mhurhangee/ep-ind-claims huggingface dataset:
A process for the manufacture of 2,3,5-trimethyl-hydro- p -benzoquinone comprising the following steps: a) hydrogenating 2,6-dimethyl- p -benzoquinone with hydrogen in the presence of a hydrogenation catalyst in an organic solvent to obtain 2,6-dimethyl-hydro- p- benzoquinone; b) reacting 2,6-dimethyl-hydro- p -benzoquinone with a secondary amine and formaldehyde in an organic solvent to obtain 2,6-dimethyl-3-(N,N-disubstituted aminomethyl)-hydro- p -benzoquinone; c) reacting 2,6-dimethyl-3-(N,N-disubstituted aminomethyl)-hydro- p -benzoquinone with hydrogen in the presence of a hydrogenolysis catalyst in an organic solvent to obtain 2,3,5-trimethylhydro- p -benzoquinone; wherein the organic solvent used in steps a), b) and c) is independently selected from the group consisting of methyl tert. -butyl ether, ethyl tert. -butyl ether, methyl tert.- amyl ether, methoxycyclopentane and any mixtures thereof; and wherein the organic solvent in all steps a), b) and c) is the same. a) hydrogenating 2,6-dimethyl- p -benzoquinone with hydrogen in the presence of a hydrogenation catalyst in an organic solvent to obtain 2,6-dimethyl-hydro- p- benzoquinone; b) reacting 2,6-dimethyl-hydro- p -benzoquinone with a secondary amine and formaldehyde in an organic solvent to obtain 2,6-dimethyl-3-(N,N-disubstituted aminomethyl)-hydro- p -benzoquinone; c) reacting 2,6-dimethyl-3-(N,N-disubstituted aminomethyl)-hydro- p -benzoquinone with hydrogen in the presence of a hydrogenolysis catalyst in an organic solvent to obtain 2,3,5-trimethylhydro- p -benzoquinone;
Apparatus for presenting a code, in particular a code band or code strip, having a carrier and at least one code which is associated with the carrier, wherein the carrier has a coupling device for coupling the carrier to another carrier, wherein the coupling device has an engagement element and a receiving element for the engagement element and wherein the engagement element of the carrier can be brought into engagement with a receiving element of another carrier for coupling the two carriers to each other, characterised in that the coupling device has at least one blocking element which can be associated with the receiving element or the engagement element in order to prevent pivoting of the engagement element and the receiving element relative to each other in the assembled state of the engagement element and the receiving element.
Automatic dispensing machine of frozen products comprising in a supporting frame a storage region, or first chamber, which comprises one or more shelves (21a, 21b, 21c) each configured to contain a plurality of frozen products to be dispensed, wherein the automatic dispensing machine further comprises a dispensing region accessible by a user for picking up a product, cooling means for cooling said storage region, or first chamber, at a freezing or deep-freezing temperature and separation means, interposed between said storage region, or first chamber, and said dispensing region, wherein said separation means are configured to separate or to isolate said storage region, or first chamber, with respect to the dispensing region at least in an operative closing position, and wherein in said operative closing position the separation means are configured to prevent direct communication between said storage region, or first chamber, and said dispensing region, wherein the separation means are arranged at least in an area of a front facade of the storage region, or first chamber, in front of said one or more shelves, wherein the dispensing region is located in a bottom area under the front facade of the storage region, or first chamber, under said one or more shelves, and wherein the automatic dispensing machine comprises a movement device of the separation means for moving the separation means along the front facade between the operative closing position and an operative passage position to allow a passage of products from the storage region, or first chamber, to the dispensing region, and a collection board, or collection surface, configured to collect a product to be dispensed, wherein the collection board, or collection surface, is arranged in the front facade area of the storage region, or first chamber, wherein the collection board, or collection surface, is fixed to the separation means and wherein said movement device is configured to move said collection board, or collection surface, with a vertical movement, between the dispensing region and one of said one or more shelves (21a, 21b, 21c), together with the separation means, wherein said separation means comprise a first separator element configured as a flexible panel in front of said front facade area of the storage region, or first chamber, and connected on one side to a first roller associated with the supporting frame and on the other side to the collection board, or collection surface, to be rolled on, and unrolled respectively from, said first roller and consequently extended in front of said one or more shelves, according to the movement of said collection board, or collection surface.
A yarn joining device comprising: a yarn joining member formed with a yarn joining space; a clamp (42,44) adapted to clamp a yarn (Y, Y1, Y2); a cutter (41, 43) adapted to cut the yarn (Y, Y1, Y2) clamped by the clamp (42, 44); and an untwisting pipe formed with a suction port and adapted to suck and untwist a yarn end of the yarn (Y, Y1, Y2) cut by the cutter (41, 43); the clamp (42, 44), the yarn joining member, the untwisting pipe, and the cutter (41, 43) being disposed in this order; a guide member formed with a contacting portion adapted to bend the yarn (Y, Y1, Y2) with respect to a virtual straight line connecting the cutter (41, 43) and the yarn joining member by coming into contact with the yarn (Y, Y1, Y2) between the cutter (41, 43) and the yarn joining member is disposed between the cutter (41, 43) and the untwisting pipe; characterized in that the contacting portion includes a contacting surface which is a plane to make surface contact with the yarn (Y, Y1, Y2); and a virtual extension line obtained by extending the contacting surface passes outward of the suction port. a yarn joining member formed with a yarn joining space; a clamp (42,44) adapted to clamp a yarn (Y, Y1, Y2); a cutter (41, 43) adapted to cut the yarn (Y, Y1, Y2) clamped by the clamp (42, 44); and an untwisting pipe formed with a suction port and adapted to suck and untwist a yarn end of the yarn (Y, Y1, Y2) cut by the cutter (41, 43); the clamp (42, 44), the yarn joining member, the untwisting pipe, and the cutter (41, 43) being disposed in this order; a guide member formed with a contacting portion adapted to bend the yarn (Y, Y1, Y2) with respect to a virtual straight line connecting the cutter (41, 43) and the yarn joining member by coming into contact with the yarn (Y, Y1, Y2) between the cutter (41, 43) and the yarn joining member is disposed between the cutter (41, 43) and the untwisting pipe; characterized in that the contacting portion includes a contacting surface which is a plane to make surface contact with the yarn (Y, Y1, Y2); and a virtual extension line obtained by extending the contacting surface passes outward of the suction port.
A method of manufacturing a preinsulated pipe (100, 200), said preinsulated pipe (100, 200) comprising at least one inner pipe (106, 206, 207) surrounded by insulation material and a casing, the insulation material being positioned between the at least one inner pipe (106, 206) and the casing, said method of manufacturing said preinsulated pipe (100, 200) comprising the steps of adding said insulation material in a liquid state between a mould and said inner pipe (106, 206, 207) onto a sheet directed into said mould, and directing said inner pipe (106, 206, 207) into said mould and letting said insulation material expand and solidify wherein said step of adding said insulation material in a liquid state between said mould and said inner pipe comprises positioning said liquid insulation material in the vicinity of said inner pipe, whereby said insulation material surrounds said inner pipe at an early development stage, characterized in that said sheet on which said insulation material is added moves along an elevated plate arrangement placed in said mould of the moulding station, the elevated plate having a downward slope into the mould arranged such that the high end of the elevated plate is placed in or at the entering end of the mould, wherein said elevated plate arrangement comprises side walls.
An aerosol actuator, comprising: a housing, comprising; a housing upper opening, defining an upper edge of the housing for receiving a cap; a housing lower opening defining a lower edge of the housing for receiving an aerosol container, the housing lower opening being disposed opposite the housing upper opening; and an opening on a front surface of the housing; a cap closing the housing upper opening and covering at least a portion of the housing; a one-piece actuator enclosed by the housing and the cap, comprising: a manifold comprising a valve connection having an opening for mating with a valve of an aerosol container; and characterised by a button positioned in the opening in the front surface of the housing and wherein the button and manifold are integrally molded with the housing; and wherein the button is connected to the manifold by at least one actuation connection. a housing, comprising; a housing upper opening, defining an upper edge of the housing for receiving a cap; a housing lower opening defining a lower edge of the housing for receiving an aerosol container, the housing lower opening being disposed opposite the housing upper opening; and an opening on a front surface of the housing; a cap closing the housing upper opening and covering at least a portion of the housing; a one-piece actuator enclosed by the housing and the cap, comprising: a manifold comprising a valve connection having an opening for mating with a valve of an aerosol container; and characterised by a button positioned in the opening in the front surface of the housing and wherein the button and manifold are integrally molded with the housing; and wherein the button is connected to the manifold by at least one actuation connection. a manifold comprising a valve connection having an opening for mating with a valve of an aerosol container; and characterised by a button positioned in the opening in the front surface of the housing and wherein the button and manifold are integrally molded with the housing; and wherein the button is connected to the manifold by at least one actuation connection.
A method of generating a processing filter for processing data received in a mobile communication network on multiple branches, the method comprising: determining a covariance (∧) of noise on the multiple branches; and computing the processing filter based on the noise covariance (∧), wherein the computation includes a Cholesky decomposition of the noise covariance (∧) and a matrix inversion based on a result of the Cholesky decomposition, characterized in that the Cholesky decomposition uses a first numerical representation and the matrix inversion uses a second numerical representation, wherein the first numerical representation of a real part and an imaginary part of a complex value includes one exponent common for both the real part and the imaginary part, and wherein the second numerical representation of a real part and an imaginary part of a complex value includes an exponent different for each of the real part and the imaginary part. determining a covariance (∧) of noise on the multiple branches; and computing the processing filter based on the noise covariance (∧), wherein the computation includes a Cholesky decomposition of the noise covariance (∧) and a matrix inversion based on a result of the Cholesky decomposition, characterized in that the Cholesky decomposition uses a first numerical representation and the matrix inversion uses a second numerical representation, wherein the first numerical representation of a real part and an imaginary part of a complex value includes one exponent common for both the real part and the imaginary part, and wherein the second numerical representation of a real part and an imaginary part of a complex value includes an exponent different for each of the real part and the imaginary part.
A mineral material processing plant, comprising: a frame; a crusher; a centrifugal conveyor; and a first conveyor; and the centrifugal conveyor comprises a first idler drum and a second idler drum and a main conveyor belt surrounding said idler drums, a pivot and a folding head which is pivotable around the pivot; characterized in that the folding head comprises a movable frame to which the second idler drum is bearing-mounted, which folding head is moveable between a closed position in which the centrifugal conveyor is connected in a material transport connection with the first conveyor to move mineral material onto the first conveyor, and an open position away from said closed position of the folding head to discharge the mineral material directly outside the plant instead of the first conveyor or for service thereof; and a pivot point of the pivot is located in a region inside the circumference of the main conveyor belt. a frame; a crusher; a centrifugal conveyor; and a first conveyor; and the centrifugal conveyor comprises a first idler drum and a second idler drum and a main conveyor belt surrounding said idler drums, a pivot and a folding head which is pivotable around the pivot; characterized in that the folding head comprises a movable frame to which the second idler drum is bearing-mounted, which folding head is moveable between a closed position in which the centrifugal conveyor is connected in a material transport connection with the first conveyor to move mineral material onto the first conveyor, and an open position away from said closed position of the folding head to discharge the mineral material directly outside the plant instead of the first conveyor or for service thereof; and a pivot point of the pivot is located in a region inside the circumference of the main conveyor belt.
An agent for oxidatively dyeing keratin fibres, characterized in that it contains s a combination of 1,4-diamino-benzene (p-phenylenediamine) or a p-phenylenediamine derivative and 2,7-naphthalenediol as the sole couplers or the physiologically compatible water-soluble salts thereof, wherein the 1,4-diaminobenzene (p-phenylenediamine) or p-phenylenediamine derivative is selected from 1,4-diaminobenzene (p-phenylenediamine), 1,4-diamino-2-methyl-benzene (p-toluyldiamine), 1,4-diamino-2-methoxymethyl-benzene, 1,4-diamino-2-hydroxyethyl-benzene or N,N-bis-(2-hydroxyethyl)-p-phenylenediamine, or mixtures thereof.
A method of indicating a critical level of a liquid flow through a conduit length, which is provided with or designed as a throttle (4, 5) the size of which is varied characterised in that, on change of the liquid flow, such vibrations as occur or increase and cease or decrease, respectively, when the flow through the throttle is changed and switches from laminate to turbulent flow or the reverse, are sensed and employed as an indicator of the volume flow, and that a screen wall with an aperture which is larger than the throttle is disposed, in the conduit length and a distance from the throttle (4, 5), whereby there is formed in the conduit length a resonance chamber for amplifying vibrations.
Method for controlling a charging station for charging vehicles, wherein, when charging the respective vehicles, a first charging unit of the charging station is coupled for power transmission to a second charging unit of the respective vehicle, characterised in that - when charging one of the vehicles, an updating process of the charging station is performed in which a control assembly of the one vehicle transmits a current software package to a control assembly of the charging station, - in that in the updating process a current software is transmitted completely or an amendment package of a current software for updating components to be updated is transmitted in the current software package for the charging station, and - in that in the updating process the control assembly of the charging station updates from the current software package a stored software onto the current software. - when charging one of the vehicles, an updating process of the charging station is performed in which a control assembly of the one vehicle transmits a current software package to a control assembly of the charging station, - in that in the updating process a current software is transmitted completely or an amendment package of a current software for updating components to be updated is transmitted in the current software package for the charging station, and - in that in the updating process the control assembly of the charging station updates from the current software package a stored software onto the current software.
A secondary battery comprising two or more electrode groups (21,22) stacked in a first direction, each of the electrode groups (21,22) comprising negative electrodes (31,34) and positive electrodes (32,35), the negative electrodes (31,34) and the positive electrodes (32,35) are alternately stacked in the first direction, each of the negative electrodes (31,34) comprising a negative electrode tab (31a,34a), each of the positive electrodes (32,35) comprising a positive electrode tab (32a,35a), wherein the negative electrode tabs of one of the electrode groups and the positive electrode tabs of the other electrode group are arranged in rows in the first direction at one end, in a second direction that intersects with the first direction, of a stack in which the electrode groups (21,22) are stacked, and the negative electrode tabs of one of the electrode groups and the positive electrode tabs of the other electrode group are electrically connected in series by a connector, and one of the positive electrode tabs (32a,35a) of one of the electrode groups (21,22) and the negative electrode tabs (31a,34a) of the other electrode group (21,22) is disposed at the other end in the second direction, and the other of the positive electrode tabs (32a,35a) of one of the electrode groups (21,22) and the negative electrode tabs (31a,34a) of the other electrode group (21,22) is disposed, at one end in the second direction, at a position different from those of the negative electrode tabs of one of the electrode groups and the positive electrode tabs of the other electrode group that are connected in series, characterized in that each of the electrode groups (21,22) has one of either the negative electrode tabs (31a,34a) or the positive electrode tabs (32a,35a) disposed, on an edge in the second direction, in the middle of a third direction that intersects with the first direction and the second direction, and the others of the negative electrode tabs (31a,34a) and the positive electrode tabs (32a,35a) are respectively disposed at both ends in the third direction on the above edge, and the dimension in the third direction of the tab disposed in the middle is the same as the total dimension in the third direction of a pair of tabs disposed at both ends.
A method for managing neighboring cell information, characterized in that the method comprises: sending a notification message by a radio network controller to User Equipment, UE, and including an indication which notifies the UE to measure inter-frequency cells which are not in an inter-frequency neighboring cell list into the notification message by the radio network controller; after receiving the notification message, measuring, by the UE, the inter-frequency cells, which are not in the inter-frequency neighboring cell list, indicated in the notification message, and report a measurement result by the UE; wherein the step of including an indication which notifies the UE to measure inter-frequency cells which are not in an inter-frequency neighboring cell list into the notification message comprises: adding an Automatic Neighbor Relationship Function, ANRF, information element to the notification message, for instructing the UE to measure the inter-frequency cells which are not in the inter-frequency neighboring cell list. sending a notification message by a radio network controller to User Equipment, UE, and including an indication which notifies the UE to measure inter-frequency cells which are not in an inter-frequency neighboring cell list into the notification message by the radio network controller; after receiving the notification message, measuring, by the UE, the inter-frequency cells, which are not in the inter-frequency neighboring cell list, indicated in the notification message, and report a measurement result by the UE; wherein the step of including an indication which notifies the UE to measure inter-frequency cells which are not in an inter-frequency neighboring cell list into the notification message comprises: adding an Automatic Neighbor Relationship Function, ANRF, information element to the notification message, for instructing the UE to measure the inter-frequency cells which are not in the inter-frequency neighboring cell list. adding an Automatic Neighbor Relationship Function, ANRF, information element to the notification message, for instructing the UE to measure the inter-frequency cells which are not in the inter-frequency neighboring cell list.
A turbocharger comprising a compressor impeller connected by a shaft being rotatably supported in a bearing with a turbine wheel and at least one sealing arrangement with a sealing portion arranged in a clearance between said shaft and a center opening of a center housing for avoiding leakage between the bearing and the space where the compressor impeller is located, wherein said sealing arrangement comprises at least one pressure increasing means for increasing the pressure at a low pressure side of the sealing portion, wherein said low pressure side of the sealing portion is the side being communicated with and/or facing said space where the compressor impeller is located, and said pressure increasing means comprises a ventilation passage communicated with the space where the compressor impeller is located, adjacent to the sealing portion (117, 119) behind the compressor impeller, characterised in that the ventilation passage merges into said center opening of the center housing so that the clearance of the fit between the shaft and the center opening in the portion between the merging point of the ventilation passage and the compressor space serves as throttling means and said sealing portion (117, 119) comprises a circumferential groove accommodating a sealing ring, and in that said sealing ring and said groove have a rectangular cross section and wherein the size and cross-section of the sealing ring are such that in the sealing position of the ring a radial and axial clearance between the high pressure side of the ring and the groove can be established.