mhurhangee/ep-ind-claims huggingface dataset:
A valve boring fitting for attachment to a pipe, the valve boring fitting comprising: a housing which has a main section with a head region and a pipe mounting region, and a branch section for a medium exiting from the bored pipe; a valve body with a cutting tool, the valve body being arranged in the main section of the housing such that said valve body can be displaced in the axial direction by means of an external thread which is applied on the valve body and meshes with the housing, the valve body having a torque introduction point by means of which it can be coupled to a rotary tool to introduce a rotary movement, a securing element being formed, which is arranged in the head region of the main section of the housing and is designed as a mechanical stop for the valve body to prevent the valve body rotating out of the housing, the securing element being in the form of a screw-in element which has an external thread, characterised in that the external thread of the valve body has a rotation direction opposite to the external thread of the securing element. a housing which has a main section with a head region and a pipe mounting region, and a branch section for a medium exiting from the bored pipe; a valve body with a cutting tool, the valve body being arranged in the main section of the housing such that said valve body can be displaced in the axial direction by means of an external thread which is applied on the valve body and meshes with the housing, the valve body having a torque introduction point by means of which it can be coupled to a rotary tool to introduce a rotary movement, a securing element being formed, which is arranged in the head region of the main section of the housing and is designed as a mechanical stop for the valve body to prevent the valve body rotating out of the housing, the securing element being in the form of a screw-in element which has an external thread, characterised in that the external thread of the valve body has a rotation direction opposite to the external thread of the securing element.
A flue gas purification device with the following features: 1.1a horizontally extending flow-through channel, suitable for transporting fresh seawater as a liquid absorbent to the purification device and for transporting the used liquid absorbent from the purification device to subsequent treatment units and/or back into a sea, 1.2a flue gas distributor in said flow-through channel such that it is submerged within the liquid absorbent along a longitudinal extension of said flow-through channel, wherein 1.3the flue gas distributor has at least one flue gas entrance and numerous flue gas exits and is designed such that the liquid absorbent may flow through said flue gas distributor, thereby providing a contact zone where the absorbent liquid and the flue gas are brought into contact, in a direction substantially corresponding to a main flow direction of the liquid absorbent along said flow-through channel before and after the contact zone 1.4a flue gas collector, arranged at a distance vertically above the flue gas exits of said flue gas distributor and at a distance vertically above the fluid absorbent within the flow-through channel. 1.1a horizontally extending flow-through channel, suitable for transporting fresh seawater as a liquid absorbent to the purification device and for transporting the used liquid absorbent from the purification device to subsequent treatment units and/or back into a sea, 1.2a flue gas distributor in said flow-through channel such that it is submerged within the liquid absorbent along a longitudinal extension of said flow-through channel, wherein 1.3the flue gas distributor has at least one flue gas entrance and numerous flue gas exits and is designed such that the liquid absorbent may flow through said flue gas distributor, thereby providing a contact zone where the absorbent liquid and the flue gas are brought into contact, in a direction substantially corresponding to a main flow direction of the liquid absorbent along said flow-through channel before and after the contact zone 1.4a flue gas collector, arranged at a distance vertically above the flue gas exits of said flue gas distributor and at a distance vertically above the fluid absorbent within the flow-through channel.
Fuel injector having a leakage connector for attaching a leakage line, the leakage connector being arranged on a connector stub of the fuel injector, the connector stub comprising a connector nipple which is guided with an insert in a bore of the connector stub and is fastened to a resiliently flexible securing device which holds the connector nipple fixedly in the bore, the safety device being formed by a circlip which is inserted in a nipple groove which is configured on the circumferential side of the insert, a bore groove being configured in the inner circumferential wall of the bore in a corresponding manner to the nipple groove, the circlip lying with part of its material thickness in the bore groove and the rest of the material thickness in the nipple groove in the assembled state of the leakage connector, as a result of which the leakage connector is secured against being pulled off unintentionally, the bore groove having a pull-off bevel on the circumferential side in the removal direction for targeted facilitation of the removal of the leakage connector, the connector nipple and the bore having corresponding stops (21, 35) which limit the insertion travel of the insert into the bore, a first stop of the corresponding stops (21, 35) being arranged below the nipple groove and a second stop of the corresponding stops (21, 35) being arranged below the bore groove, the corresponding stops (21, 35) being arranged in an inclined manner at an angle with respect to the longitudinal axis of the connector nipple, and an O-ring groove being arranged below the corresponding stops (21, 35) for receiving an O-ring on the connector nipple.
A refrigerator comprising: a main body having a storage compartment; a first door that is rotatably disposed in front of the main body, opens/closes the storage compartment, and has an opening formed therein, wherein at least one door guard is disposed in the opening; a second door that is rotatably disposed in front of the first door, opens/closes the opening, and is rotated in the same direction as the first door; a hinge unit that is coupled to an upper portion of the main body and causes the first door to be rotatably coupled to the main body; characterized by at least one lamp installation hole disposed in sidewalls of the opening; at least one lamp fixing member disposed in the sidewalls of the opening in a position corresponding to the at least one lamp installation hole; at least one lamp fixed to the at least one lamp fixing member through the at least one lamp installation hole from an outside of the sidewalls of the opening; an opening/closing detection sensor that is disposed in the hinge unit; and a sensor detection unit that is disposed in an upper portion of the second door in a position corresponding to the opening/closing detection sensor such that the opening/closing detection sensor can detect a distance at which the sensor detection unit is spaced apart from the opening/closing detection sensor, and cause the at least one lamp to emit light when the second door is opened. a main body having a storage compartment; a first door that is rotatably disposed in front of the main body, opens/closes the storage compartment, and has an opening formed therein, wherein at least one door guard is disposed in the opening; a second door that is rotatably disposed in front of the first door, opens/closes the opening, and is rotated in the same direction as the first door; a hinge unit that is coupled to an upper portion of the main body and causes the first door to be rotatably coupled to the main body; characterized by at least one lamp installation hole disposed in sidewalls of the opening; at least one lamp fixing member disposed in the sidewalls of the opening in a position corresponding to the at least one lamp installation hole; at least one lamp fixed to the at least one lamp fixing member through the at least one lamp installation hole from an outside of the sidewalls of the opening; an opening/closing detection sensor that is disposed in the hinge unit; and a sensor detection unit that is disposed in an upper portion of the second door in a position corresponding to the opening/closing detection sensor such that the opening/closing detection sensor can detect a distance at which the sensor detection unit is spaced apart from the opening/closing detection sensor, and cause the at least one lamp to emit light when the second door is opened.
Water pipe system comprising a cold water pipe for drinking and service water and comprising a solid component having a high thermal capacity, the cold water pipe being surrounded by insulation for thermal decoupling, a circumferential wall of the cold water pipe being in thermal contact, at least in portions, with the solid component having a high thermal capacity, a thermally conductive element being provided between the circumferential wall of the cold water pipe and the solid component, and the insulation forming an outer shell which has a cutout through which the thermally conductive element is in thermal contact with the solid component, characterized in that the thermally conductive element is formed by an inner shell which surrounds the cold water pipe and is provided between the insulation and the circumferential wall of the cold water pipe, and the inner shell forming a unitary element with the insulation.
A system for controlling camera motion of an already existing video comprising: an interactive user interface component; and a controller coupled to or incorporating the interactive user interface component, the interactive user interface component configured to obtain an existing video and allow adjustment of a power level of at least one of one or more domain ranges in a frequency domain representation of one or more motion parameter values corresponding to the existing video, including to add to the power level to modify the one or more motion parameter values, the controller configured to convert the existing video into a modified video using the modified one or more motion parameter values, the modified video having an apparent camera motion that differs from original camera motion of the existing video. an interactive user interface component; and a controller coupled to or incorporating the interactive user interface component, the interactive user interface component configured to obtain an existing video and allow adjustment of a power level of at least one of one or more domain ranges in a frequency domain representation of one or more motion parameter values corresponding to the existing video, including to add to the power level to modify the one or more motion parameter values, the controller configured to convert the existing video into a modified video using the modified one or more motion parameter values, the modified video having an apparent camera motion that differs from original camera motion of the existing video.
A recessed retractable electrical receptacle assembly comprising: a housing adapted to fit inside a standard electrical box recessed into a mounting surface; a multi-socket connector adapted to fit inside and connected to said housing, said multi-socket connector comprising a closed position socket surface and an open position socket surface adjacent to said closed position socket surface, wherein the closed position socket surface and open position socket surface each comprise at least one electrical socket; a cover plate attached to said multi-socket connector, said cover plate surrounding said closed position socket surface forming a framed multi-socket connector; a pivoting means for articulating the framed multi-socket connector outwardly away from said housing between a closed position and an open position of the receptacle assembly, wherein said open position socket surface is recessed inside said housing when in said closed position and said closed position socket surface and open position socket surface are exposed when in said open position, characterized in that the relative angle between the closed position socket surface and the open position socket surface is between 45° and 89° such that, when rotated, the multi-socket connector clears the housing. a housing adapted to fit inside a standard electrical box recessed into a mounting surface; a multi-socket connector adapted to fit inside and connected to said housing, said multi-socket connector comprising a closed position socket surface and an open position socket surface adjacent to said closed position socket surface, wherein the closed position socket surface and open position socket surface each comprise at least one electrical socket; a cover plate attached to said multi-socket connector, said cover plate surrounding said closed position socket surface forming a framed multi-socket connector; a pivoting means for articulating the framed multi-socket connector outwardly away from said housing between a closed position and an open position of the receptacle assembly, wherein said open position socket surface is recessed inside said housing when in said closed position and said closed position socket surface and open position socket surface are exposed when in said open position, characterized in that the relative angle between the closed position socket surface and the open position socket surface is between 45° and 89° such that, when rotated, the multi-socket connector clears the housing.
Filling system for a motor vehicle having at least two storage tanks for liquid or gaseous fuels, comprising an outer tank closure cover, which can close an opening in the body of the motor vehicle, at least one filling recess having two filling necks (5a, 5b) of the storage tanks being arranged underneath the outer tank closure cover and being capable of being moved from a first position closing the opening into a second position opening the opening, further comprising an inner tank closure cover which, in the first position of the outer tank closure cover, is arranged under the outer tank closure cover and which likewise can be moved from a first closed position into a second open position, and which is designed to cover one of the two filling necks (5a, 5b) when in the first position, the inner tank closure cover being formed as a closure flap which can be pivotably attached on one side to the body of the motor vehicle, characterized in that the closure flap has an aperture to receive one of the two filling necks (5a, 5b) when in the first position.
Cylinder head having a coolant jacket which is at least partially integrated into the cylinder head for an internal combustion engine with at least two cylinders (1a, 1b, 1c), in which - each cylinder (1a, 1b, 1c) has at least two outlet openings (2a, 2b) for discharging the exhaust gases out of the cylinder (1a, 1b, 1c), - each outlet opening (2a, 2b) is adjoined by an exhaust line (4a, 4b), - the exhaust lines (4a, 4b) are merged, so as to form an exhaust manifold within the cylinder head, to form an overall exhaust line, with firstly the exhaust lines (4a, 4b) of the at least two outlet openings (2a, 2b) of each cylinder (1a, 1b, 1c) merging to form a partial exhaust line (5a, 5b, 5c), which is associated with the cylinder (1a, 1b, 1c), before said partial exhaust lines (5a, 5b, 5c) of the at least two cylinders (1a, 1b, 1c) merge to form the overall exhaust line, characterized in that - a line for the recirculation of exhaust gas is provided in the cylinder head, which line branches off from the exhaust manifold which is integrated in the cylinder head and by means of which line at least some of the exhaust gas which is discharged out of the cylinders (1a, 1b, 1c) can be extracted from the exhaust manifold within the cylinder head, with - the line for the recirculation of exhaust gas branching off from a partial exhaust line (5a, 5b, 5c) and emerging out of the cylinder head, and - the line for the recirculation of exhaust gas adjoining the partial exhaust line (5a, 5b, 5c) so as to form a funnel-shaped inlet region. - each cylinder (1a, 1b, 1c) has at least two outlet openings (2a, 2b) for discharging the exhaust gases out of the cylinder (1a, 1b, 1c), - each outlet opening (2a, 2b) is adjoined by an exhaust line (4a, 4b), - the exhaust lines (4a, 4b) are merged, so as to form an exhaust manifold within the cylinder head, to form an overall exhaust line, with firstly the exhaust lines (4a, 4b) of the at least two outlet openings (2a, 2b) of each cylinder (1a, 1b, 1c) merging to form a partial exhaust line (5a, 5b, 5c), which is associated with the cylinder (1a, 1b, 1c), before said partial exhaust lines (5a, 5b, 5c) of the at least two cylinders (1a, 1b, 1c) merge to form the overall exhaust line, - a line for the recirculation of exhaust gas is provided in the cylinder head, which line branches off from the exhaust manifold which is integrated in the cylinder head and by means of which line at least some of the exhaust gas which is discharged out of the cylinders (1a, 1b, 1c) can be extracted from the exhaust manifold within the cylinder head, with - the line for the recirculation of exhaust gas branching off from a partial exhaust line (5a, 5b, 5c) and emerging out of the cylinder head, and - the line for the recirculation of exhaust gas adjoining the partial exhaust line (5a, 5b, 5c) so as to form a funnel-shaped inlet region.
A method for generating a graphical user interface within a manufacturing execution system, comprising the steps of: a) providing a client application builder tool enabling a user to display MES screens and customize MES applications and/or proprietary applications by use of the graphical user interface, b) providing a MES database comprising required data to be displayed on the MES screens; c) storing the data stemming from a production process controlled by the manufacturing executions system to the MES data base; d) providing at least one set of specification data in a configuration file, said set of specification data having a structure fixed by meta-data enabling the generation of a configuration interface; e) executing a dynamically built and WEB technology based GUI configuration tool, wherein the GUI configuration tool calls the specification data in the configuration file and generates by use of the structure fixed by meta-data the configuration interface within said GUI configuration tool in order to subsequently provide the graphical user interface according to the specification data; and f) customizing the graphical user interface according to data entries made to the configuration interface thereby determining the appearance of the respective data fields in the graphical user interface; and g) filling the data from the MES database into the respective data fields in the graphical user interface thereby completing the MES screens. a) providing a client application builder tool enabling a user to display MES screens and customize MES applications and/or proprietary applications by use of the graphical user interface, b) providing a MES database comprising required data to be displayed on the MES screens; c) storing the data stemming from a production process controlled by the manufacturing executions system to the MES data base; d) providing at least one set of specification data in a configuration file, said set of specification data having a structure fixed by meta-data enabling the generation of a configuration interface; e) executing a dynamically built and WEB technology based GUI configuration tool, wherein the GUI configuration tool calls the specification data in the configuration file and generates by use of the structure fixed by meta-data the configuration interface within said GUI configuration tool in order to subsequently provide the graphical user interface according to the specification data; and f) customizing the graphical user interface according to data entries made to the configuration interface thereby determining the appearance of the respective data fields in the graphical user interface; and g) filling the data from the MES database into the respective data fields in the graphical user interface thereby completing the MES screens.
An apparatus for measuring thickness of an object, characterised by a movable plunger adapted to be compressed towards the object; a compression control system comprising: a movable platform having a toggle key such that upon reaching a predetermined compression force applied by the plunger, the toggle key contacts a switching device to perform a toggle event thereof; a compression sensor for sensing the compression force applied by the movable plunger; wherein the switching device is operatively coupled to the compression sensor via the toggle key; a measurement system operatively coupled to the switching device for receiving a signal representative of a toggle event at the switching device and configured to measure a gradient movement of the plunger in the apparatus; a processing circuit operatively coupled to the switching device and the measurement system for measuring a thickness of the object upon receiving the signal representative of the toggle event at the switching device by using the gradient movement; and a communication circuit for transmitting a measured thickness of the object to a remote database via a wireless medium. a movable platform having a toggle key such that upon reaching a predetermined compression force applied by the plunger, the toggle key contacts a switching device to perform a toggle event thereof; a compression sensor for sensing the compression force applied by the movable plunger; wherein the switching device is operatively coupled to the compression sensor via the toggle key;
A method, comprising: receiving, at a node within a reactive routing network, a segmentation message; establishing, in response to the segmentation message, a bounded route request, RREQ, flooding scope for any flooded RREQ originated by the node to cause each flooded RREQ to be limited to a particular path length; tracking a closest transit node of a plurality of transit nodes (TN1, TN2) based on a distance metric; attempting to identify a route to a target node by flooding a RREQ within the bounded RREQ scope; in response to failure to identify a route to the target node, unicasting at least one RREQ to the closest transit node; and receiving a route to the target node from the transit node and using the received route to establish a complete route between the node and the target node. receiving, at a node within a reactive routing network, a segmentation message; establishing, in response to the segmentation message, a bounded route request, RREQ, flooding scope for any flooded RREQ originated by the node to cause each flooded RREQ to be limited to a particular path length; tracking a closest transit node of a plurality of transit nodes (TN1, TN2) based on a distance metric; attempting to identify a route to a target node by flooding a RREQ within the bounded RREQ scope; in response to failure to identify a route to the target node, unicasting at least one RREQ to the closest transit node; and receiving a route to the target node from the transit node and using the received route to establish a complete route between the node and the target node.