mhurhangee/ep-ind-claims huggingface dataset:
A protective cushion to be used in dog training, having an outer and an inner covering, made of a material reinforced with synthetic fibres, furthermore bordered by a sewn edge line, and at least one fastening strap is fixed in the protective cushion edge element, extending beyond it, characterized in that the inner covering of the protective cushion bordered by an edge line is covered at least partially by a protective cushion hook and loop fastener fixing element.
Large container having a base part and a side wall extending all the way around without a break, wherein the side wall is made up of a large number of individual plates joined together, and the plates are each provided with a foil on their inner side oriented towards the inside of the container, wherein adjacent foils that adjoin one another are joined together liquid-tightly by means of sealing welds, wherein the foil is fastened in position on the side wall relative to the metal plates by means of bolts, characterised in that also the base part is lined with a foil, and a thermally insulating intermediate layer is disposed between the foil and the base part and a thermally insulating intermediate layer (8, 9) is also disposed between each foil and its plate, and that the bolts in the area of U-profiles extend through the plates from the outside to the inside into retaining plates, wherein the U-profiles each extend along the upper edge of a plate and are fastened immovably to the plate and extend upwards over the plate in such a way that the U-profiles can be attached in the same way to the bottom edge of an adjacent side wall segment disposed above it and the retaining plates hold the intermediate layer firmly in place on the metal plates and hold in place foil strips that are disposed between the intermediate layer and the foil, wherein the strips of foil protrude above the retaining plates and are welded to the foil in the area of protrusion, and wherein open threaded sleeves are screwed at both axial ends onto retaining bolts that in their turn are fastened to the retaining plates and the threaded sleeves each receive a bolt.
A gripping system comprising: a gripping surface comprising a plurality of sharp protrusions arranged in a gripping area of said gripping surface, each of them comprising a tip, there being for each sharp protrusion a predetermined direction of resistance, which is defined as the projection over the gripping area of the direction defined by the orientation of the tip of said sharp protrusion, such that there can be different predetermined directions of resistance throughout the gripping area, and each sharp protrusion being configured to provide sliding resistance against a sliding element which slides in contact with the gripping area in the direction opposite the predetermined direction of resistance of said sharp protrusion; a sliding element adapted for mechanically interacting with the sharp protrusions of the gripping surface; the gripping system being characterized in that it further comprises a separating part adapted for being introduced between the gripping surface and the sliding element when the gripping surface and the sliding element are gripping one another, such that the presence of the separating part between the gripping surface and the sliding element prevents the gripping of both elements. a gripping surface comprising a plurality of sharp protrusions arranged in a gripping area of said gripping surface, each of them comprising a tip, there being for each sharp protrusion a predetermined direction of resistance, which is defined as the projection over the gripping area of the direction defined by the orientation of the tip of said sharp protrusion, such that there can be different predetermined directions of resistance throughout the gripping area, and each sharp protrusion being configured to provide sliding resistance against a sliding element which slides in contact with the gripping area in the direction opposite the predetermined direction of resistance of said sharp protrusion; a plurality of sharp protrusions arranged in a gripping area of said gripping surface, each of them comprising a tip, there being for each sharp protrusion a predetermined direction of resistance, which is defined as the projection over the gripping area of the direction defined by the orientation of the tip of said sharp protrusion, such that there can be different predetermined directions of resistance throughout the gripping area, and each sharp protrusion being configured to provide sliding resistance against a sliding element which slides in contact with the gripping area in the direction opposite the predetermined direction of resistance of said sharp protrusion; a sliding element adapted for mechanically interacting with the sharp protrusions of the gripping surface; the gripping system being characterized in that it further comprises a separating part adapted for being introduced between the gripping surface and the sliding element when the gripping surface and the sliding element are gripping one another, such that the presence of the separating part between the gripping surface and the sliding element prevents the gripping of both elements.
Method for controlling a battery with electrochemical cells (CEk) making it possible to balance the average currents passing through the cells (CEk), the battery comprising at least one current line, formed by a plurality n of elementary cell modules (MEk) connected in series, capable of delivering a voltage waveform, each elementary module (MEk) comprising two connection terminals (Bk1, Bk2), at least one cell (CEk) delivering a elementary voltage Vcell and switching means (comk1, comk2) able to control the elementary module (MEk) in the current line according to three different control states respectively making it possible to deliver said elementary voltage Vcell to said terminals, a zero voltage and said voltage Vcell inverted so as to produce a voltage waveform, the method comprising: - a step for controlling the control signals (uik) of the elementary modules (MEk) so as to provide the voltage waveform from a selection of a group of q elementary modules (MEk) as a function of a reference voltage setpoint Vref, where Vref =qVcell, - The determination of a classification of the n modules elementary, the method being characterized in that it further comprises: - The processing of the classification of the plurality n according to a circular permutation of the positions (nk) of the elementary modules (MEk) so that each elementary module (MEk) of the plurality n participates in producing the voltage waveform, the processing of the classification according to the circular permutation being executed in the event of further detection that the reference voltage setpoint Vref is lower than a predetermined voltage threshold and in the event of simultaneous detection of a current setpoint of the current line which is greater than a predetermined current threshold. - a step for controlling the control signals (uik) of the elementary modules (MEk) so as to provide the voltage waveform from a selection of a group of q elementary modules (MEk) as a function of a reference voltage setpoint Vref, where Vref =qVcell, - The determination of a classification of the n modules elementary, - The processing of the classification of the plurality n according to a circular permutation of the positions (nk) of the elementary modules (MEk) so that each elementary module (MEk) of the plurality n participates in producing the voltage waveform, the processing of the classification according to the circular permutation being executed in the event of further detection that the reference voltage setpoint Vref is lower than a predetermined voltage threshold and in the event of simultaneous detection of a current setpoint of the current line which is greater than a predetermined current threshold.
Process for the realization of door and window frames made of plastic material, comprising: - at least a step of providing at least a profiled element made of plastic material for the realization of door and window frames; - at least a step of providing at least a reinforcing element made of metal material, said profiled element having at least a containment seat of said reinforcing element; - at least a step of inserting said reinforcing element inside said containment seat; - at least a step of fixing said reinforcing element to said profiled element by means of fixing means between at least a portion of the profiled element and at least a portion of the reinforcing element; wherein said fixing step comprises at least a heating step of said portion of the reinforcing element by means of electromagnetic induction means, said fixing means being adapted to cooperate with at least one of said portion of the profiled element and said heated portion of the reinforcing element for the fixing of said portion of the reinforcing element to said portion of the profiled element; wherein said heating step comprises a softening step of said portion of the profiled element wherein said heated portion of the reinforcing element is arranged in contact with said portion of the profiled element, said heated portion of the reinforcing element being adapted to yield heat to said portion of the profiled element to obtain said softened portion of the profiled element; characterized in that: - said fixing means comprise at least a through hole formed on said portion of the reinforcing element; and - said fixing step comprises at least a pressure step of said softened portion of the profiled element at least partially inside said through hole, said pressure step being subsequent to said softening step. - at least a step of providing at least a profiled element made of plastic material for the realization of door and window frames; - at least a step of providing at least a reinforcing element made of metal material, said profiled element having at least a containment seat of said reinforcing element; - at least a step of inserting said reinforcing element inside said containment seat; - at least a step of fixing said reinforcing element to said profiled element by means of fixing means between at least a portion of the profiled element and at least a portion of the reinforcing element; - said fixing means comprise at least a through hole formed on said portion of the reinforcing element; and - said fixing step comprises at least a pressure step of said softened portion of the profiled element at least partially inside said through hole, said pressure step being subsequent to said softening step.
Encapsulated phthalocyanine particles, said particles comprising a) at least one water-soluble phthalocyanine compound, and b) gelatine having a bloom strength of 2 to 80 as encapsulating material. a) at least one water-soluble phthalocyanine compound, and b) gelatine having a bloom strength of 2 to 80 as encapsulating material.
Method for authentication of a user (U1, U2) at a business application over the Internet - wherein a token (TK1, TK2) is transmitted from said business application to a communication terminal of said user (U1, U2), said communication terminal being connected to a telecommunications network, - wherein said user (U1, U2) sends said token (TK1, TK2) or a token (TK1, TK2) information deduced from said token (TK1, TK2) to said business application for authentication at said business application, - wherein said business application sends said token (TK1, TK2) in connection with a user identifier (UI1, UI2) identifying said user (U1, U2) to a forwarding device of said telecommunications network, - wherein said forwarding device determines a communication address (CA1, CA2) of said communication terminal by means of said user identifier (UI1, UI2) and - wherein said forwarding device forwards said token (TK1, TK2) to said communication terminal by means of said communication address (CA1, CA2), characterised in - that said forwarding device or an identifying device of said telecommunications network identify said communication terminal out of a plurality of terminals of said user under at least one of the following aspects: - transfer rate or velocity of transmission of the token (TK1, TK2) to said communication terminal, - security of a connection to said communication terminal, - technical capability of said communication terminal. - wherein a token (TK1, TK2) is transmitted from said business application to a communication terminal of said user (U1, U2), said communication terminal being connected to a telecommunications network, - wherein said user (U1, U2) sends said token (TK1, TK2) or a token (TK1, TK2) information deduced from said token (TK1, TK2) to said business application for authentication at said business application, - wherein said business application sends said token (TK1, TK2) in connection with a user identifier (UI1, UI2) identifying said user (U1, U2) to a forwarding device of said telecommunications network, - wherein said forwarding device determines a communication address (CA1, CA2) of said communication terminal by means of said user identifier (UI1, UI2) and - wherein said forwarding device forwards said token (TK1, TK2) to said communication terminal by means of said communication address (CA1, CA2), characterised in - that said forwarding device or an identifying device of said telecommunications network identify said communication terminal out of a plurality of terminals of said user under at least one of the following aspects: - transfer rate or velocity of transmission of the token (TK1, TK2) to said communication terminal, - security of a connection to said communication terminal, - technical capability of said communication terminal.
Use of a particulate inhibiting additive composition to inhibit particulate formation above the cloud point in a fuel oil composition comprising bio-diesel or a blend of bio-diesel and a petroleum based component; wherein the particulate inhibiting additive composition comprises one or more of Agglomeration Retarders and Particulate Dispersants; wherein said Agglomeration Retarders are prepared from monomers selected from the group consisting of monomers represented by general formulas I and II: wherein: R = a hydrogen atom, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms; R 1 = H, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms; R 2 = a hydrogen atom, or an optionally substituted C 1-8 alkyl group; and R 3 = a hydrogen atom, or an optionally substituted C 1-8 alkyl group; or R 2 and R 3 together with the connected carbon atom represent an optionally substituted cycloalkyl or cycloalkylene ring having 5-20 carbon ring atoms; wherein: R = a hydrogen atom, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms R', R" = a hydrogen atom or an optionally substituted, C 1-8 alkyl group R 1 = H, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms x = between 0 - 5 n = between 1 and 100; and wherein said Particulate Dispersant is selected from the group consisting of: (i) substituted amines (ii) acylated nitrogen compounds, and (iii) nitrogen-containing condensates of phenol and an aldehyde. R = a hydrogen atom, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms; R 1 = H, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms; R 2 = a hydrogen atom, or an optionally substituted C 1-8 alkyl group; and R 3 = a hydrogen atom, or an optionally substituted C 1-8 alkyl group; or R = a hydrogen atom, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms R', R" = a hydrogen atom or an optionally substituted, C 1-8 alkyl group R 1 = H, or an optionally substituted hydrocarbon group having from 1 to 30 carbon atoms x = between 0 - 5 n = between 1 and 100; and wherein said Particulate Dispersant is selected from the group consisting of: (i) substituted amines (ii) acylated nitrogen compounds, and (iii) nitrogen-containing condensates of phenol and an aldehyde. (i) substituted amines (ii) acylated nitrogen compounds, and (iii) nitrogen-containing condensates of phenol and an aldehyde.
An aluminum alloy die cast product obtained through die casting a highly heat conductive aluminum alloy for die casting, the alloy comprising Cu by not more than 2.30 wt%, Si by not more than 1.50 wt%, and Fe by 1.20 to 2.60 wt%, the remaining portion thereof being Al and unavoidable impurities.
A cleaning system for use in an agricultural harvester, comprising: a sieve (46, 48, 50); and an auger arrangement (70, 120) positioned below said sieve (46, 48, 50), said auger arrangement (70, 120) including an auger (64, 56), an end plate (78, 122) carrying said auger (64, 56) and having a curved slot (80, 124) positioned radially outside of the auger (64, 56), a trough (62, 130) having an inner side wall (94, 106), and an elongate removable pull out (82, 128) which is slidable through said curved slot (80, 124) adjacent to said inner side wall (94, 106), characterized in that the auger arrangement (70, 120) further includes a deformable seal (88, 126) associated with said curved slot (80, 124), said removable pull out (82, 128) and said deformable seal (88, 126) together being configured to prevent exit and entry of loose particles through said curved slot (80, 124). a sieve (46, 48, 50); and an auger arrangement (70, 120) positioned below said sieve (46, 48, 50), said auger arrangement (70, 120) including an auger (64, 56), an end plate (78, 122) carrying said auger (64, 56) and having a curved slot (80, 124) positioned radially outside of the auger (64, 56), a trough (62, 130) having an inner side wall (94, 106), and an elongate removable pull out (82, 128) which is slidable through said curved slot (80, 124) adjacent to said inner side wall (94, 106), characterized in that the auger arrangement (70, 120) further includes a deformable seal (88, 126) associated with said curved slot (80, 124), said removable pull out (82, 128) and said deformable seal (88, 126) together being configured to prevent exit and entry of loose particles through said curved slot (80, 124).
A multi-way valve with fan-shaped flow channel sealing pair comprising a metering outlet welding flange, a lower O-ring seal, a sliding support ring, a valve body, a middle rotary spool, a valve body O-ring seal, a sealing gasket, fluid inlet welding flanges, connecting bolt and nuts, an upper porous plane body, a connecting electric actuator intermediate flange, an internal hexagon adjusting fixing plate, an adjusting nut, a conical roller bearing, a shaft head O-ring seal, a porthole plug, a floating gating ring, a floating gating ring O-ring seal, an auxiliary sealing ring, an auxiliary sealing support ring, an elastic component in the form of a bellow or dish-shaped spring, a seating ring socket head adjusting nut, a collection and transmission outlet welding flange, wherein the floating gating ring that is applied with contact specific pressure by the elastic component and the upper porous plane body form a gating plane sealing pair; a plurality of fan-shaped flow channel oil inlet holes are annularly and uniformly distributed on the mating surface of the upper porous plane body; the inner part of the middle rotary spool is used as a public flow-guide passage; and the floating gating ring is configured such that it changes gradually from an upper fan-shaped flow channel section to a lower round-shaped flow channel section.
Food container (1, 1', 1") with a receiving tray, a separate cover and a separate insert, which is embodied for insertion into the receiving tray and which has a base, on which a food can be placed, wherein the insert has at least one bracket (16, 21) which projects upward from the base and which has a handle (18, 23) on its upper end facing away from the base, wherein the handle (18, 23) protrudes outward when the insert is inserted into the receiving tray across an upper edge (6a, 7a) of the receiving tray, characterised in that the base of the insert has an outwardly open notch (24, 26) on an edge (19, 20), and the bracket (16, 21) projects upwards from an edge section (25, 27) bounding the notch (24, 26) and the receiving tray has a notch (8, 10) on a side wall (6, 7), said notch, viewed in the height direction, extending from the top edge (6a, 7a) of the receiving tray across at least 50%, in particular at least 80%, in particular at least 90% of the height of the side wall (6, 7), wherein the moulding of the notch (24, 26) of the base is adjusted to the moulding of the notch (8, 10) on the side wall (6, 7), so that when the insert is inserted into the receiving tray, a specific guide is as a result also formed by the intermeshing and corresponding notches (8, 10, 24, 26), wherein the notch (8, 10) in the side wall (6, 7) is embodied to open upward and when the insert is inserted into the receiving tray of the handle (18, 23), the upwardly open notch (8, 10) protrudes into the side wall (6, 7).
Modular portable bridge as a support structure with three components (1, 2, 3) forming support elements, wherein the second component and the third component are side elements of the bridge and the first component is a crossmember, which connects the side elements to one another, wherein a fastening element (6, 6'), which is arranged on the first component, rests on a bearing means (7, 7'), which is arranged on the second component, characterized in that the second component can be pivoted out of an open position, in which the fastening element (6, 6') can be positioned on the bearing means (7, 7'), into a locking position, in which a locking element (8, 8'), which is arranged on the second component, locks the fastening element (6, 6'), in that the pivot axis of the second component runs concentrically in relation to an inner rounding of the fastening element (6, 6') and/or an outer rounding of the fastening element (6, 6'), and in that the contour of the fastening element (6, 6') is adapted to the contour of the bearing means (7, 7') and/or to the contour of the locking element (8, 8').