mhurhangee/ep-ind-claims huggingface dataset:
An air treatment unit, particularly for conditioning, refrigeration and the like, wherein it comprises at least one mounting base, at least one portion of said base comprising selective articulation means for the fixing of a respective hermetically or semi-hermetically sealed type compressor according to a plurality of configurations with a different angular arrangement of said compressor, so as to ensure its positioning in a correct operating condition regardless of the inclination of said portion, said selective articulation means comprising a bracket that supports said compressor, said bracket being pivoted so that it can rotate selectively to at least one wing that is jointly associated with said portion, said bracket forming two lateral lugs, which are pivoted in an upper region to two respective wings that are jointly associated with said portion, said bracket that supports said compressor being pivotably rotatable to said at least one wing to select the angular position of the axis of said compressor with respect to said portion of said mounting base, said selective articulation means comprising at least one locking element, which engages at least one corresponding curved slot provided on at least one wing and can engage in at least one respective hole that is provided on at least one lug of said bracket, so as to fasten said bracket to said at least one wing in an angular configuration that corresponds to the condition of correct operation of said compressor.
A scintillator material comprising a single crystal having a composition of the formula A 3 MBr 6(1-x) Cl 6x, wherein when A consists essentially of Li, Na, K, Rb or any combination thereof or any combination of Cs with at least one of Li, Na, K, Rb, 0≤x≤1, and when A consists essentially of Cs, 0<x<1; and M consists essentially of Ce, Sc, Y, La, Lu, Gd, Pr, Tb, Yb, Nd or any combination thereof. wherein when A consists essentially of Li, Na, K, Rb or any combination thereof or any combination of Cs with at least one of Li, Na, K, Rb, 0≤x≤1, and when A consists essentially of Cs, 0<x<1; and M consists essentially of Ce, Sc, Y, La, Lu, Gd, Pr, Tb, Yb, Nd or any combination thereof.
A variable compliance non-pneumatic wheel, comprising: a stationary tubular body attachable to the vehicle chassis and being the axle of rotation of the wheel; a tubular member forming a hub (1,2), mounted on the stationary tubular body and freely rotating relative to the stationary tubular body, comprising a series of mounting rods (12,13) on its periphery on both sides facing the two different width- wise sides of the wheel; a number of interconnected and freely rotating between each- other caterpillar-like tiles; a plurality of connecting spring members (3,4,6,7,8,9,10,11), each connecting a specific mounting rod (12, 13) of a specific side of the hub (1,2) and a periphery tile on the same wheel width-wise side, mounted between the said tubular hub and the outer tiles body in a circular circumferential direction and configured to connect the hub (1,2) and tile bodies to each other, characterized by the fact that the caterpillar-like tiles form the outer periphery of the wheel and are in contact with the ground during wheel operation and by the fact that the said tubular member forming the hub is split in two parts (1,2), each one of them being free to rotate relative to the other, with each one of them carrying approximately the half number of mounting rods (12,13) and connecting springs (3,4,6,7,8,9,10,11) on its respective width-wise side of the wheel. a stationary tubular body attachable to the vehicle chassis and being the axle of rotation of the wheel; a tubular member forming a hub (1,2), mounted on the stationary tubular body and freely rotating relative to the stationary tubular body, comprising a series of mounting rods (12,13) on its periphery on both sides facing the two different width- wise sides of the wheel; a number of interconnected and freely rotating between each- other caterpillar-like tiles; a plurality of connecting spring members (3,4,6,7,8,9,10,11), each connecting a specific mounting rod (12, 13) of a specific side of the hub (1,2) and a periphery tile on the same wheel width-wise side, mounted between the said tubular hub and the outer tiles body in a circular circumferential direction and configured to connect the hub (1,2) and tile bodies to each other, characterized by the fact that the caterpillar-like tiles form the outer periphery of the wheel and are in contact with the ground during wheel operation and by the fact that the said tubular member forming the hub is split in two parts (1,2), each one of them being free to rotate relative to the other, with each one of them carrying approximately the half number of mounting rods (12,13) and connecting springs (3,4,6,7,8,9,10,11) on its respective width-wise side of the wheel.
A system for estimating the mass or weight of an object comprising: at least one camera that captures an object representation of one or more visible or spatial characteristics of the object; a computer readable medium connected to the at least one camera to store the object representation; at least one virtual object model stored on the computer readable medium, wherein each of the at least one virtual object model comprises one or more shape variables to form a multi-dimensional profile of a reference object; a computer communicatively coupled to the computer readable medium to compare the multi-dimensional profile to the object representation through the adjustment of the one or more shape variables to form an optimal fit object representation, wherein the computer estimates the mass or weight of the object representation as a function of the optimal fit object representation. at least one camera that captures an object representation of one or more visible or spatial characteristics of the object; a computer readable medium connected to the at least one camera to store the object representation; at least one virtual object model stored on the computer readable medium, wherein each of the at least one virtual object model comprises one or more shape variables to form a multi-dimensional profile of a reference object; a computer communicatively coupled to the computer readable medium to compare the multi-dimensional profile to the object representation through the adjustment of the one or more shape variables to form an optimal fit object representation, wherein the computer estimates the mass or weight of the object representation as a function of the optimal fit object representation.
A composition for coating wooden elements comprising: a wood coating and a dispersible nanocrystalline cellulose ("D-NCC") or a nanocrystalline cellulose modified with an organofunctional silane, the composition further comprising at least one reinforcing agent and/or other additive suitable for wood coatings, selected from the group consisting of fumed silica, crystalline silica, aluminum oxide, calcium carbonate, titanium dioxide and mixtures thereof, wherein the amount of nanocrystalline cellulose is up to 5% by weight of the wood coating, characterised in that the nanocrystalline cellulose derives from wood. a wood coating and a dispersible nanocrystalline cellulose ("D-NCC") or a nanocrystalline cellulose modified with an organofunctional silane, the composition further comprising at least one reinforcing agent and/or other additive suitable for wood coatings, selected from the group consisting of fumed silica, crystalline silica, aluminum oxide, calcium carbonate, titanium dioxide and mixtures thereof,
An anchoring system (100, 200, 600) configured to be attached to a fixed structural component comprising a beam or rafter tail having an upper surface, two vertical side surfaces and a bottom surface, the anchoring system comprising: a coupling device comprising: a first plate (104, 104A) and a second plate (104, 104B) that form a dihedral angle therebetween; a bracket affixed to the second plate (104, 104B); an axial member supported by the bracket; and a lever having a lever arm and a lever body attached to the lever arm, the lever body rotatably resting on the axial member that is configured as a pivot for the lever, the lever arm facing away from the first plate (104, 104A), the lever body having a curved surface facing the first plate (104, 104A); wherein the first plate (104, 104A), the second plate (104, 104B) and the lever together form a cradle space therebetween; wherein pivoting of the lever about the axial member allows the curved surface to move within the cradle space between a closed position and an open position, thereby allowing at least partial insertion of the beam or rafter tail into the cradle space and engagement between the curved surface and one of the vertical side surfaces and between the first plate (104, 104A) and the other of the vertical side surfaces to attach the coupling device to the beam or rafter tail around the bottom surface and at least partially around the two vertical side surfaces; and an affixation member (134, 302, 304) cooperated with the second plate (104, 104B) and extending below the second plate (104, 104B) or the bracket. a first plate (104, 104A) and a second plate (104, 104B) that form a dihedral angle therebetween; a bracket affixed to the second plate (104, 104B); an axial member supported by the bracket; and a lever having a lever arm and a lever body attached to the lever arm, the lever body rotatably resting on the axial member that is configured as a pivot for the lever, the lever arm facing away from the first plate (104, 104A), the lever body having a curved surface facing the first plate (104, 104A); wherein the first plate (104, 104A), the second plate (104, 104B) and the lever together form a cradle space therebetween; wherein pivoting of the lever about the axial member allows the curved surface to move within the cradle space between a closed position and an open position, thereby allowing at least partial insertion of the beam or rafter tail into the cradle space and engagement between the curved surface and one of the vertical side surfaces and between the first plate (104, 104A) and the other of the vertical side surfaces to attach the coupling device to the beam or rafter tail around the bottom surface and at least partially around the two vertical side surfaces; and an affixation member (134, 302, 304) cooperated with the second plate (104, 104B) and extending below the second plate (104, 104B) or the bracket.
A support plate adapted for fastening and integrating a photovoltaic panel on a roof of a building, said support plate being delimited transversely by a first lateral edge and a second lateral edge and longitudinally by a first upper edge and a second lower edge, characterised in that the support plate includes a device for elongation according to at least one transverse direction and/or one longitudinal direction, to adapt the dimensions of the support plate to the dimensions of the associated photovoltaic panel.
A therapeutically effective amount of a composition comprising a mixture of deoxycytidine (dC) and deoxythymidine (dT) for use in a method of treating thymidine kinase 2 deficiency in a human subject in need thereof.
A touch sensor device, comprising: a layer of conductive material that includes a plurality of electromagnetically conductive elements; a touch sensor controller configured to operate the plurality of electromagnetically conductive elements as a touch sensor; and an antenna controller configured to operate the plurality of electromagnetically conductive elements as an antenna; characterized in that the plurality of electromagnetically conductive elements are separated by an insulating material to operate as a parasitic patch antenna by the antenna controller. a layer of conductive material that includes a plurality of electromagnetically conductive elements; a touch sensor controller configured to operate the plurality of electromagnetically conductive elements as a touch sensor; and an antenna controller configured to operate the plurality of electromagnetically conductive elements as an antenna; characterized in that the plurality of electromagnetically conductive elements are separated by an insulating material to operate as a parasitic patch antenna by the antenna controller.
A method for controlling a fuel valve or a fuel valve and an air valve supplying fuel or fuel and air, respectively, to a crank case scavenged internal combustion single-cylinder engine having a fuel supply system including a carburetor, where at least a part of the fuel and air needed for the combustion is crankcase scavenged and comprising means for controlling said valve used for the supply system for combustible mixture to the engine, the method characterised by steps of: controlling the valve in consecutive periods of revolutions each having a period length of at least 10 revolutions; determining for each period a valve control sequence (Ns/PL), providing a number (Ns) of valve shut-off positions (FCn) determining which particular revolutions in its corresponding period the valve is to be closed, where the number (Ns) of valve shut-off positions (FCn) corresponds to the amount of fuel or air respectively to be supplied to the engine during the corresponding period, so that essentially all valve control sequences (Ns/PL) between no shut off and complete shut off can be reached; distributing the fuel shut-off positions (FCn) corresponding to the fuel control sequence (Ns/PL) evenly during the period. controlling the valve in consecutive periods of revolutions each having a period length of at least 10 revolutions; determining for each period a valve control sequence (Ns/PL), providing a number (Ns) of valve shut-off positions (FCn) determining which particular revolutions in its corresponding period the valve is to be closed, where the number (Ns) of valve shut-off positions (FCn) corresponds to the amount of fuel or air respectively to be supplied to the engine during the corresponding period, so that essentially all valve control sequences (Ns/PL) between no shut off and complete shut off can be reached; distributing the fuel shut-off positions (FCn) corresponding to the fuel control sequence (Ns/PL) evenly during the period.
Lifting and tilting device for picking up, moving and emptying a collection trolley filled with packaging materials, comprising - a base frame, - a pivot arm, which is attached to the base frame so as to pivot about an arm axis, - an attaching device for attaching the collection trolley to the pivot arm, - a tilting device for tilting the collection trolley, - wherein the tilting device comprises a tilting part attached to the pivot arm so as to pivot about a tilt axis, - wherein the attaching device is non-rotatably fixed to the tilting part, - wherein the tilting device is a sliding-block guide with a guide track and an element guided along it, - wherein the attaching device and the collection trolley attached thereto can be brought to the height of a feed opening of a baling press by swinging the pivot arm upwards, - wherein the tilting part carries the guided element, and - wherein the tilting part and thus the collection trolley can be tilted depending on the course of the guide track by swinging the pivot arm upwards such that the collection trolley points downwards with its upper opening (SWo) in the parked state and thus empties due to gravity, characterised in that - the device comprises only one pivot arm. - a base frame, - a pivot arm, which is attached to the base frame so as to pivot about an arm axis, - an attaching device for attaching the collection trolley to the pivot arm, - a tilting device for tilting the collection trolley, - wherein the tilting device comprises a tilting part attached to the pivot arm so as to pivot about a tilt axis, - wherein the attaching device is non-rotatably fixed to the tilting part, - wherein the tilting device is a sliding-block guide with a guide track and an element guided along it, - wherein the attaching device and the collection trolley attached thereto can be brought to the height of a feed opening of a baling press by swinging the pivot arm upwards, - wherein the tilting part carries the guided element, and - wherein the tilting part and thus the collection trolley can be tilted depending on the course of the guide track by swinging the pivot arm upwards such that the collection trolley points downwards with its upper opening (SWo) in the parked state and thus empties due to gravity, characterised in that - the device comprises only one pivot arm.
A method of transmitting frames in a communication network interconnecting a plurality of synchronized nodes, wherein the nodes periodically transmit regular frames (R1-R4) comprising time-critical data, and wherein the nodes non-periodically transmit sporadic frames (S2, S3), characterized by - transmitting, by each node of the plurality of nodes, at the beginning of a common transmission period (TP1, TP2), a regular frame (R1-R4) comprising time-critical data, - receiving, by a node, regular frames (R1, R4, R3) from a first neighboring node, and forwarding, within the same transmission period, the received regular frames to a second neighboring node, and - delaying, by the node, transmission of a sporadic frame until forwarding of all received regular frames is completed. - transmitting, by each node of the plurality of nodes, at the beginning of a common transmission period (TP1, TP2), a regular frame (R1-R4) comprising time-critical data, - receiving, by a node, regular frames (R1, R4, R3) from a first neighboring node, and forwarding, within the same transmission period, the received regular frames to a second neighboring node, and - delaying, by the node, transmission of a sporadic frame until forwarding of all received regular frames is completed.
Motor vehicle comprising at least one seat (2, 3) having an associated device for detecting and classifying the seat occupancy depending on at least one measured value of at least one measurement means, and comprising at least one restraint device, in particular an airbag, including a control device, which restraint device is associated with the seat (2, 3) and the operation of which can be controlled depending on the detection and classification result, which is associated with a certain operating state of the control device, characterised in that the device is designed to control the operation of the restraint device depending on the detection and classification result in the event that a clear detection and classification result can be determined on the basis of the measured value, and, in the event that no clear detection and classification result can be determined on the basis of the measured value, to automatically output to the driver at least one piece of acoustic and/or visual information (12, 15) relating to an occupancy and/or classification, which information prompts the driver to give a response signal which relates to the occupancy or classification and is to be detected by the device, and to control the operation of the restraint device depending on the signal given.
A vessel for installing or repairing an offshore structure, the vessel moveably connected to at least one elongate support member (1007, 1009, 1011, 1013), the vessel being non-submersible and comprising; a primary platform fixedly attached to the vessel; a secondary platform moveably connected to the or at least one further elongate support member in which the vessel and the secondary platform are moveable in an elongate direction along the or each elongate support member wherein the elongate support member extends through the primary and the secondary platforms; wherein the vessel comprises a first drive means (1019, 1021) for driving the vessel along one of the elongate support members and the secondary platform comprises a second drive means (1031, 1033) for driving the secondary platform along one of the elongate support members; and a control means for controlling operation of the first and second drive means in a first mode of operation in which the secondary platform and vessel are synchronously driveable along one of the elongate support members, and wherein the control means is further configured to control the first and second drive means in a second mode of operation in which the secondary platform is driveable independently from the vessel. a primary platform fixedly attached to the vessel; a secondary platform moveably connected to the or at least one further elongate support member in which the vessel and the secondary platform are moveable in an elongate direction along the or each elongate support member wherein the elongate support member extends through the primary and the secondary platforms; wherein the vessel comprises a first drive means (1019, 1021) for driving the vessel along one of the elongate support members and the secondary platform comprises a second drive means (1031, 1033) for driving the secondary platform along one of the elongate support members; and a control means for controlling operation of the first and second drive means in a first mode of operation in which the secondary platform and vessel are synchronously driveable along one of the elongate support members, and wherein the control means is further configured to control the first and second drive means in a second mode of operation in which the secondary platform is driveable independently from the vessel.
A method of controlling banding defects on a receiving member of an image marking device, comprising: determining a toner density on the receiving member, wherein the receiving member is a photoreceptor or an intermediate belt; automatically determining the extent of banding on the receiving member by comparing the determined toner density to a reference toner density value; and automatically adjusting the toner density based on a result obtained from the comparison of the measured toner density to the reference toner density value, wherein automatically determining the extent of banding and automatically adjusting the toner density are performed using a feedback and/or feedforward control routine or application, and automatically adjusting the toner density comprises actuating a development field using the feedback and/or feedforward control routine or application; the method further comprising: determining whether a uniform density has been achieved in a developed image; if a uniform density has been achieved, storing a resulting periodic control signal as a function of developer roll position; and during machine operation, control banding defects using the stored periodic control signal. determining a toner density on the receiving member, wherein the receiving member is a photoreceptor or an intermediate belt; automatically determining the extent of banding on the receiving member by comparing the determined toner density to a reference toner density value; and automatically adjusting the toner density based on a result obtained from the comparison of the measured toner density to the reference toner density value, wherein automatically determining the extent of banding and automatically adjusting the toner density are performed using a feedback and/or feedforward control routine or application, and automatically adjusting the toner density comprises actuating a development field using the feedback and/or feedforward control routine or application; determining whether a uniform density has been achieved in a developed image; if a uniform density has been achieved, storing a resulting periodic control signal as a function of developer roll position; and during machine operation, control banding defects using the stored periodic control signal.