mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner agitator system comprising: an agitator comprising: a spindle having a first end, a second end, and a longitudinal axis extending between the first end and the second end, one or more agitating devices projecting from the spindle to a first radial height, characterized by one or more friction surfaces projecting from the spindle to a second radial height; and one or more cleaning members positioned adjacent at least a portion of the agitator, the one or more cleaning members being adapted to move between a first position in which the one or more cleaning members do not engage the one or more friction surfaces, and a second position in which the one or more cleaning members engage the one or more friction surfaces to clean debris from the agitator, wherein the one or more cleaning members are arranged to be automatically moved between the first position and the second position based on a predetermined schedule or by means of a feedback control system. a spindle having a first end, a second end, and a longitudinal axis extending between the first end and the second end, one or more agitating devices projecting from the spindle to a first radial height, characterized by one or more friction surfaces projecting from the spindle to a second radial height; and one or more cleaning members positioned adjacent at least a portion of the agitator, the one or more cleaning members being adapted to move between a first position in which the one or more cleaning members do not engage the one or more friction surfaces, and a second position in which the one or more cleaning members engage the one or more friction surfaces to clean debris from the agitator, wherein the one or more cleaning members are arranged to be automatically moved between the first position and the second position based on a predetermined schedule or by means of a feedback control system.
A system for treating a part of a body to be treated comprising a hand-held treating device, and a position identifier (30, 150) configured to generate information indicative of the position of the treating device relative to the part of the body to be treated, wherein a controller is configured to - determine a path and/or angle of orientation of the treating device relative to the part of the body to be treated in dependence of the information generated by the position identifier, and to - operate a feedback module (30, 120) to provide feedback to a user based on the path and/or angle of orientation of the treating device determined by the controller, wherein said feedback module (30, 120) is configured to provide visual, audible and/or tactile feedback to a user, characterized in that the feedback indicates to a user the path that is taken, or in that the feedback indicates the path that should be taken, based on the current path. - determine a path and/or angle of orientation of the treating device relative to the part of the body to be treated in dependence of the information generated by the position identifier, and to - operate a feedback module (30, 120) to provide feedback to a user based on the path and/or angle of orientation of the treating device determined by the controller,
A method for manufacturing a security element for a security and/or value document, comprising a Holographic Recordable Film, in which a sheet-like first pattern in the form of a first hologram is formed, wherein in the first pattern partial regions are formed, in which the first pattern is interrupted and which form a second pattern different from the first pattern, comprising the following steps: a) an information is transformed into a sequence of characters, b) the sequence of characters from step a) is transformed into the second pattern, namely a barcode, c) the pattern from step b) is transformed into a modulator signal for a Spatial Light Modulator, d) the Holographic Recordable Film is exposed, in partial regions, with the interposition of a Spatial Light Modulator modulated with the signal from step c), wherein the second pattern is formed by exposed partial regions of the Holographic Recordable Film, wherein by the exposure the Holographic Recordable Films is photochemically irreversibly modified, so that voids for subsequent exposures are created, e) the exposed Holographic Recordable Film from step d) is subjected to the exposure through a holographic master, wherein the first pattern is formed in regions outside of the exposed partial regions of the second pattern. a) an information is transformed into a sequence of characters, b) the sequence of characters from step a) is transformed into the second pattern, namely a barcode, c) the pattern from step b) is transformed into a modulator signal for a Spatial Light Modulator, d) the Holographic Recordable Film is exposed, in partial regions, with the interposition of a Spatial Light Modulator modulated with the signal from step c), wherein the second pattern is formed by exposed partial regions of the Holographic Recordable Film, wherein by the exposure the Holographic Recordable Films is photochemically irreversibly modified, so that voids for subsequent exposures are created, e) the exposed Holographic Recordable Film from step d) is subjected to the exposure through a holographic master, wherein the first pattern is formed in regions outside of the exposed partial regions of the second pattern.
A method for implementing redundancy protection, applied in a first router, characterised by: providing a first protection group comprising one father interface and any number of child interfaces selected from interfaces of the first router, wherein all of interfaces in the first protection group serve to distribute or receive multicast traffic; activating bidirectional forwarding detection BFD protocol only at the father interface in the first protection group, so as to enable the father interface in the first protection group to establish interaction with a father interface in a second protection group, such that a second router can determine a status of the father interface in the first protection group through the father interface in the second protection group; wherein all of interfaces in the second protection group are selected from interfaces of the second router and serve as backup interfaces for the first protection group, and the second protection group comprises one father interface; and stopping all the interfaces in the first protection group to distribute or receive the multicast traffic when failure occurs at the father interface in the first protection group; wherein stopping all the interfaces in the first protection group to distribute or receive the multicast traffic comprises: changing a forwarding status of the father interface in the first protection group to stop the father interface to distribute or receive the multicast traffic, and enabling the child interfaces in the first protection group to inherit a changed forwarding status of the father interface. providing a first protection group comprising one father interface and any number of child interfaces selected from interfaces of the first router, wherein all of interfaces in the first protection group serve to distribute or receive multicast traffic; activating bidirectional forwarding detection BFD protocol only at the father interface in the first protection group, so as to enable the father interface in the first protection group to establish interaction with a father interface in a second protection group, such that a second router can determine a status of the father interface in the first protection group through the father interface in the second protection group; wherein all of interfaces in the second protection group are selected from interfaces of the second router and serve as backup interfaces for the first protection group, and the second protection group comprises one father interface; and stopping all the interfaces in the first protection group to distribute or receive the multicast traffic when failure occurs at the father interface in the first protection group; wherein stopping all the interfaces in the first protection group to distribute or receive the multicast traffic comprises: changing a forwarding status of the father interface in the first protection group to stop the father interface to distribute or receive the multicast traffic, and enabling the child interfaces in the first protection group to inherit a changed forwarding status of the father interface.
A device comprising one or more components that are adapted to perform a method for obtaining a cumulative distribution function from a signal, the signal having a range, the method comprising receiving the signal at a first port of a 1-bit comparator and applying a stepping signal at a second port of the comparator, the stepping signal having a stepping range that is less than the range of the signal, wherein the stepping signal is applied in a first step with a first value to the second port and in subsequent steps the subsequent value is increased or decreased by the stepping range compared to the value in the immediately preceding step, collecting, for each step, an output value at the output port of the comparator, collecting the output values for each of the steps and obtaining, from the collection of output values, the cumulative distribution function.
Assembly for retaining a spare wheel of a motor vehicle and intended to be secured to an outer underbody part of the motor vehicle, comprising a basket provided with at least three separate top attachments (21, 22, 23, 24) able to be secured to the vehicle, the said attachments (21, 22, 23, 24) being arranged at the periphery of the basket, inside which a spare wheel is positioned, the said basket comprising a fixed part and a movable part pivoting about a hinge axis borne by the fixed part of the basket, the said fixed part comprising at least two top attachments (21, 22) aligned substantially in a direction parallel to the hinge axis, the said movable part comprising at least one top attachment (23, 24), the said assembly being characterized in that it comprises a segment arranged in contact with and above the wheel, the said segment being intended to produce an additional wheel retention, and in that the said segment is connected to the basket by ends (121, 122) arranged in contact with and above the top attachments (21, 22) of the fixed part of the basket.
Aircraft and data-loading system for loading software configurations into electronic components (38, 39, 40, 41,...) of aircraft, wherein the data-loading system comprises a database system, a ground-based storage position and at least a transportable data-loading device, wherein on the database system software configurations are stored for at least one fleet of corresponding aircraft, wherein the data-loading device is configured to load an assigned software configuration obtained from the database system via a connection into a data bus of an aircraft corresponding to said software configuration, characterized in that the data-loading device is configured to load the latest individual software configurations of all of the aircraft of the fleet from the database system in a ground-based storage position via a data connection and store them on the data-loading device, wherein the data-loading device has a screen and input devices for an operator, wherein the data-loading device is connected with the data bus of the aircraft via a cable-connected data bus connection, wherein the respective software configuration to be loaded via the connection into the data bus of an aircraft can be selected by an operator via an user interface of the data-loading device, wherein the data transfer can be started by the operator.
A curable resin composition comprising 1 to 100 parts by mass of a polymer fine particle relative to 100 parts by mass of an epoxy resin, wherein the polymer fine particle has a core-shell structure, the core layer of the polymer fine particle is diene rubber, the content of the epoxy group of the polymer fine particle is 0.01 to 0.15 mmol/g, the epoxy resin comprises bisphenol A epoxy resin, and rubber-modified epoxy resin and/or urethane-modified epoxy resin.
A non-surgical, non-therapeutic method for harvesting mononuclear cells (MNCs) during a platelet collection procedure comprising: a) providing whole blood; b) introducing WB into a centrifugal separator; c) separating WB within the centrifugal separator into platelet rich plasma, packed red blood cells (RBCs) containing white blood cells (WBCs) and a WBC layer including MNCs; d) flowing PRP to a spinning membrane separator; e) flowing a first quantity of RBCs and WBCs to a return container; f) retaining a second quantity of RBCs and the WBCs, including MNCs, within the centrifugal separator; g) separating PRP within the spinning membrane separator into platelet poor plasma and platelet concentrate; h) flowing the PPP to one of the return container and a first collection container; i) flowing the PC to a second collection container; j) flowing RBCs, or RBCs and PPP, from the return container to the centrifugal separator in an amount sufficient to push the MNCs out of the centrifugal separator; k) flowing the MNCs to the spinning membrane separator; and l) sealing the spinning membrane separator to retain the MNCs therein. a) providing whole blood; b) introducing WB into a centrifugal separator; c) separating WB within the centrifugal separator into platelet rich plasma, packed red blood cells (RBCs) containing white blood cells (WBCs) and a WBC layer including MNCs; d) flowing PRP to a spinning membrane separator; e) flowing a first quantity of RBCs and WBCs to a return container; f) retaining a second quantity of RBCs and the WBCs, including MNCs, within the centrifugal separator; g) separating PRP within the spinning membrane separator into platelet poor plasma and platelet concentrate; h) flowing the PPP to one of the return container and a first collection container; i) flowing the PC to a second collection container; j) flowing RBCs, or RBCs and PPP, from the return container to the centrifugal separator in an amount sufficient to push the MNCs out of the centrifugal separator; k) flowing the MNCs to the spinning membrane separator; and l) sealing the spinning membrane separator to retain the MNCs therein.
Road paver, comprising: a tractor with a material hopper and a machine frame, wherein the machine frame is pivotably connected to a paving screed by pulling arms and wherein a material spreading auger is disposed in a gap between the tractor and the paving screed and wherein a longitudinal conveyor device extends through a tunnel between the material hopper and the gap, characterized by a spraying device that is configured for injecting a liquid into the tunnel.
A transparent conducting film which comprises a compound of formula: Zn 1 - x ⁢ M x ⁢ O 1 - y ⁢ X y wherein: x is greater than 0 and less than or equal to 0.25; y is from 0 to 0.1; and is at least one dopant element which is a halogen; characterised in that: is a combination of two or more different dopant elements, none of which is a group 13 element, one of which is Si and another of which is an alkali metal, an alkaline earth metal, a transition metal other than zinc, a p-block element other than a group 13 element, a lanthanide element or an actinide element. x is greater than 0 and less than or equal to 0.25; y is from 0 to 0.1; and is at least one dopant element which is a halogen; is a combination of two or more different dopant elements, none of which is a group 13 element, one of which is Si and another of which is an alkali metal, an alkaline earth metal, a transition metal other than zinc, a p-block element other than a group 13 element, a lanthanide element or an actinide element.
A collector chemical composition for use in a paper deinking process comprising a solid or an aqueous formulation of a polysiloxane and one or more compounds selected from an alkali metal salt of a fatty acid moiety, and a nitrogenous salt of a fatty acid moiety.
A composition for use in reducing food intake comprising: a dietary fibre, wherein said dietary fibre is 5 grams to 7 grams of inulin; and a combination of selected herbal extracts; characterized in that said combination comprises: a herbal extract capable of inhibiting gastric emptying, wherein the herbal extract is Damiana (Turnera diffusa var. aphrodisiaca, T. opifera); and at least one herbal extract which increases the metabolic rate in a patient, wherein said herbal extract contains caffeine and is selected from the group of Guarana (Paullinia cupana), Paraguay (Ilex paraguarensis) and Kola (Cola nitida). a dietary fibre, wherein said dietary fibre is 5 grams to 7 grams of inulin; and a combination of selected herbal extracts; a herbal extract capable of inhibiting gastric emptying, wherein the herbal extract is Damiana (Turnera diffusa var. aphrodisiaca, T. opifera); and at least one herbal extract which increases the metabolic rate in a patient, wherein said herbal extract contains caffeine and is selected from the group of Guarana (Paullinia cupana), Paraguay (Ilex paraguarensis) and Kola (Cola nitida).
An electrical conductor comprising: a graphite intercalation compound comprising: a carbon-based particle; and a plurality of guest molecules intercalated in said carbon-based particle; and a plurality of layers of electrically conductive material extending over at least a portion of said graphite intercalation compound. a graphite intercalation compound comprising: a carbon-based particle; and a plurality of guest molecules intercalated in said carbon-based particle; and a carbon-based particle; and a plurality of guest molecules intercalated in said carbon-based particle; and a plurality of layers of electrically conductive material extending over at least a portion of said graphite intercalation compound.
An assembly for mixing and dispensing a multi-component fluid, the assembly comprising: a sheath having first and second fluid chambers (110, 120), a proximal end and a distal end, wherein the sheath includes a handgrip at the proximal end; a chamber coupler forming a first fluid channel and a second fluid channel; and a flexible tip forming a mixing chamber with a variable mixing volume and an outlet, the flexible tip coupled to the chamber coupler near the distal end of the sheath, characterized in that the sheath further includes a restriction member at the distal end, wherein in the presence of an activation force (250, 270), the flexible tip is forced out of the restriction member of the sheath and positioned in a dispensing state with a maximum mixing volume, and wherein in the absence of the activation force (250, 270), the restriction member extends over the flexible tip and deforms the flexible tip as the flexible tip is housed within the sheath and positioned in a non-dispensing state with a minimum mixing volume such that the outlet is substantially closed. a sheath having first and second fluid chambers (110, 120), a proximal end and a distal end, wherein the sheath includes a handgrip at the proximal end; a chamber coupler forming a first fluid channel and a second fluid channel; and a flexible tip forming a mixing chamber with a variable mixing volume and an outlet, the flexible tip coupled to the chamber coupler near the distal end of the sheath, characterized in that the sheath further includes a restriction member at the distal end, wherein in the presence of an activation force (250, 270), the flexible tip is forced out of the restriction member of the sheath and positioned in a dispensing state with a maximum mixing volume, and wherein in the absence of the activation force (250, 270), the restriction member extends over the flexible tip and deforms the flexible tip as the flexible tip is housed within the sheath and positioned in a non-dispensing state with a minimum mixing volume such that the outlet is substantially closed.
A clamping jaw for clamping a workpiece, which can be attached in an exchangeable arrangement on a clamping fixture in particular, in which the clamping jaw has two contact surfaces and clamping surfaces facing towards the workpiece which are in active contact with it during the clamped condition and run at right angles to one another, characterised in that, one or more recesses is/are worked into the clamping surface, that each of the recesses has a triangular shaped inner contour, that one of the tips of the recess faces away from the clamping surface, that one clamping element is inserted into each recess, with the outer contour of the clamping element adapted to the inner contour of the recess, and the end flank of the clamping element facing towards the workpiece having a clamping pin or several clamping pins formed onto or attached to it, and that the clamping pins project beyond the clamping surface formed by the clamping jaw.
Method for producing a radiation-emitting semiconductor component, the semiconductor body of which is formed by a stack of different III-V nitride semiconductor layers and which has a first main surface and a second main surface, wherein at least part of the generated radiation is coupled out through the first main surface and the second main surface has a reflector, comprising the following steps, - applying an intermediate layer, which contains SiC, silicon, sapphire or MgO, to a substrate body, in order to form a composite substrate, - epitaxially applying a plurality of different III-V nitride semiconductor layers to the intermediate layer, - stripping away the substrate body including the intermediate layer, - applying the reflector to the second main surface of the semiconductor body, wherein - the coefficient of thermal expansion of the substrate body is greater than the coefficient of thermal expansion of the III-V nitride layers, - an adhesion layer is formed between substrate body and intermediate layer, - the substrate body is at least twenty times thicker than the intermediate layer, and - the intermediate layer is applied by means of a wafer bonding method. - applying an intermediate layer, which contains SiC, silicon, sapphire or MgO, to a substrate body, in order to form a composite substrate, - epitaxially applying a plurality of different III-V nitride semiconductor layers to the intermediate layer, - stripping away the substrate body including the intermediate layer, - applying the reflector to the second main surface of the semiconductor body, wherein - the coefficient of thermal expansion of the substrate body is greater than the coefficient of thermal expansion of the III-V nitride layers, - an adhesion layer is formed between substrate body and intermediate layer, - the substrate body is at least twenty times thicker than the intermediate layer, and - the intermediate layer is applied by means of a wafer bonding method.
A flame resistant composition comprising: a polyphthalamide; a poly(arylene ether); and a phosphinate, wherein the composition contains less than or equal to 2 weight percent of aliphatic polyamide. a polyphthalamide; a poly(arylene ether); and a phosphinate, wherein the composition contains less than or equal to 2 weight percent of aliphatic polyamide.