mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic pump unit adapted to supply pressurised hydraulic liquid to a set of hydraulic actuators comprising: - a pump; - a reservoir for hydraulic liquid; - multiple line connectors adapted to connect the set of hydraulic actuators to the pump unit via actuator lines; - at least one valve seat, where an electrically operable valve is or can be installed; - a main body including a channel system for the hydraulic liquid, which channel system comprises multiple ducts which interconnect the pump, the reservoir and the valve seat, in which each duct forms a flow path of a hydraulic circuit and which channel system includes ducts having duct ends which define multiple ports in a common port face of the main body, an end body, whereby the main body and the end body define a generic part of the hydraulic circuit. whereby the port face is a planar face of an outer surface of the main body, characterized in that the pump unit further comprises: - a function plate, wherein the function plate comprises at least one slotted hydraulic liquid passageway which extends across the function plate, wherein the function plate is retained in position parallel to the port face of the main body such that the slotted passageway mates with at least two ports of the port face to define a flow path in between these ports; - the end body sandwiches the function plate between the port face of the main body and the end body; - the function plate defining a desired specific part of the predetermined hydraulic circuit. - a pump; - a reservoir for hydraulic liquid; - multiple line connectors adapted to connect the set of hydraulic actuators to the pump unit via actuator lines; - at least one valve seat, where an electrically operable valve is or can be installed; - a main body including a channel system for the hydraulic liquid, which channel system comprises multiple ducts which interconnect the pump, the reservoir and the valve seat, in which each duct forms a flow path of a hydraulic circuit and which channel system includes ducts having duct ends which define multiple ports in a common port face of the main body, an end body, whereby the main body and the end body define a generic part of the hydraulic circuit. - a function plate, wherein the function plate comprises at least one slotted hydraulic liquid passageway which extends across the function plate, wherein the function plate is retained in position parallel to the port face of the main body such that the slotted passageway mates with at least two ports of the port face to define a flow path in between these ports; - the end body sandwiches the function plate between the port face of the main body and the end body; - the function plate defining a desired specific part of the predetermined hydraulic circuit.
A ground pressure detonation device comprising: a housing; a foot coupled to the housing; an oscillation subsystem associated with the housing configured to oscillate the housing such that the foot impacts the ground with oscillatory force sufficient to ensure detonation of one or more pressure sensitive explosive devices in and/or on the ground; said ground pressure detonation device being characterized in that it further comprises a spring between the housing and the foot, the spring being of a selected stiffness configured to create a resonant condition that efficiently transfers input energy into the oscillatory force thereby minimizing power requirements and/or weight of said device. a housing; a foot coupled to the housing; an oscillation subsystem associated with the housing configured to oscillate the housing such that the foot impacts the ground with oscillatory force sufficient to ensure detonation of one or more pressure sensitive explosive devices in and/or on the ground; said ground pressure detonation device being characterized in that it further comprises a spring between the housing and the foot, the spring being of a selected stiffness configured to create a resonant condition that efficiently transfers input energy into the oscillatory force thereby minimizing power requirements and/or weight of said device.
A conjugated triene compound of formula characterized in that R 1, R 2, R 3, R 4 and R 5 each are independently hydrogen, a C 1 -C 10 alkyl group, a C 6 -C 12 aryl group or a heteroaryl group containing one or two atoms selected from nitrogen, oxygen and sulfur; and X 1 and X 2 each are independently a cyano group or -COR 6 where R 6 is hydrogen, a C 1 -C 10 alkyl group, a C 1 -C 10 alkoxy group, a C 6 -C 12 aryloxy group, an amino group, a C 1 -C 10 alkylamino group, a C 6 -C 12 arylamino group, a di(C 1 -C 10 alkyl) amino group, a (C 1 -C 10 alkyl)(C 6 -C 12 aryl) amino group, a di(C 6 -C 12 aryl) amino group, a C 6 -C 12 aryl group or a heteroaryl group containing one or two atoms selected from nitrogen, oxygen and sulfur. characterized in that R 1, R 2, R 3, R 4 and R 5 each are independently hydrogen, a C 1 -C 10 alkyl group, a C 6 -C 12 aryl group or a heteroaryl group containing one or two atoms selected from nitrogen, oxygen and sulfur; and X 1 and X 2 each are independently a cyano group or -COR 6 where R 6 is hydrogen, a C 1 -C 10 alkyl group, a C 1 -C 10 alkoxy group, a C 6 -C 12 aryloxy group, an amino group, a C 1 -C 10 alkylamino group, a C 6 -C 12 arylamino group, a di(C 1 -C 10 alkyl) amino group, a (C 1 -C 10 alkyl)(C 6 -C 12 aryl) amino group, a di(C 6 -C 12 aryl) amino group, a C 6 -C 12 aryl group or a heteroaryl group containing one or two atoms selected from nitrogen, oxygen and sulfur.
Solar concentrator provided with at least one linear concentrating lens, and at least one collector, and a supporting and tracking system, wherein the system comprises at least two holding structures adapted for rotating about a longitudinal axis, characterized in that it further comprises at least two attachment structures for attaching the at least one solar collector and the at least one lens, each one of the at least two attachment structures being rotatably fixed at two points to one of the at least two holding structures and capable of rotating with respect to a transverse axis passing through these two points and perpendicular to the longitudinal axis, such that, when the at least two attachment structures rotate around the traverse axis, the at least one lens and the at least one collector move in opposite and parallel directions thereby causing a variation of the distance between the at least one lens and the at least one solar collector.
A method for allocating a digital memory location to a physical information carrier, wherein, using an application executed on a portable processing unit, the portable processing unit requests a memory location on a server in communication with the portable processing unit via a communication interface and the server provides said location in response to the request; the server allocates a unique identifier to the memory location; the server and/or the portable processing unit allocates a pattern to the unique identifier; a display unit of the portable processing unit displays the pattern to a user, and the portable processing unit guides the user to manually apply the pattern, by drawing or writing the pattern using a writing device, to the surface of a physical information carrier so as to link the memory location on the server to the physical information carrier; and, when the pattern is detected and recognized on the physical information carrier using a sensor of the portable processing unit or of at least one further processing unit, the unique identifier is downloaded from the server, and the memory location is accessed by means of the portable processing unit or the at least one further processing unit using the unique identifier, wherein the server generates the pattern by means of a predetermined allocation scheme using the unique identifier and transmits it to the portable processing unit requesting the memory location, or the server transmits the unique identifier to the at least one portable processing unit requesting the memory location and the portable processing unit generates the pattern by using the unique identifier and the predetermined allocation scheme. the server allocates a unique identifier to the memory location; the server and/or the portable processing unit allocates a pattern to the unique identifier; a display unit of the portable processing unit displays the pattern to a user, and the portable processing unit guides the user to manually apply the pattern, by drawing or writing the pattern using a writing device, to the surface of a physical information carrier so as to link the memory location on the server to the physical information carrier; and, when the pattern is detected and recognized on the physical information carrier using a sensor of the portable processing unit or of at least one further processing unit, the unique identifier is downloaded from the server, and the memory location is accessed by means of the portable processing unit or the at least one further processing unit using the unique identifier, wherein the server generates the pattern by means of a predetermined allocation scheme using the unique identifier and transmits it to the portable processing unit requesting the memory location, or the server transmits the unique identifier to the at least one portable processing unit requesting the memory location and the portable processing unit generates the pattern by using the unique identifier and the predetermined allocation scheme.
A locking device for doors, windows or the like including a main lock and at least one additional lock, which are coupled to each other via a driving rod, including a motor drive device, which drives the driving rod in both directions, wherein a bolt latch of the additional lock is extensible and retractable via the driving rod, and a catch of the main lock is retractable by means of the driving rod, characterized in that a sensor switch is provided, by which a locking position of the door is detectable, that the sensor switch is connected to a control device for the drive device, wherein the drive device is connected to the control device by means of lines, and that the control device causes extension of the bolt latch with closed door, wherein the control device has a timing element, via which the extension of the catch is automatically controlled after the catch has been retracted.
An electrostatic shielding panel, comprising: a light transmissive panel; at least one discharge conductor; a light transmissive conductive area extending across the light transmissive panel, the light transmissive conductive area being ohmically isolated from the at least one discharge conductor, the light transmissive conductive area having an outside perimeter; and a plurality of conductive area spark gap points, conductively coupled to the outside perimeter, wherein each at least one discharge conductor has a plurality of discharge spark gap points, each discharge spark gap point corresponding to and being located in proximity to a respective one of the conductive area spark gap points so as to support electrostatic breakdown at less than a determined voltage between that discharge spark gap point and the respective conductive area spark gap point. a light transmissive panel; at least one discharge conductor; a light transmissive conductive area extending across the light transmissive panel, the light transmissive conductive area being ohmically isolated from the at least one discharge conductor, the light transmissive conductive area having an outside perimeter; and a plurality of conductive area spark gap points, conductively coupled to the outside perimeter, wherein each at least one discharge conductor has a plurality of discharge spark gap points, each discharge spark gap point corresponding to and being located in proximity to a respective one of the conductive area spark gap points so as to support electrostatic breakdown at less than a determined voltage between that discharge spark gap point and the respective conductive area spark gap point.
A method of determining the draft of a vessel comprising the steps of: measuring the draft of the vessel using at least one optical imaging device to provide optical draft measurement data of the draft of the vessel based on an automatic detection of the position of draft marks on a hull of the vessel; using the optical draft measurement data to initialise elevation data provided by at least one GNSS or GPS device so as to provide elevation draft measurement data of the draft of the vessel; and using the elevation draft measurement data to provide at least one measurement of the draft of the vessel subsequent to the step of initialising the elevation draft measurement data. measuring the draft of the vessel using at least one optical imaging device to provide optical draft measurement data of the draft of the vessel based on an automatic detection of the position of draft marks on a hull of the vessel; using the optical draft measurement data to initialise elevation data provided by at least one GNSS or GPS device so as to provide elevation draft measurement data of the draft of the vessel; and using the elevation draft measurement data to provide at least one measurement of the draft of the vessel subsequent to the step of initialising the elevation draft measurement data.
A parquet comprising: - at least one first strip and one second strip, each having a body extending along a prevailing longitudinal direction (L-L) and identifying a pair of bases for the laying thereof, - wherein said body is provided, at at least one lateral edge, with a seat or perimeter recess, recessed with respect to said lateral edge, the lateral edges of the adjacent strips (8,12) identifying a joint, - at least one connection element housed in the seats of said first and second adjacent strips (8,12), - wherein the connection element is deformable from a non-deformed or rest configuration, in which it is housed at least partially continuously in the seats of said first and second strips (8,12) so as to create an undercut to a relative vertical movement between said strips (8,12), along a vertical direction (Z-Z) perpendicular to the prevailing longitudinal direction (L-L) and to said bases, to a deformed configuration in which the connection element is housed in only one of said seats or has a discontinuity or separation at said joint so as to allow the separation of said strips (8,12) in the vertical direction (Z-Z), characterized in that the connection element is a plastically deformable connection element so as to irreversibly switch from the non-deformed configuration to the deformed configuration in which it is housed inside a single seat of one of said adjacent strips (8,12) or is interrupted at said joint, to allow the separation of said strips (8,12) in the vertical direction (Z-Z), wherein the connection element has at least one notch at said joint so as to facilitate the breaking thereof at the joint itself. - at least one first strip and one second strip, each having a body extending along a prevailing longitudinal direction (L-L) and identifying a pair of bases for the laying thereof, - wherein said body is provided, at at least one lateral edge, with a seat or perimeter recess, recessed with respect to said lateral edge, the lateral edges of the adjacent strips (8,12) identifying a joint, - at least one connection element housed in the seats of said first and second adjacent strips (8,12), - wherein the connection element is deformable from a non-deformed or rest configuration, in which it is housed at least partially continuously in the seats of said first and second strips (8,12) so as to create an undercut to a relative vertical movement between said strips (8,12), along a vertical direction (Z-Z) perpendicular to the prevailing longitudinal direction (L-L) and to said bases, to a deformed configuration in which the connection element is housed in only one of said seats or has a discontinuity or separation at said joint so as to allow the separation of said strips (8,12) in the vertical direction (Z-Z),
A method of recovering manganese from manganese-containing materials, comprising the steps of: a. obtaining manganese-containing materials having a manganese content of at least 5%; b. leaching the manganese-containing materials with HNO 3 and polymerized nitric oxide (N 2 O 3) x in an aqueous solution to form MnO and to release the other metals; c. filtering the acid-insoluble residue from the solution leaving desired metal values in solution; and d. precipitating and recovering manganese. a. obtaining manganese-containing materials having a manganese content of at least 5%; b. leaching the manganese-containing materials with HNO 3 and polymerized nitric oxide (N 2 O 3) x in an aqueous solution to form MnO and to release the other metals; c. filtering the acid-insoluble residue from the solution leaving desired metal values in solution; and d. precipitating and recovering manganese.
A method for use with a system including a radio equipment and a radio equipment controller being in communication through a medium having an uplink communication channel supporting uplink data communications from the RE to the REC, and a downlink communication channel supporting downlink data communications from the REC to the RE, the method comprising: generating a first multi-tone continuous wave signal; transmitting the first multi-tone CW signal having a first phase over the downlink communication channel; receiving a second CW signal including one or more tones, over the uplink communication channel, resulting from a passive intermodulation distortion of the first multi-tone CW signal; extracting uplink I/Q data from the second CW signal; obtaining a second phase using the uplink I/Q data; and calculating a distance to a location of the PIM based on the first phase and the second phase. generating a first multi-tone continuous wave signal; transmitting the first multi-tone CW signal having a first phase over the downlink communication channel; receiving a second CW signal including one or more tones, over the uplink communication channel, resulting from a passive intermodulation distortion of the first multi-tone CW signal; extracting uplink I/Q data from the second CW signal; obtaining a second phase using the uplink I/Q data; and calculating a distance to a location of the PIM based on the first phase and the second phase.
A marine surface vessel comprising a boarding pole for maritime boarding actions, wherein the boarding pole is, at a first end of the boarding pole, attached to a deck of the vessel via a flexible joint, characterized in that the vessel comprises a holding device presenting, or being arranged to present, a holding cavity, the holding cavity being arranged to receive, in a non-erected condition of the boarding pole, a boarding engagement device at a second end of the boarding pole, which second end is opposite to the first end.
A method for transmitting font information, comprising the following steps: - defining a font for text or symbol content to be presented on a display; - providing said font information comprising a font description, the font description defining how to render, or display, single characters or symbols or sets thereof; - converting said font information to a format suitable for transmission in a font information elementary stream; - adding to a scene description elementary stream containing text a reference to the font information elementary stream; and - transmitting said font information elementary stream and said scene description elementary stream containing text. - defining a font for text or symbol content to be presented on a display; - providing said font information comprising a font description, the font description defining how to render, or display, single characters or symbols or sets thereof; - converting said font information to a format suitable for transmission in a font information elementary stream; - adding to a scene description elementary stream containing text a reference to the font information elementary stream; and - transmitting said font information elementary stream and said scene description elementary stream containing text.
A method for characterizing an elongated textile test material which is moved along its longitudinal direction, wherein measured values of a property of the textile test material are detected along the longitudinal direction of the textile test material, values of a parameter of the textile test material are determined from the measured values, an event field is provided which contains a quadrant or a part of a quadrant of a two-dimensional Cartesian coordinate system, whose abscissa indicates an extension of parameter values in the longitudinal direction and whose ordinate indicates a deviation (ΔM) of the parameter from a setpoint value, densities of events in the event field are determined from the values of the parameter and its extension in the longitudinal direction, a test material body is calculated as an area in the event field, which is bounded by the abscissa or a straight line extending parallel thereto on the one hand, by the ordinate or a straight line extending parallel thereto on the other hand, and further by a line in the event field which substantially follows a constant event density, and the area is specified numerically, characterized in that at least one value (a-c) of the numerical specification is output as a characteristic of the textile test material. by the abscissa or a straight line extending parallel thereto on the one hand, by the ordinate or a straight line extending parallel thereto on the other hand, and further by a line in the event field which substantially follows a constant event density, and
An antenna arrangement for positionally correct fixing to a surface having a recess for antenna connection means of the antenna arrangement, formed as plugs or sockets, wherein the antenna arrangement has a bottom plate from which joining means extend to the recess, which comprise a clamping plate secured against loss, and a screw or a screw bolt in such a manner that the clamping plate can be moved and tensioned toward the bottom plate by means of the screw or screw bolt, wherein the width of the recess is smaller than the width of the clamping plate, and the length of the recess is greater than the length of the clamping plate in order to enable the joining means together with the clamping plate to plunge into the recess while pivoting, to be displaced toward the longitudinal axis of the recess and to be tensioned subsequently, wherein, when the positionally correct fixing end position is reached, the plugs or sockets of the antenna connection means are located within the recess and are freely accessible, characterized in that the plugs or sockets are formed in a first area of the bottom plate, and the clamping plate together with the screw or screw bolt is formed in a second area of the bottom plate which is laterally spaced from the first area, in such a manner that free access to the connection means is given, furthermore the recess has a shape of an oblong hole, wherein the recess merges into a joining opening for anti-rotation protection on the longitudinal axis of the oblong hole, or a spaced opening for anti-rotation protection is assigned to the recess.
A process for fabricating an optoelectronic device, said process comprising providing a continuous unpatterned anode layer; depositing an electroactive layer (316,326) on the continuous unpatterned anode layer; and depositing a patterned cathode layer (314,324) on the electroactive layer (316,326), characterised in that the process comprises a roll to roll process, wherein portions of the electroactive layer (316,326) are selectively removed in the web direction; the cathode layer (314,324) is deposited solely on portions of the electroactive layer (316,326) remaining after selectively removing portions thereof; and the electroactive layer (316,326) and the cathode layer (314,324) are deposited in a continuous process without stopping to form a cross-web pattern.