mhurhangee/ep-ind-claims huggingface dataset:
A process for separating a phase from a phase, phase having a higher viscosity than phase, comprising the following steps: a) providing a stream comprising a dispersion in which phase is dispersed in phase, and phase is present in the dispersion to an extent of not more than 25% by weight, b) introducing a stream comprising at least 70% by weight, preferably at least 90% by weight, of phase, into stream, stream being recycled from step f), c) to form a stream comprising a dispersion in which phase is dispersed in phase, where the phase ratio of phase to phase in dispersion is ≤ 3 [kg/kg], d) introducing stream into a phase separation unit, e) separating stream in the phase separation unit into a stream comprising at least 70% by weight, preferably at least 90% by weight, of phase, and into a stream comprising at least 70% by weight, preferably at least 90% by weight, of phase, f) removing a portion of stream as stream and recycling stream to step b). a) providing a stream comprising a dispersion in which phase is dispersed in phase, and phase is present in the dispersion to an extent of not more than 25% by weight, b) introducing a stream comprising at least 70% by weight, preferably at least 90% by weight, of phase, into stream, stream being recycled from step f), c) to form a stream comprising a dispersion in which phase is dispersed in phase, where the phase ratio of phase to phase in dispersion is ≤ 3 [kg/kg], d) introducing stream into a phase separation unit, e) separating stream in the phase separation unit into a stream comprising at least 70% by weight, preferably at least 90% by weight, of phase, and into a stream comprising at least 70% by weight, preferably at least 90% by weight, of phase, f) removing a portion of stream as stream and recycling stream to step b).
Transmission apparatus with a hydraulic system which comprises a primary pressure circuit and a secondary pressure circuit, it being possible for the secondary pressure circuit to be supplied with hydraulic fluid above a defined saturation state of the primary pressure circuit, and a hydrodynamic torque converter which is configured as a three-line converter and a converter lock-up clutch which corresponds with it being provided, it being possible for the converter lock-up clutch to be actuated via the primary pressure circuit with an actuating pressure (p_WK, p_WKS) which can be set in the region of a converter clutch valve, and it being possible, in an open operating state of the converter lock-up clutch for a torus interior space of the torque converter to be loaded via a converter switching valve of the secondary pressure circuit with a converter pressure (p_WD) which can be set in the region of a converter pressure valve, and the actuating pressure (p_WK, p_WKS) of the converter lock-up clutch prevailing at the converter lock-up clutch so as to act in the closing direction, and the converter pressure (p_WD) in the torus interior space of the torque converter prevailing at the converter lock-up clutch so as to act in the opening direction of the converter lock-up clutch, characterized in that, in the case of the converter lock-up clutch being loaded with actuating pressure (p_WK, p_WKS) via the converter clutch valve, the torus interior space can likewise be supplied by the secondary pressure circuit via the converter switching valve with the converter pressure (p_WD) which can be set in the region of the converter pressure valve, and can be supplied by the primary pressure circuit with hydraulic fluid via a valve device and a throttle device which is connected downstream of the valve device.
An electrically conductive composition comprising: (a) an electrically conductive metal; (b) a component selected from the group consisting of Li 2 RuO 3, ion-exchanged Li 2 RuO 3 and mixtures thereof; (c) a glass frit; and (d) an organic medium; wherein said electrically conductive metal, said component selected from the group consisting of Li 2 RuO 3, ion-exchanged Li 2 RuO 3 and mixtures thereof, and said glass frit are dispersed in said organic medium. (a) an electrically conductive metal; (b) a component selected from the group consisting of Li 2 RuO 3, ion-exchanged Li 2 RuO 3 and mixtures thereof; (c) a glass frit; and (d) an organic medium;
A method comprising: receiving at a radio access network, RAN, side at a network node, from a user node, user node capabilities comprising a machine learning based assistance capability, the machine learning based assistance capability comprising machine learning based functionalities (302A, 302B, 302C), characterized by each machine learning based functionality (302A, 302B, 302C) comprising a machine learning entity (304A, 304B, 304C) and at least one machine learning mode (306A, 306B, 306C, 306D, 306E) associated with the machine learning entity (304A, 304B, 304C), the method further comprising: selecting at least one machine learning based functionality (302A, 302B, 302C) among the machine learning based functionalities (302A, 302B, 302C); and causing transmission of an activation request to activate the selected at least one machine learning based functionality (302A, 302B, 302C) to the user node. receiving at a radio access network, RAN, side at a network node, from a user node, user node capabilities comprising a machine learning based assistance capability, the machine learning based assistance capability comprising machine learning based functionalities (302A, 302B, 302C), characterized by each machine learning based functionality (302A, 302B, 302C) comprising a machine learning entity (304A, 304B, 304C) and at least one machine learning mode (306A, 306B, 306C, 306D, 306E) associated with the machine learning entity (304A, 304B, 304C), the method further comprising: selecting at least one machine learning based functionality (302A, 302B, 302C) among the machine learning based functionalities (302A, 302B, 302C); and causing transmission of an activation request to activate the selected at least one machine learning based functionality (302A, 302B, 302C) to the user node. selecting at least one machine learning based functionality (302A, 302B, 302C) among the machine learning based functionalities (302A, 302B, 302C); and causing transmission of an activation request to activate the selected at least one machine learning based functionality (302A, 302B, 302C) to the user node.
A method for manufacture of a foil for enclosing or wrapping a product to be heated in an oven, comprising the step of: providing an aluminium layer comprising aluminium, characterized by further comprising the steps of: applying a first ink material at a surface of the aluminium layer to form a first ink layer, and applying a second ink material at a surface of the first ink layer to form a second ink layer, the first ink layer thereby being positioned between the aluminium layer and the second ink layer, the first ink layer being adapted for absorbing radiant energy, the second ink layer being adapted for allowing radiant energy to pass through it so as to reach the first ink layer, wherein a binder system of the first and/or second ink material is based on PVB. providing an aluminium layer comprising aluminium, characterized by further comprising the steps of: applying a first ink material at a surface of the aluminium layer to form a first ink layer, and applying a second ink material at a surface of the first ink layer to form a second ink layer, applying a first ink material at a surface of the aluminium layer to form a first ink layer, and applying a second ink material at a surface of the first ink layer to form a second ink layer, the first ink layer thereby being positioned between the aluminium layer and the second ink layer, the first ink layer being adapted for absorbing radiant energy, the second ink layer being adapted for allowing radiant energy to pass through it so as to reach the first ink layer, wherein a binder system of the first and/or second ink material is based on PVB.
A system to fill or drain a reservoir in a printer, comprising: a controller configured to set a transfer unit volume to a total capacity of a container divided by an integer greater than 1; a container sensor (14, 35) configured to sense the container connected to the printer; and a pump (3, 16) configured to pump, in increments corresponding to the set transfer unit volume, at least one transfer unit of a printing agent from the container to the reservoir or from the reservoir to the container. a controller configured to set a transfer unit volume to a total capacity of a container divided by an integer greater than 1; a container sensor (14, 35) configured to sense the container connected to the printer; and a pump (3, 16) configured to pump, in increments corresponding to the set transfer unit volume, at least one transfer unit of a printing agent from the container to the reservoir or from the reservoir to the container.
Furniture board with an integrated or inserted hinge for guiding a movable furniture part, wherein the furniture board has two side faces, an end face and an end-face recess for receiving the hinge, wherein the hinge comprises a basic element, a linear guide and a pivot guide hinged thereto, wherein the linear guide has positively guided movable elements, to which the pivot guide is hinged at a distance from the basic element, wherein the combination of linear guide and pivot guide serves for a combined lifting and swivel movement of the movable furniture part, wherein the two side faces are arranged one in a first and one in a second plane, wherein the linear guide and the hinged connection of the pivot guide on the linear guide lie between the first and the second plane at least in a closed state of the hinge, characterized in that the hinge has a damping device for damping the closing and/or opening movement, wherein the damping device is designed as a linear damper or rotation damper, and that the hinge has a spring which acts on the linear guide and the positively coupled pivot guide in such a way that the spring generates a closing moment against the damping device in an effective range between the closed position and an open position of the hinge, wherein the linear guide has an adjusting mechanism which generates a lifting movement by means of pivotable levers (30, 40).
A thermal storage system comprising: a first tank (24; 124); a second tank (26; 126) thermally interfaced with the first tank (24; 124); a pump (28; 128) connected between the first tank (24; 124) and the second tank (26; 126) to move a fluid from the first tank (24; 124) to the second tank (26; 126); a first heat exchanger (30; 130) having a heat-exchanging portion (30a; 130a) within the first tank (24; 124); a second heat exchanger (32; 132) having a heat-exchanging portion (32a; 132a) within the second tank (26; 126); wherein the first tank (24; 124) is at least substantially within the second tank (26; 126); wherein each of the first tank and the second tank have adjustable walls such that each of the first tank and the second tank have adjustable volumes. a first tank (24; 124); a second tank (26; 126) thermally interfaced with the first tank (24; 124); a pump (28; 128) connected between the first tank (24; 124) and the second tank (26; 126) to move a fluid from the first tank (24; 124) to the second tank (26; 126); a first heat exchanger (30; 130) having a heat-exchanging portion (30a; 130a) within the first tank (24; 124); a second heat exchanger (32; 132) having a heat-exchanging portion (32a; 132a) within the second tank (26; 126); wherein the first tank (24; 124) is at least substantially within the second tank (26; 126); wherein each of the first tank and the second tank have adjustable walls such that each of the first tank and the second tank have adjustable volumes.
A method comprising: receiving an acceleration signal from an accelerometer mounted on a rotation head (110, 202) of a laser transmitter (102, 200), wherein the acceleration signal represents at least one of acceleration on a tangential axis of the accelerometer and acceleration on a radial axis of the accelerometer as the accelerometer rotates; generating one or more tilt adjustment signals for adjusting a tilt of the rotation head to a leveled orientation based on the acceleration signal; and adjusting the tilt of the rotation head based on the one or more tilt adjustment signals. receiving an acceleration signal from an accelerometer mounted on a rotation head (110, 202) of a laser transmitter (102, 200), wherein the acceleration signal represents at least one of acceleration on a tangential axis of the accelerometer and acceleration on a radial axis of the accelerometer as the accelerometer rotates; generating one or more tilt adjustment signals for adjusting a tilt of the rotation head to a leveled orientation based on the acceleration signal; and adjusting the tilt of the rotation head based on the one or more tilt adjustment signals.
An apparatus for encoding video information, the apparatus comprising: a memory configured to store one or more layers of video information, each layer comprising at least one picture; and a processor operationally coupled to the memory and configured to: process an indicator within at least one of a video parameter set, a sequence parameter set, or a picture parameter set; characterized in that the indicator indicates that all direct reference layer pictures associated with the at least one of the VPS, the SPS, or the PPS are to be added to an inter-layer reference picture set; and based on the indicator indicating that all direct reference layer pictures are to be added, refrain from further signaling inter-layer reference picture information in any video slice associated with the at least one of the VPS, the SPS, or the PPS. a memory configured to store one or more layers of video information, each layer comprising at least one picture; and a processor operationally coupled to the memory and configured to: process an indicator within at least one of a video parameter set, a sequence parameter set, or a picture parameter set; characterized in that the indicator indicates that all direct reference layer pictures associated with the at least one of the VPS, the SPS, or the PPS are to be added to an inter-layer reference picture set; and based on the indicator indicating that all direct reference layer pictures are to be added, refrain from further signaling inter-layer reference picture information in any video slice associated with the at least one of the VPS, the SPS, or the PPS.
An automation apparatus, comprising: a first unit (16, 1016), including a body having a cavity, for rotationally moving objects from one area to another; and a second unit (12, 1012), connected to the first unit, for holding and moving the objects through the cavity of the body of the first unit (16, 1016) from one side of the first unit (16, 1016) to the other side of the first unit (16, 1016); and a rotating pedestal, upon which the first unit is mounted, characterized in that the rotating pedestal includes a stationary pedestal plate for accommodating a reorientation of the objects when the objects move through the cavity of the body of the first unit (16, 1016); and in that the stationary pedestal plate is arranged such that the second unit (12, 1012) can set the objects down inside the cavity on the stationary pedestal plate. a first unit (16, 1016), including a body having a cavity, for rotationally moving objects from one area to another; and a second unit (12, 1012), connected to the first unit, for holding and moving the objects through the cavity of the body of the first unit (16, 1016) from one side of the first unit (16, 1016) to the other side of the first unit (16, 1016); and a rotating pedestal, upon which the first unit is mounted, characterized in that the rotating pedestal includes a stationary pedestal plate for accommodating a reorientation of the objects when the objects move through the cavity of the body of the first unit (16, 1016); and in that the stationary pedestal plate is arranged such that the second unit (12, 1012) can set the objects down inside the cavity on the stationary pedestal plate.
A machine for stabilising palletised loads, comprising: - a functional arrangement provided with a reel of a covering tape, - a gripping device adapted to take a first end of the covering tape of the reel and to make it integral with the palletised load, - a first movement apparatus adapted to generate a relative motion of revolution of the functional arrangement around the palletised load, according to a predetermined revolution axis, so as to unwind the covering tape from the reel and to wind it around the palletised load, - a second movement apparatus adapted to generate a relative motion of translation of the functional arrangement with respect to the palletised load in a direction parallel to the revolution axis, so as to wind the covering tape, which continues to unwind from the reel, like a spiral around the palletised load, - a cutting device placed in the functional arrangement to separate the covering tape from the reel, and - a fixing device adapted to fix at least a second end of the covering tape to the palletised load, characterised in that the functional arrangement further comprises: - at least a first tensioning fin, which is adapted to rotate around an articulation axis parallel to the axis of the reel and is provided with a rectilinear end border, distal with respect to the articulation axis and extending parallel to the articulation axis, which is adapted to stay in contact with a longitudinal edge of the covering tape unwinding from the reel, and - a first spring adapted to act on the first tensioning fin to push the end border thereof against said longitudinal edge of the covering tape. - a functional arrangement provided with a reel of a covering tape, - a gripping device adapted to take a first end of the covering tape of the reel and to make it integral with the palletised load, - a first movement apparatus adapted to generate a relative motion of revolution of the functional arrangement around the palletised load, according to a predetermined revolution axis, so as to unwind the covering tape from the reel and to wind it around the palletised load, - a second movement apparatus adapted to generate a relative motion of translation of the functional arrangement with respect to the palletised load in a direction parallel to the revolution axis, so as to wind the covering tape, which continues to unwind from the reel, like a spiral around the palletised load, - a cutting device placed in the functional arrangement to separate the covering tape from the reel, and - a fixing device adapted to fix at least a second end of the covering tape to the palletised load, - at least a first tensioning fin, which is adapted to rotate around an articulation axis parallel to the axis of the reel and is provided with a rectilinear end border, distal with respect to the articulation axis and extending parallel to the articulation axis, which is adapted to stay in contact with a longitudinal edge of the covering tape unwinding from the reel, and - a first spring adapted to act on the first tensioning fin to push the end border thereof against said longitudinal edge of the covering tape.
A product, in particular a board, able to be obtained by the Hatschek process and without autoclaving, and being able to be used as weatherboard, cladding element or partition element, this product comprising at least one cement of content between 18% and 55%, at least one calcium carbonate of content between 30 % and 70%, and at least synthetic fibers.
A positive electrode for a secondary battery, the positive electrode comprising a positive electrode active material and a lithium-based alloy; wherein the lithium-based alloy is a Li-Al-based alloy that contains 30 at% to 80 at% of lithium and 20 at% to 70 at% of aluminum; and wherein the positive electrode active material is a lithium transition metal oxide including at least one transition metal cation selected from the group consisting of cobalt (Co), nickel (Ni), and manganese (Mn). wherein the lithium-based alloy is a Li-Al-based alloy that contains 30 at% to 80 at% of lithium and 20 at% to 70 at% of aluminum; and wherein the positive electrode active material is a lithium transition metal oxide including at least one transition metal cation selected from the group consisting of cobalt (Co), nickel (Ni), and manganese (Mn).
A sol gel coating composition comprising a hydrolysed organosilane, an organometallic precursor and a corrosion inhibitor, wherein the corrosion inhibitor is a chelator for the organometallic precursor, and wherein the corrosion inhibitor is selected from diaminobenzoic acid and tetrazine.
A push-button structure, comprising: a mounting body, wherein an outer surface of the mounting body is at least partially recessed inward to form a blind hole; a first magnetic component, disposed in the blind hole; a second magnetic component, disposed on an inner surface of the mounting body and distributed symmetrically with the first magnetic component on an opposite side of the mounting body, for generating, based on a distance to the first magnetic component, a magnetic signal corresponding to the distance; and an elastic component, disposed in the blind hole and having a first form without an external action and a second form under an external action, wherein when the elastic component is in the first form, a first distance exists between the first magnetic component and the second magnetic component; when the elastic component is in the second form, a second distance exists between the first magnetic component and the second magnetic component; and the first distance is greater than the second distance, characterized in that, a partition is provided in the blind hole, and a receiving space is formed between the partition and a bottom of the blind hole; when the elastic component has the first form, the first magnetic component is disposed in the blind hole outside the receiving space; and when the elastic component has the second form, the first magnetic component at least partially enters the receiving space through an opening in the partition. a mounting body, wherein an outer surface of the mounting body is at least partially recessed inward to form a blind hole; a first magnetic component, disposed in the blind hole; a second magnetic component, disposed on an inner surface of the mounting body and distributed symmetrically with the first magnetic component on an opposite side of the mounting body, for generating, based on a distance to the first magnetic component, a magnetic signal corresponding to the distance; and an elastic component, disposed in the blind hole and having a first form without an external action and a second form under an external action, wherein when the elastic component is in the first form, a first distance exists between the first magnetic component and the second magnetic component; when the elastic component is in the second form, a second distance exists between the first magnetic component and the second magnetic component; and the first distance is greater than the second distance, characterized in that, a partition is provided in the blind hole, and a receiving space is formed between the partition and a bottom of the blind hole; when the elastic component has the first form, the first magnetic component is disposed in the blind hole outside the receiving space; and when the elastic component has the second form, the first magnetic component at least partially enters the receiving space through an opening in the partition.