mhurhangee/ep-ind-claims huggingface dataset:
A circuit comprising: a substrate; a plurality of separate groups (72, 74) of pre-formed, semiconductor electrical devices that have been deposited over the substrate, each group containing a plurality of substantially identical electrical devices electrically connected in parallel by at least one conductor layer (52, 62, 66, 68) within each group, the electrical devices being randomly distributed within each group on the substrate; an interconnection conductor pattern (75, 90) that interconnects at least some of the groups together to achieve an electrical function; at least one input terminal (80, 82) connected to the interconnection conductor pattern for receiving input signals for transformation by the electrical function to generate output signals; and at least one output terminal connected to the interconnection conductor pattern for receiving the output signals. a substrate; a plurality of separate groups (72, 74) of pre-formed, semiconductor electrical devices that have been deposited over the substrate, each group containing a plurality of substantially identical electrical devices electrically connected in parallel by at least one conductor layer (52, 62, 66, 68) within each group, the electrical devices being randomly distributed within each group on the substrate; an interconnection conductor pattern (75, 90) that interconnects at least some of the groups together to achieve an electrical function; at least one input terminal (80, 82) connected to the interconnection conductor pattern for receiving input signals for transformation by the electrical function to generate output signals; and at least one output terminal connected to the interconnection conductor pattern for receiving the output signals.
A releasable connector apparatus for use in providing a releasable connection between a conveyance member and a downhole tool, the apparatus comprising: a connector mandrel to be coupled to a conveyance member; a connector housing to be coupled with a downhole tool; a socket defined within the connector housing for receiving the connector mandrel; a latch arrangement operable within the socket and comprising a latch member, wherein the latch arrangement is moveable relative to the connector housing between a connect position in which the latch member is locked relative to the connector mandrel to prevent removal of the connector mandrel from the socket, and a disconnect position in which the latch member is unlocked relative to the connector mandrel to permit removal of the connector mandrel from the socket; a cavity defined within the connector housing, wherein the cavity is sealingly isolated from the socket such that fluid pressure within the socket is prevented from applying a biasing force on an actuator; and the actuator mounted within the cavity and coupled to the latch arrangement, wherein the actuator is moveable relative to the housing between a first position in which the latch arrangement is in its connect position, and a second position in which the latch arrangement is in its disconnect position. a connector mandrel to be coupled to a conveyance member; a connector housing to be coupled with a downhole tool; a socket defined within the connector housing for receiving the connector mandrel; a latch arrangement operable within the socket and comprising a latch member, a cavity defined within the connector housing, wherein the cavity is sealingly isolated from the socket such that fluid pressure within the socket is prevented from applying a biasing force on an actuator; and the actuator mounted within the cavity and coupled to the latch arrangement, wherein the actuator is moveable relative to the housing between a first position in which the latch arrangement is in its connect position, and a second position in which the latch arrangement is in its disconnect position.
A system for marking data stored on a solid state drive ("SSD") as invalid, the system comprising: an SSD driver coupled to a file system via a first interface wherein the first interface includes a command interface operational to communicate invalid data information from the file system to the SSD driver, and wherein the invalid data information identifies the data stored on the SSD that corresponds to information being deleted by the file system, wherein the information being deleted is a file characterized in that it further comprises a second interface operable to couple the SSD driver to the SSD sufficient to cause the SSD to mark the data stored on the SSD that corresponds to the information being deleted by the file system as invalid, said second interface operable to send file location information indicating the beginning of the file via logical block addressing ("LBA") followed by the length of the file to the SSD, wherein the command interface is implemented as a new input-output control ("IOCTL") command or as an extension to an input-output control ("IOCTL") command. an SSD driver coupled to a file system via a first interface wherein the first interface includes a command interface operational to communicate invalid data information from the file system to the SSD driver, and wherein the invalid data information identifies the data stored on the SSD that corresponds to information being deleted by the file system, wherein the information being deleted is a file characterized in that it further comprises a second interface operable to couple the SSD driver to the SSD sufficient to cause the SSD to mark the data stored on the SSD that corresponds to the information being deleted by the file system as invalid, said second interface operable to send file location information indicating the beginning of the file via logical block addressing ("LBA") followed by the length of the file to the SSD, wherein the command interface is implemented as a new input-output control ("IOCTL") command or as an extension to an input-output control ("IOCTL") command.
Industrial robot, comprising - a robot arm with a plurality of links arranged one behind the other and connected by joints and with electric motors for moving the links relative to one another, - a control device for moving the robot arm and - a control cabinet comprising - a housing, - at least one electric and/or electronic component (12, 13, 23) arranged inside the housing and - an electromechanical energy storage device which has an electric motor and a rotatably mounted flywheel, which can be set into rotation by means of the electric motor and is configured to generate an air flow for cooling the at least one electric and/or electronic component (12, 13, 23), wherein the industrial robot is configured in a first operating mode to brake at least one of the links by means of its motor and to drive the electric motor by means of the thereby produced electrical power so that the latter rotates the flywheel and in a second operating mode to operate the electric motor of the energy storage device in a generator mode, in order to convert energy stored in the rotating flywheel into electrical energy which is provided for driving the electric motors of the robot arm. - a robot arm with a plurality of links arranged one behind the other and connected by joints and with electric motors for moving the links relative to one another, - a control device for moving the robot arm and - a control cabinet comprising - a housing, - at least one electric and/or electronic component (12, 13, 23) arranged inside the housing and - an electromechanical energy storage device which has an electric motor and a rotatably mounted flywheel, which can be set into rotation by means of the electric motor and is configured to generate an air flow for cooling the at least one electric and/or electronic component (12, 13, 23), wherein the industrial robot is configured in a first operating mode to brake at least one of the links by means of its motor and to drive the electric motor by means of the thereby produced electrical power so that the latter rotates the flywheel and in a second operating mode to operate the electric motor of the energy storage device in a generator mode, in order to convert energy stored in the rotating flywheel into electrical energy which is provided for driving the electric motors of the robot arm.
A system for implanting a heart valve, comprising: a radially self-expandable tubular body having an inflow end and an outflow end; a valve disposed within and attached to the tubular body; a projection (50; 55) having a first end located at a side surface of the tubular body and a second free end and configured to define a groove between the projection (50; 55) and the tubular body, the groove having an opening between the tubular body and the second free end of the projection (50; 55); wherein the second free end includes a plurality of struts including a first strut and a second strut joined through a connector which together form rounded triangle configurations; and a guidewire configured to be moved into the groove and to move heart tissue into the groove such that the heart tissue is disposed between the tubular body and the projection (50; 55). a radially self-expandable tubular body having an inflow end and an outflow end; a valve disposed within and attached to the tubular body; a projection (50; 55) having a first end located at a side surface of the tubular body and a second free end and configured to define a groove between the projection (50; 55) and the tubular body, the groove having an opening between the tubular body and the second free end of the projection (50; 55); wherein the second free end includes a plurality of struts including a first strut and a second strut joined through a connector which together form rounded triangle configurations; and a guidewire configured to be moved into the groove and to move heart tissue into the groove such that the heart tissue is disposed between the tubular body and the projection (50; 55).
A conductor for connecting terminals (1, 4) being formed in such a manner that at least a plate-shaped part including a first metal, and a plate-shaped part including a second metal having a melting point higher than that of the first metal are overlapped with each other, a first region having the exposed first metal, and a second region having the exposed second metal are formed on one surface, the second metal is formed so as to be exposed to a region opposed to the second region, in the other surface, and there is no step difference at an interface between the first region and the second region in a thickness direction, wherein the first metal is aluminum or an aluminum alloy, and/or the second metal is copper, nickel, iron, or an alloy containing at least any one kind of these. the first metal is aluminum or an aluminum alloy, and/or the second metal is copper, nickel, iron, or an alloy containing at least any one kind of these.
Control system for a technical installation, in particular a process installation or production facility, which has at least one operator station server and at least one operator station client, wherein the operator station server is designed to generate visualisation information and transmit it to the operator station client for visualisation in order to enable an operator to control and monitor the technical installation, wherein the visualisation information comprises at least one first installation image and a second installation image of the technical installation, in which digital representations (2, 3, 4, 5, 6) of components of the technical installation and associated measurement data (7, 8, 9) for operator control and monitoring of the technical installation are or can be visually displayed, characterised in that as the result of an event occurring during the visual presentation of the first installation image to the operator by the operator station client, the control system is designed to visually present the second installation image to the operator by means of the operator station client, wherein a display size of the first installation image and the second installation image are designed as different from one another, and wherein a display size of the second installation image is preferably smaller than a display size of the first installation image.
A method for reducing flow induced vibration in at least one subsea structure, comprising the steps of: via at least one subsea acoustic sensor, detecting at least one characteristic associated with acoustic energy in sea water proximate to the sensor; responsive to the detected characteristic, varying at least one operational parameter of a fluid flowing along a fluid flow pathway associated with a pipe member by automatically comparing a characteristic value comprising a value for the detected at least one characteristic with at least one pre-stored value and automatically varying the operational parameter responsive thereto; and characterized by automatically varying the operational parameter to maintain a vibration value associated with vibration of the subsea structure below a predetermined threshold value and to maximise the operational parameter whilst maintaining said a vibration value below the predetermined threshold value. via at least one subsea acoustic sensor, detecting at least one characteristic associated with acoustic energy in sea water proximate to the sensor; responsive to the detected characteristic, varying at least one operational parameter of a fluid flowing along a fluid flow pathway associated with a pipe member by automatically comparing a characteristic value comprising a value for the detected at least one characteristic with at least one pre-stored value and automatically varying the operational parameter responsive thereto; and characterized by automatically varying the operational parameter to maintain a vibration value associated with vibration of the subsea structure below a predetermined threshold value and to maximise the operational parameter whilst maintaining said a vibration value below the predetermined threshold value.
Suspension mat (3, 103) for a vehicle seat backrest (1, 100), comprising at least one strip (120, 123, 124, 125) of a plastic film, said strip being fastened to two lateral uprights (121, 122), said two lateral uprights (121, 122) each having a profile that is intended to fit the profile of a lateral plate (7, 8) of a frame of said backrest (1, 100), characterized in that said strip (120, 123, 124, 125) is overmoulded into the two lateral uprights (121, 122).
A packing tool adapted to display tension, comprising: a body, including a strap winding device;; a detection unit, connected to the strap winding device, the detection unit being configured to detect a tension value of the strap winding device; a display unit, electrically connected to the detection unit for displaying the tension value, wherein the packing tool further comprises a control device, the control device including a processing unit, the processing unit being electrically connected to the detection unit and the display unit, the processing unit including a calculation module, the calculation module being configured to receive a signal from the detection unit and output the tension value characterized in that the processing unit includes a following module, a conversion module and a peak module,, the following module is adapted to output the present tension value, the conversion module is adapted to convert and output a unit of the tension value, the peak module is adapted to output a peak of the tension value, the packing tool further comprise an input unit, the input unit is electrically connected to the processing unit, the input unit includes a first button, a second button and a third button, the first button is adapted to serve as a return-to-zero button and an on/off button, the second button is adapted to serve as a switching button for the following module and the peak module, and the third button is adapted to serve as a unit switching button. a body, including a strap winding device;; a detection unit, connected to the strap winding device, the detection unit being configured to detect a tension value of the strap winding device; a display unit, electrically connected to the detection unit for displaying the tension value, wherein the packing tool further comprises a control device, the control device including a processing unit, the processing unit being electrically connected to the detection unit and the display unit, the processing unit including a calculation module, the calculation module being configured to receive a signal from the detection unit and output the tension value characterized in that the processing unit includes a following module, a conversion module and a peak module,, the following module is adapted to output the present tension value, the conversion module is adapted to convert and output a unit of the tension value, the peak module is adapted to output a peak of the tension value, the packing tool further comprise an input unit, the input unit is electrically connected to the processing unit, the input unit includes a first button, a second button and a third button, the first button is adapted to serve as a return-to-zero button and an on/off button, the second button is adapted to serve as a switching button for the following module and the peak module, and the third button is adapted to serve as a unit switching button.
A fuel injector comprising: a first air swirler passage and a second air swirler passage extending axially through the fuel injector and arranged to direct air through the fuel injector; a splitter arranged between the first air swirler passage and the second air swirler passage and comprising: a first splitter surface having a first divergent portion which is divergent in a downstream direction; a second splitter surface located radially inward of the first splitter surface and having a second divergent portion which is divergent in the downstream direction; a third splitter surface located radially inward of the first and second splitter surfaces; and a first connecting surface extending between the second and third splitter surfaces; wherein a first cavity is formed between the first and second splitter surfaces, and the second divergent portion comprises at least one opening in fluid communication with the first cavity, wherein a second connecting surface extends between the first and second splitter surfaces with the first splitter surface and the second splitter surface and second connecting surface forming the first cavity and characterized in that the second splitter surface further comprises a dividing portion so as to define a second cavity between the second and third splitter surfaces (95, 96) and the first connecting surface. a first air swirler passage and a second air swirler passage extending axially through the fuel injector and arranged to direct air through the fuel injector; a splitter arranged between the first air swirler passage and the second air swirler passage and comprising: a first splitter surface having a first divergent portion which is divergent in a downstream direction; a second splitter surface located radially inward of the first splitter surface and having a second divergent portion which is divergent in the downstream direction; a third splitter surface located radially inward of the first and second splitter surfaces; and a first connecting surface extending between the second and third splitter surfaces; a first splitter surface having a first divergent portion which is divergent in a downstream direction; a second splitter surface located radially inward of the first splitter surface and having a second divergent portion which is divergent in the downstream direction; a third splitter surface located radially inward of the first and second splitter surfaces; and a first connecting surface extending between the second and third splitter surfaces;
An aircraft, comprising: - a fuselage structure; and - at least one aircraft cabin arranged in the fuselage structure, the at least one aircraft cabin comprising: - an on-board space unit; and - at least one stowage compartment for an on-board-wheelchair; wherein the on-board space unit provides an on-board function, wherein the on-board space unit is surrounded by a housing wall structure, and wherein the on-board space unit is an enclosed space in the cabin; wherein the enclosed space is a lavatory space; wherein the lavatory space has a lavatory portion that faces the fuselage structure; wherein the stowage compartment provides space to accommodate an on-board-wheelchair, and wherein the stowage compartment is at least partly surrounded by an enclosure structure; and wherein at least a part of the enclosure structure is provided by the housing wall structure; wherein the stowage compartment comprises an on-board-wheelchair in a folded state; wherein the stowage compartment is provided behind a lavatory interior wall, and the stowage compartment opens into the lavatory space: wherein the lavatory space provides a vestibule for unfolding and folding the on-board-wheelchair; wherein the stowage compartment is provided by a washbasin structure with a wash-table enlargement between the washbasin and the lavatory portion that faces the fuselage structure; and wherein an upper enclosure of the stowage compartment is provided by the wash-table enlargement. - a fuselage structure; and - at least one aircraft cabin arranged in the fuselage structure, the at least one aircraft cabin comprising: - an on-board space unit; and - at least one stowage compartment for an on-board-wheelchair; wherein the on-board space unit provides an on-board function, wherein the lavatory space provides a vestibule for unfolding and folding the on-board-wheelchair; wherein the stowage compartment is provided by a washbasin structure with a wash-table enlargement between the washbasin and the lavatory portion that faces the fuselage structure; and wherein an upper enclosure of the stowage compartment is provided by the wash-table enlargement.
An operating device for luminous elements, in particular LEDs, OLEDs, or halogen lamps, having: - a DC/AC transducer with transformer for providing an alternating voltage, and - a circuit assembly for rectifying the alternating voltage with at least one diode, wherein an electronic switch element is connected in parallel to the diode, which has a lower forward resistance than the diode, and control means are provided for the switch element, which ensure that the on-state duration (ton) of the switch element is within that (Ton) of the diode, wherein the control means is a switching regulator, which detects and evaluates a voltage (VSense),which corresponds to the voltage dropping across the first diode, at a connecting point between a series resistor and a further diode and depending thereon generates switching signals for the switch element, wherein the switching regulator is supplied with voltage via a series circuit consisting of the series resistor, the further diode and a buffer capacitor, wherein the series circuit is connected in parallel to the switch element, and wherein the control means controls the switch element such that the on-state duration (ton) for the switch element is initially measured briefly in comparison to the on-state duration (Ton) of the diode and then is increased gradually, and that the on-state duration (ton) for the switch element is shortened again, if this ends later than the on-state time (Ton) of the diode. - a DC/AC transducer with transformer for providing an alternating voltage, and - a circuit assembly for rectifying the alternating voltage with at least one diode,