mhurhangee/ep-ind-claims huggingface dataset:
Self-cleaning filter comprising: - a casing having an inlet opening for withdrawing fluid to be filtered, a delivery opening for allowing a filtered fluid to flow and a discharge opening distinct from said delivery opening; - a tubular filtering element inserted in the casing and configured to be passed through by a fluid to be filtered, said tubular element defining an internal zone within said casing in fluid communication with said inlet opening and an external zone placed in fluid communication with said delivery opening, said tubular element further having an internal surface facing said internal zone and a longitudinal development direction; - one or more cleaning elements placed within said internal zone and configured to rotate with respect to said longitudinal development direction, each cleaning element comprising a suction aperture facing said internal surface and placed in proximity and preferably in contact with said internal surface to suck dirt from said internal surface, contact cleaning means configured to rub on said internal surface to remove dirt from said internal surface, said discharge opening being placed in fluid communication with said suction apertures; characterized in that it comprises a bypass valve placed in parallel with respect to said suction apertures and which can be opened to put said internal zone in direct fluid communication with said discharge opening. - a casing having an inlet opening for withdrawing fluid to be filtered, a delivery opening for allowing a filtered fluid to flow and a discharge opening distinct from said delivery opening; - a tubular filtering element inserted in the casing and configured to be passed through by a fluid to be filtered, said tubular element defining an internal zone within said casing in fluid communication with said inlet opening and an external zone placed in fluid communication with said delivery opening, said tubular element further having an internal surface facing said internal zone and a longitudinal development direction; - one or more cleaning elements placed within said internal zone and configured to rotate with respect to said longitudinal development direction, each cleaning element comprising a suction aperture facing said internal surface and placed in proximity and preferably in contact with said internal surface to suck dirt from said internal surface, contact cleaning means configured to rub on said internal surface to remove dirt from said internal surface, said discharge opening being placed in fluid communication with said suction apertures;
A method of formulating polymer microparticles for the controlled release of botulinum toxin, comprising the steps of: (a) dissolving the botulinum toxin and a bulking agent protein in an aqueous solution to form a botulinum toxin-protein solution; (b) precipitating the botulinum toxin-protein from the solution with a precipitating agent selected from the group consisting of L-histidine methyl ester, L-cysteine ethyl ester, Na-(tert-butoxycarbonyl)-L-asparagine, L-proline benzyl ester, N-acetyl-L-tryptophan, gentisic acid, pentetic acid, octanoic acid, zinc chloride, and combinations thereof, to form a precipitant; (c) washing the precipitant one or more times with a wash solvent to form a solvent-washed precipitant; (d) mixing or dispersing the precipitant in a solution of a polymer to form a polymer-botulinum toxin-protein dispersion; and (e) preparing polymer microparticles encapsulating the botulinum toxin-protein from the polymer-botulinum toxin-protein dispersion. (a) dissolving the botulinum toxin and a bulking agent protein in an aqueous solution to form a botulinum toxin-protein solution; (b) precipitating the botulinum toxin-protein from the solution with a precipitating agent selected from the group consisting of L-histidine methyl ester, L-cysteine ethyl ester, Na-(tert-butoxycarbonyl)-L-asparagine, L-proline benzyl ester, N-acetyl-L-tryptophan, gentisic acid, pentetic acid, octanoic acid, zinc chloride, and combinations thereof, to form a precipitant; (c) washing the precipitant one or more times with a wash solvent to form a solvent-washed precipitant; (d) mixing or dispersing the precipitant in a solution of a polymer to form a polymer-botulinum toxin-protein dispersion; and (e) preparing polymer microparticles encapsulating the botulinum toxin-protein from the polymer-botulinum toxin-protein dispersion.
A vehicle seat substructure having an accident-induced adjustment device, comprising - a pair of seat rails having an upper seat rail arranged in a displaceable manner with respect to a lower seat rail, and - a seat structure that is arranged on the upper seat rail in a pivotable manner via a fitting element (6a, 6b), characterized in that - the fitting element (6a, 6b) is configured and arranged on the upper seat rail and on the seat structure such that, in the event of an accident, a fixing element (8a, 8b) arranged on the fitting element (6a, 6b) passes into a locking position locking the upper seat rail to the lower seat rail. - a pair of seat rails having an upper seat rail arranged in a displaceable manner with respect to a lower seat rail, and - a seat structure that is arranged on the upper seat rail in a pivotable manner via a fitting element (6a, 6b), - the fitting element (6a, 6b) is configured and arranged on the upper seat rail and on the seat structure such that, in the event of an accident, a fixing element (8a, 8b) arranged on the fitting element (6a, 6b) passes into a locking position locking the upper seat rail to the lower seat rail.
Method for evaluating gestures based on data of a sensor having lateral drift field diodes (LDPDs), comprising the following steps: - sequential measurement by the sensor in order to detect a gesture, firstly by measuring extraneous light in order to detect 2D data in the form of reflectance data, secondly by measuring laser light in order to detect 3D data in the form of distance data, and thirdly by measuring residual light; - detecting motion artifacts in the 2D data and/or the 3D data which have been caused by residual charges in the case of moving objects; - detecting a movement by processing only the motion artifacts; and - evaluating the detected movement with respect to possible gestures; in that a quantification of motion artifacts at the edges of the moving object is used for the calculation of a motion vector, and/or for the calculation of an approach speed of the moving object toward the sensor; wherein the quantification calculates a quantization point which corresponds to the centroid of the motion artifact or the highest value of the motion artifact; wherein the calculation of the movement vector and/or of the approach speed is based on the quantization point. - sequential measurement by the sensor in order to detect a gesture, firstly by measuring extraneous light in order to detect 2D data in the form of reflectance data, secondly by measuring laser light in order to detect 3D data in the form of distance data, and thirdly by measuring residual light; - detecting motion artifacts in the 2D data and/or the 3D data which have been caused by residual charges in the case of moving objects; - detecting a movement by processing only the motion artifacts; and - evaluating the detected movement with respect to possible gestures; in that a quantification of motion artifacts at the edges of the moving object is used for the calculation of a motion vector, and/or for the calculation of an approach speed of the moving object toward the sensor; wherein the quantification calculates a quantization point which corresponds to the centroid of the motion artifact or the highest value of the motion artifact; wherein the calculation of the movement vector and/or of the approach speed is based on the quantization point.
A method for controlling an electromagnetic released brake, comprising a coil carrier having an internal pole and an external pole, a solenoid and at least one further force-exerting element; - The inner pole and the external pole of the coil carrier each have a surface with a varying gradient, and - An armature disc which has an internal pole and an external pole; wherein the surfaces of the internal pole and the external pole of the armature disk each complement the surfaces of the respective interal pole and external pole of the coil carrier, as well as to form an air gap which varies in size between a basic air gap and a nominal air gap and forms a stroke region; - wherein the solinoid generates a magnetic force when excited and the force-exerting element generates a second force opposite to the magnetic force of the solinoid, characterized in that: the ratio of the magnetic force of the solinoid and the second force of the force-exerting element varies at least once between greater than and smaller than one during the movement of the armature disc in the stroke region owing to the variation of the excitation of the solenoid. - The inner pole and the external pole of the coil carrier each have a surface with a varying gradient, and - An armature disc which has an internal pole and an external pole; wherein the surfaces of the internal pole and the external pole of the armature disk each complement the surfaces of the respective interal pole and external pole of the coil carrier, as well as to form an air gap which varies in size between a basic air gap and a nominal air gap and forms a stroke region; - wherein the solinoid generates a magnetic force when excited and the force-exerting element generates a second force opposite to the magnetic force of the solinoid,
An integrated inkjet module (100, 300) comprising: first and second opposite end brackets (102, 104); a single print module asymmetrically positioned between the end brackets, the print module comprising an elongate printhead; a wiper carriage configured for longitudinally wiping the printhead; and a print module carrier supporting the print module, the print module carrier being mounted between the first and second end brackets and slidably liftable relative to the first and second end brackets, wherein: the wiper carriage, in a parked position, is positioned between a first end of the print module and the first end bracket; and the print module carrier comprises a mounting arm bridging over the wiper carriage in the parked position. first and second opposite end brackets (102, 104); a single print module asymmetrically positioned between the end brackets, the print module comprising an elongate printhead; a wiper carriage configured for longitudinally wiping the printhead; and a print module carrier supporting the print module, the print module carrier being mounted between the first and second end brackets and slidably liftable relative to the first and second end brackets, the wiper carriage, in a parked position, is positioned between a first end of the print module and the first end bracket; and the print module carrier comprises a mounting arm bridging over the wiper carriage in the parked position.
Power circuit breaker for high voltage networks, being designed to lock or release sections of lines or operating means of a high-voltage network under load or under operation, comprising: - a switching element and - a locking device designed as a function block for the switching element of the power circuit breaker, wherein the locking device being designed to lock or to release the switching element in an activation position of the switching element, characterised in that - the locking device is designed to lock or release the switching element in a switched off position and the locking device being designed such that it may be switched and actuated independently from the switching element. - a switching element and - a locking device designed as a function block for the switching element of the power circuit breaker, wherein the locking device being designed to lock or to release the switching element in an activation position of the switching element, characterised in that wherein the locking device being designed to lock or to release the switching element in an activation position of the switching element, characterised in that - the locking device is designed to lock or release the switching element in a switched off position and the locking device being designed such that it may be switched and actuated independently from the switching element.
A computer-implemented method comprising: allocating memory (225; 415) for a virtual environment (361;362;363) to run in an address space (120;330) of an application, (130;340) wherein the virtual environment is configured for execution of commands related to an extension functionality of the application; initializing a virtual processor for an execution of a first command of the commands at the virtual environment, the virtual processor operable to manage one or more guest operating systems OS (370;375;380) loading a first guest OS (235; 420) of the one or more guest OS, the first guest OS being loaded at the allocated memory and copying application logic of the extension functionality into the allocated memory; and starting (240; 425) the virtual environment to execute the first guest OS and the application logic of the extension functionality in relation to associated data of the application in the allocated memory, wherein the associated data is transferred from a memory of the application to the allocated memory for the virtual environment, and wherein the virtual processor of the virtual environment does not read memory that is outside of the allocated memory for the virtual environment. allocating memory (225; 415) for a virtual environment (361;362;363) to run in an address space (120;330) of an application, (130;340) wherein the virtual environment is configured for execution of commands related to an extension functionality of the application; initializing a virtual processor for an execution of a first command of the commands at the virtual environment, the virtual processor operable to manage one or more guest operating systems OS (370;375;380) loading a first guest OS (235; 420) of the one or more guest OS, the first guest OS being loaded at the allocated memory and copying application logic of the extension functionality into the allocated memory; and starting (240; 425) the virtual environment to execute the first guest OS and the application logic of the extension functionality in relation to associated data of the application in the allocated memory, wherein the associated data is transferred from a memory of the application to the allocated memory for the virtual environment, and wherein the virtual processor of the virtual environment does not read memory that is outside of the allocated memory for the virtual environment.
. A solvent-based inkjet ink comprising: a solvent dye; and 0.1 wt% to 1 wt% of the ink of a functionalized perfluoropolyether containing at least one alkyl amide functional group having the structure -CONH- x -CH3 wherein x=8 to 32. a solvent dye; and 0.1 wt% to 1 wt% of the ink of a functionalized perfluoropolyether containing at least one alkyl amide functional group having the structure -CONH- x -CH3 wherein x=8 to 32.
A fire safety control system, the system comprising: a storage container with an agent; a valve on the storage container configured for releasing the agent; and a control head attachable to the valve through a threaded connection, the threaded connection particularly being provided with an O-ring, and configured for actuating the valve; characterized by further comprising a connection sensor on the control head configured for sensing whether the control head is connected to the valve and configured for producing a connection status signal, wherein the connection sensor is arranged in the control head, is formed as a plunger switch, and includes a cavity in the control head, a pin, a spring, and a switch located at an upper position of the cavity; wherein the connection sensor is configured such that when the control head is not attached to the valve, the pin extends out of the control head and the spring rests in its natural state, and such that when the control head attaches to the valve through the threaded connection, the pin of the connection sensor is pushed to sit almost completely within the cavity, compressing the spring and causing the pin to actuate the switch which causes sending a connection status signal indicative that the control head is fully seated on the valve; and a control system in communication with the connection sensor for receiving the connection status signal and for either providing notification of the status of the connection or controlling the release of agent based in part upon status of the connection. a storage container with an agent; a valve on the storage container configured for releasing the agent; and a control head attachable to the valve through a threaded connection, the threaded connection particularly being provided with an O-ring, and configured for actuating the valve; characterized by further comprising a connection sensor on the control head configured for sensing whether the control head is connected to the valve and configured for producing a connection status signal, wherein the connection sensor is arranged in the control head, is formed as a plunger switch, and includes a cavity in the control head, a pin, a spring, and a switch located at an upper position of the cavity; wherein the connection sensor is configured such that when the control head is not attached to the valve, the pin extends out of the control head and the spring rests in its natural state, and such that when the control head attaches to the valve through the threaded connection, the pin of the connection sensor is pushed to sit almost completely within the cavity, compressing the spring and causing the pin to actuate the switch which causes sending a connection status signal indicative that the control head is fully seated on the valve; and a control system in communication with the connection sensor for receiving the connection status signal and for either providing notification of the status of the connection or controlling the release of agent based in part upon status of the connection.
A cabinet for electronic equipment comprising external and internal walls, an air duct, and a heat exchanger, wherein an external wall of the air duct is directly formed by the external walls of the cabinet, an internal wall of the air duct is formed by at least four vertical guides and by surfaces of the electronic equipment, the heat exchanger is located in the air duct, dividing it into two sections (7, 8) with different temperatures, while the electronic equipment is mounted on the vertical guides that ensure air flow through the air duct sections (7, 8) via the heat exchanger by utilizing built-in fans of the electronic equipment, characterized in that the heat exchanger connects the external and internal walls of the cabinet, and the heat exchanger is located in a middle part of a U-shaped air duct. an external wall of the air duct is directly formed by the external walls of the cabinet, an internal wall of the air duct is formed by at least four vertical guides and by surfaces of the electronic equipment, the heat exchanger is located in the air duct, dividing it into two sections (7, 8) with different temperatures, while the electronic equipment is mounted on the vertical guides that ensure air flow through the air duct sections (7, 8) via the heat exchanger by utilizing built-in fans of the electronic equipment, characterized in that the heat exchanger connects the external and internal walls of the cabinet, and the heat exchanger is located in a middle part of a U-shaped air duct.
A method for failure detection and role selection for a process (302, 304, 306, 308, 309) in a network of redundant processes comprising a primary process being configured to transmit a heartbeat signal with a predetermined interval to at least a subset of processes of the network, the method is characterized by the steps of: in response to a supervising process in the network not receiving a heartbeat from the primary process within a predetermined time interval, transmitting, by the supervising process, a heartbeat with a reveal command to at least the subset of processes in the network, the reveal command prompting processes with priority higher than the priority of the supervising process to transmit a heartbeat with information about the priority of the process to the at least the subset of processes in the network; receiving, by the supervising process, heartbeats from the processes with higher priority than the supervising process, wherein the process with highest priority takes the role of primary process, or if the supervising process does not receive a heartbeat, taking, by the supervising process, the role as primary process. in response to a supervising process in the network not receiving a heartbeat from the primary process within a predetermined time interval, transmitting, by the supervising process, a heartbeat with a reveal command to at least the subset of processes in the network, the reveal command prompting processes with priority higher than the priority of the supervising process to transmit a heartbeat with information about the priority of the process to the at least the subset of processes in the network; receiving, by the supervising process, heartbeats from the processes with higher priority than the supervising process, wherein the process with highest priority takes the role of primary process, or if the supervising process does not receive a heartbeat, taking, by the supervising process, the role as primary process.
Vehicle sliding door system having a doorway and a door opening, at least one sliding door with a vertical front side edge in the closing direction of the sliding door and a vertical rear side edge in the closing direction of the sliding door and a door drive for moving the sliding door, wherein the door drive has - a cable, which is attached to the sliding door with its first end in the region of the front vertical side edge and with its second end in the region of the rear vertical side edge, characterized in that the door drive has - a coupling element which is firmly connected to the cable and connected to a motor attached to the doorway and arranged laterally next to the doorway, which motor drives the coupling element in such a way that the cable can be moved along its longitudinal extension in both directions of movement and moves the sliding door, wherein the coupling element always entrains the cable during its movement along a longitudinal direction of the cable. - a cable, which is attached to the sliding door with its first end in the region of the front vertical side edge and with its second end in the region of the rear vertical side edge, characterized in that the door drive has - a coupling element which is firmly connected to the cable and connected to a motor attached to the doorway and arranged laterally next to the doorway, which motor drives the coupling element in such a way that the cable can be moved along its longitudinal extension in both directions of movement and moves the sliding door, wherein the coupling element always entrains the cable during its movement along a longitudinal direction of the cable.