a hydrogen-donating molecule, thereby generating on the hydrogen-donating molecule a free radical capable of further reaction; c) a co-polymerized hydrogen-donating monomer selected from the group of monomers comprising at least one hydrogen atom on a carbon atom in a α-position to a nitrogen, oxygen or sulfur atom; and d) a tackifying resin, in an amount greater than 40 parts by weight per 100 parts by weight of acrylate base polymer.
A needleless connector comprising: a housing (110, 130)) having an internal cavity with an interior surface, a port, an output flow channel, and a fluid flow path through the cavity between the port and the output flow channel; and a collapsible valve disposed within the cavity such that in an unactuated position the collapsible valve blocks flow through the flow path, and in an actuated position the collapsible valve does not block flow through the liquid flow path, the valve comprising: at least two rings each having a respective surface in sealing contact with the interior surface of the housing in the unactuated and actuated positions; and one or more notches formed in and extending vertically through each of the at least two rings, wherein the one or more notches in a first ring of the at least two rings are circumferentially offset from the one or more notches in a second ring of the at least two rings that is adjacent to the first ring, wherein the fluid flow path passes through one of the one or more notches in each of the at least two rings. a housing (110, 130)) having an internal cavity with an interior surface, a port, an output flow channel, and a fluid flow path through the cavity between the port and the output flow channel; and a collapsible valve disposed within the cavity such that in an unactuated position the collapsible valve blocks flow through the flow path, and in an actuated position the collapsible valve does not block flow through the liquid flow path, the valve comprising: at least two rings each having a respective surface in sealing contact with the interior surface of the housing in the unactuated and actuated positions; and one or more notches formed in and extending vertically through each of the at least two rings, wherein the one or more notches in a first ring of the at least two rings are circumferentially offset from the one or more notches in a second ring of the at least two rings that is adjacent to the first ring, at least two rings each having a respective surface in sealing contact with the interior surface of the housing in the unactuated and actuated positions; and one or more notches formed in and extending vertically through each of the at least two rings, wherein the one or more notches in a first ring of the at least two rings are circumferentially offset from the one or more notches in a second ring of the at least two rings that is adjacent to the first ring,
An impeller for a centrifugal pump, the impeller comprising at least a hub (52, 152) having an axis, a shroud (54, 154) extending outwardly from the hub (52, 152) and dividing the impeller (50, 150) to a front side and a rear side, at least one working vane (56, 156) arranged on a first face of the hub (52, 152) and the shroud (54, 154) at the front side of the impeller (50, 150), at least one rear vane (60, 160) arranged on a second face (54', 154') of the shroud (54, 154) at the rear side of the impeller (50, 150), and at least one balancing conduit (58, 158) extending through said hub (52, 152) from a first opening (64, 164) at the first face to a second opening (66, 166) at the rear side of the impeller (50, 150); the first opening (64, 164) of the at least one balancing conduit (58, 158) in the first face of the hub (52, 152) being located closer to the axis of the impeller than the second opening (66, 166) at the rear side of the impeller (50, 150), and the first opening (64, 164) in the first face of the hub (52, 152) being located within the circle C formed by the radially innermost part (56e, 156e) of the at least one working vane (56, 156), while the impeller (50, 150) is rotated about the axis characterized in that the second opening (66, 166) of the at least one balancing conduit (58, 158) at the rear side of the impeller (50, 150) is located at the smallest diameter of the shroud (54, 154).
Envelope for cushion, a structure of cover or a structure of mattress, comprising: an envelope part with a first layer (1.1) and a second layer (1.2) which are fixedly connected to each other on at least one side and which form between each other a pocket which is closable by means of a easy detachable connecting device (1.31, 1.32), and an insert comprising a gel sheet (2.1) on a support strap (2.2), the insert being connectable to the inner side of one of the two layers (1.1, 1.2), forming the pocket by means of an easy detachable connection device, characterized in that one of the two layers (1.1, 1.2) is constructed of a more heat-insulating and softer material as compared to the other layer and in that both inner sides of the envelope part are provided respectively with a circumferential zipper (2.42, 2.43) and the insert is provided along its circumference with a corresponding zipper (2.41) so that the insert can be connected with the one inner side of the envelope part or with the other inner side of the envelope part. an envelope part with a first layer (1.1) and a second layer (1.2) which are fixedly connected to each other on at least one side and which form between each other a pocket which is closable by means of a easy detachable connecting device (1.31, 1.32), and an insert comprising a gel sheet (2.1) on a support strap (2.2), the insert being connectable to the inner side of one of the two layers (1.1, 1.2), forming the pocket by means of an easy detachable connection device, characterized in that one of the two layers (1.1, 1.2) is constructed of a more heat-insulating and softer material as compared to the other layer and in that both inner sides of the envelope part are provided respectively with a circumferential zipper (2.42, 2.43) and the insert is provided along its circumference with a corresponding zipper (2.41) so that the insert can be connected with the one inner side of the envelope part or with the other inner side of the envelope part.
A thermal management system for a hybrid/electric vehicle (H/EV) having a vehicle chassis thermal loop including a fluid, a circulation pump, and one or more lines through which the fluid flows, the thermal management system comprising: a component thermal loop comprising the fluid and one or more lines configured to be in contact with a portion of a component through or around which the fluid flows; the component thermal loop is configured for being coupled to the vehicle chassis thermal loop; and the component thermal loop having at least a portion of the one or more lines being a plastic heated line; wherein the plastic heated line is configured to heat the fluid to a temperature that is at or above a cold operating temperature predetermined for the component and wherein this temperature is in the range of 0°C to 70°C. a component thermal loop comprising the fluid and one or more lines configured to be in contact with a portion of a component through or around which the fluid flows; the component thermal loop is configured for being coupled to the vehicle chassis thermal loop; and the component thermal loop having at least a portion of the one or more lines being a plastic heated line; wherein the plastic heated line is configured to heat the fluid to a temperature that is at or above a cold operating temperature predetermined for the component and wherein this temperature is in the range of 0°C to 70°C.
Apparatus for storing received data blocks as deduplicated data blocks, the apparatus comprising a repository, storing one or more containers, each container storing one or more data segments and segment metadata for each data segment, and a database, storing a plurality of deduplicated data blocks, each deduplicated data block containing a plurality of references to the data segments of the received data block and to the containers storing these data segments, wherein the apparatus is configured to maintain, in the repository, a plurality of block backup files, each block backup file storing a copy of one or more deduplicated data blocks, and wherein the apparatus is configured to associate a deduplicated data block in the database with the block backup file in which a copy of the deduplicated data block is stored. a repository, storing one or more containers, each container storing one or more data segments and segment metadata for each data segment, and a database, storing a plurality of deduplicated data blocks, each deduplicated data block containing a plurality of references to the data segments of the received data block and to the containers storing these data segments, wherein the apparatus is configured to maintain, in the repository, a plurality of block backup files, each block backup file storing a copy of one or more deduplicated data blocks, and wherein the apparatus is configured to associate a deduplicated data block in the database with the block backup file in which a copy of the deduplicated data block is stored.
A glass comprising: 67 ≤ SiO 2 ≤ 70 11 ≤ Al 2 O 3 ≤ 13.5 3 ≤ B 2 O 3 ≤ 6 3.5 ≤ MgO ≤ 7 4 ≤ CaO ≤ 7 1 ≤ SrO ≤ 4 0.5 ≤ BaO ≤ 3 0.02 ≤ SnO 2 ≤ 0.3 0 ≤ CeO 2 ≤ 0.3 0.00 ≤ As 2 O 3 ≤ 0.5 0.00 ≤ Sb 2 O 3 ≤ 0.5 0.01 ≤ Fe 2 O 3 ≤ 0.08 F + Cl + Br ≤ 0.4 wherein all oxides are in mol% and 1.05 ≤ MgO + BaO + CaO + SrO / Al 2 O 3 ≤ 1.25 0.7 ≤ CaO + SrO + BaO / Al 2 O 3 ≤ 0.9 0.3 ≤ MgO/ CaO + SrO + BaO ≤ 0.6 where Al 2 O 3, MgO, CaO, SrO and BaO represent the mol percents of the representative oxide components, and wherein the glass is alkali-free.