mhurhangee/ep-ind-claims huggingface dataset:
A machine for packaging filter-bags (4, 4') each wrapped in a sheet of overwrapping material and containing at least a respective dose of infusion product, the machine comprising at least: - a rotary carousel equipped with a plurality of grippers each of which is designed for adopting a retaining condition and a releasing condition of a respective bag (4; 4'), the carousel rotating about an axis of rotation in such a way as to cause a movement of each of the grippers along an operating path in such a way that each respective bag (4; 4') is transported by the respective gripper along the path; - a plurality of stations (5a, 5b, 5c, 5d, 5e, 5f, 5g) distributed along the operating path to perform a plurality of operating steps on each respective bag (4; 4'); wherein at least one of the stations is a wrapping station comprising a gripping unit; wherein the wrapping station is configured to operate, on the respective bag (4; 4'), at least according to a wrapping mode, in accordance with which the respective bag (4; 4') is picked up from the respective gripper by the gripping unit, wrapped in a respective sheet of overwrapping material fed by respective unwinding means, and repositioned in the respective gripper by the gripping unit; characterised in that the wrapping station is configured to operate, on the respective bag (4; 4'), according to a rejecting mode, in accordance with which the unwinding means are switched off and the respective bag (4; 4') is kept in position in the respective gripper; wherein the machine comprises a control system designed to operate the wrapping station according to one of the modes on the basis at least of one detection of a possible defect in the respective bag (4; 4'); wherein the control system comprises at least one sensor configured for generating at least one detection signal indicating at least a defect present in the respective bag (4; 4'), and a control unit configured for receiving the at least one detection signal and for sending to the wrapping station at least one control signal to operate the wrapping station according to the wrapping mode or the rejecting mode, the control signal being a function at least of the detection signal. - a rotary carousel equipped with a plurality of grippers each of which is designed for adopting a retaining condition and a releasing condition of a respective bag (4; 4'), the carousel rotating about an axis of rotation in such a way as to cause a movement of each of the grippers along an operating path in such a way that each respective bag (4; 4') is transported by the respective gripper along the path; - a plurality of stations (5a, 5b, 5c, 5d, 5e, 5f, 5g) distributed along the operating path to perform a plurality of operating steps on each respective bag (4; 4');
Oven, in particular baking oven or microwave oven comprising: an oven muffle for active temperature treatment of a substance and adapted to receive therein the substance via a chamber opening; a door designed for releasing and closing the chamber opening in a first and second position, respectively; and at least one receiving or transceiving element enabling at least unidirectional wireless communication of signals from and/or to at least one sensor unit which is placed at or within the oven muffle; characterised in that the at least one receiving or transceiving element is positioned within an interspace between two walls and/or panes of the door, wherein the receiving or transceiving element is provided near an edge of a glass window of the door, and wherein the receiving or transceiving element is shielded by a door printing of the door, and wherein said door printing is located on a border side of the door. an oven muffle for active temperature treatment of a substance and adapted to receive therein the substance via a chamber opening; a door designed for releasing and closing the chamber opening in a first and second position, respectively; and at least one receiving or transceiving element enabling at least unidirectional wireless communication of signals from and/or to at least one sensor unit which is placed at or within the oven muffle;
Method for manufacturing a welded component, where at least one material piece is positioned between metal pieces to be welded together wherein at least one protrusion (5,13,23,33,43) is achieved to at least one of the metal pieces (3,4;11,12;21,22;31,32;41,42) to be welded together, and at least one opening (2,14,24,34,44) is achieved to at least one material piece (1,15,25,35,45) which is positioned between the metal pieces (3,4;11,12;21,22;31,32;41,42) to be welded so that at least one part of the protrusion (5,13,23,33,43) in one of those metal pieces to be welded together is taken through the opening (2,14,24,34,44) in order to have mechanical contact through the upper end of the protrusion (5,13,23,33,43) with the second metal piece to be welded, and welding (37,38,39) of the metal pieces together is carried out by focusing the weld effect to the surface of the second metal piece which is in connection with the protrusion to the first metal piece to be welded characterized in that the at least one material piece (1,15,25,35,45) which is positioned between the metal pieces (3,4;11,12;21,22;31,32;41,42) to be welded is isolated with an isolation material (16,17;26;36) from the metal pieces to be welded (3,4;11,12;21,22;31,32;41,42).
LED module for a luminaire with at least one LED carrier and a plurality of LEDs (light emitting diodes), in particular of a predetermined number and colour, arranged on the LED carrier which are variable relative to one another with regard to the intensities of their individual light emission spectra to emit a total light emission spectrum being composed of individual light emission spectra, wherein the total light emission spectrum of the luminaire is substantially free from spectral ranges in which at least one specific species, in particular animal species, has a greater sensitivity as compared to other species, wherein all LEDs can be triggered separately, wherein each LED is configured to emit substantially monochromatic radiation and LEDs having the same monochromatic light radiation are each arranged on a sub-module of the LED module, wherein all LEDs can be triggered separately.
Method for influencing the winding state of ring spinning bobbins produced at spinning positions of ring spinning machines in accordance with a specified spinning program, which ring spinning bobbins are rewound to form cross-wound packages at workstations of a winding machine, which is downstream in the production process, wherein the threads running off of the ring spinning bobbins are continuously monitored, thread faults are registered, and thread faults exceeding specified limit values are cleared, wherein data that are determined by the workstations of the winding machines during the rewinding procedures of the ring spinning bobbins and that relate to thread faults of the ring spinning bobbins are transmitted back to the control device of the associated ring spinning machine and are used there to optimise the winding state of new ring spinning bobbins, and wherein problematic winding regions of the ring spinning bobbins are identified by means of the thread faults, characterised in that, at the ring spinning machine during the winding of the ring spinning bobbins, the motion of the ring rail performing a double stroke is adjusted in winding regions identified as problematic, for which purpose the motion speed and the magnitude of the stroke are adjusted. wherein data that are determined by the workstations of the winding machines during the rewinding procedures of the ring spinning bobbins and that relate to thread faults of the ring spinning bobbins are transmitted back to the control device of the associated ring spinning machine and are used there to optimise the winding state of new ring spinning bobbins, and wherein problematic winding regions of the ring spinning bobbins are identified by means of the thread faults, characterised in that, at the ring spinning machine during the winding of the ring spinning bobbins, the motion of the ring rail performing a double stroke is adjusted in winding regions identified as problematic, for which purpose the motion speed and the magnitude of the stroke are adjusted.
A fuel cell system, comprising: a first fuel cell structured to have an anode and a cathode provided across an electrolyte membrane, wherein the first fuel cell generates electric power with supply of hydrogen as a fuel gas to the anode and supply of the air as an oxidizing gas to the cathode; a first gas supply mechanism (200, 300, 45, 22, 21) configured to deliver a first gas containing a fuel gas to the cathode; and a controller configured to control operation of the fuel cell system, wherein the controller controls the first gas supply mechanism (200, 300, 45, 22, 21) to deliver the first gas to the cathode in a pre-stop process performed at a system stop of the fuel cell system, whereby nitrogen and hydrogen are the remaining gases in the anode and cathode, the controller controls the first gas supply mechanism (200, 300, 45, 22, 21) to stop the delivery of the first gas in a second state where a respective partial pressure difference of each of the nitrogen component and the hydrogen component between the anode and the cathode with respect to nitrogen and hydrogen remaining in the anode and in the cathode is reduced to or below a respective preset reference value, wherein the preset reference value for the hydrogen partial pressure difference is set in a range from 0 to 30 kPa and the preset reference value for the nitrogen partial pressure difference is set in a range from 0 to 30 kPa. a first fuel cell structured to have an anode and a cathode provided across an electrolyte membrane, wherein the first fuel cell generates electric power with supply of hydrogen as a fuel gas to the anode and supply of the air as an oxidizing gas to the cathode; a first gas supply mechanism (200, 300, 45, 22, 21) configured to deliver a first gas containing a fuel gas to the cathode; and a controller configured to control operation of the fuel cell system, wherein the controller controls the first gas supply mechanism (200, 300, 45, 22, 21) to deliver the first gas to the cathode in a pre-stop process performed at a system stop of the fuel cell system, whereby nitrogen and hydrogen are the remaining gases in the anode and cathode, the controller controls the first gas supply mechanism (200, 300, 45, 22, 21) to stop the delivery of the first gas in a second state where a respective partial pressure difference of each of the nitrogen component and the hydrogen component between the anode and the cathode with respect to nitrogen and hydrogen remaining in the anode and in the cathode is reduced to or below a respective preset reference value, wherein the preset reference value for the hydrogen partial pressure difference is set in a range from 0 to 30 kPa and the preset reference value for the nitrogen partial pressure difference is set in a range from 0 to 30 kPa.
A method of detecting cloned client devices communicating over a network, comprising: registering a client device having first credentials at a server, the registering including receiving a message from the client device, the message including a covert identifier having at least a first covert data value derived from at least one operational event of the client device, and storing at the server the first covert data value in a covert identifier associated with the first credentials; receiving a message at the server from a client device presenting the first credentials, the message containing a covert identifier including the first covert data value and a second covert data value derived from at least one operational event of the client device; determining whether the covert identifier received in the message matches the covert identifier stored at the server associated with the first credentials; updating the covert identifier stored at the server to include the second covert data value; and reporting detection of a clone of a real client device if the covert identifier in the message does not match the covert identifier stored at the server associated with the first credentials. registering a client device having first credentials at a server, the registering including receiving a message from the client device, the message including a covert identifier having at least a first covert data value derived from at least one operational event of the client device, and storing at the server the first covert data value in a covert identifier associated with the first credentials; receiving a message at the server from a client device presenting the first credentials, the message containing a covert identifier including the first covert data value and a second covert data value derived from at least one operational event of the client device; determining whether the covert identifier received in the message matches the covert identifier stored at the server associated with the first credentials; updating the covert identifier stored at the server to include the second covert data value; and reporting detection of a clone of a real client device if the covert identifier in the message does not match the covert identifier stored at the server associated with the first credentials.
An aircraft comprising an aircraft divan, having: a back rest; an upright side rest extending from the back rest and forming a side of the aircraft divan; and a seat rest having a first seat section connected to the back rest and a second seat section displaceable relative to the first seat section between a first position and a second position, a gap defined between the first seat section and the second seat section in the first position to receive therein legs of a seated occupant between the first and second seat sections, and the first and second seat sections being adjacent one another to close the gap and form an elongated sitting surface in the second position; characterised in that the side rest extends longitudinally in a fore-aft direction of the aircraft and the back rest faces towards a front or a rear of the aircraft. a back rest; an upright side rest extending from the back rest and forming a side of the aircraft divan; and a seat rest having a first seat section connected to the back rest and a second seat section displaceable relative to the first seat section between a first position and a second position, a gap defined between the first seat section and the second seat section in the first position to receive therein legs of a seated occupant between the first and second seat sections, and the first and second seat sections being adjacent one another to close the gap and form an elongated sitting surface in the second position; characterised in that the side rest extends longitudinally in a fore-aft direction of the aircraft and the back rest faces towards a front or a rear of the aircraft.
A method for isolating a population of recombinant adeno-associated virus (rAAV) particles from in-process impurities in a feedstream, comprising the steps of: (a) (i) contacting a feedstream containing the rAAV particles with an apatite chromatography medium in the presence of polyethylene glycol, wherein the rAAV particles bind to the apatite chromatography medium; and (ii) eluting the rAAV particles bound to the apatite chromatography medium with an elution buffer containing less than 3% (w/v) PEG; and (b) binding the rAAV particles in the feedstream eluted from the apatite chromatography medium with hydrophobic interaction chromatography. (a) (i) contacting a feedstream containing the rAAV particles with an apatite chromatography medium in the presence of polyethylene glycol, wherein the rAAV particles bind to the apatite chromatography medium; and (ii) eluting the rAAV particles bound to the apatite chromatography medium with an elution buffer containing less than 3% (w/v) PEG; and (i) contacting a feedstream containing the rAAV particles with an apatite chromatography medium in the presence of polyethylene glycol, wherein the rAAV particles bind to the apatite chromatography medium; and (ii) eluting the rAAV particles bound to the apatite chromatography medium with an elution buffer containing less than 3% (w/v) PEG; and (b) binding the rAAV particles in the feedstream eluted from the apatite chromatography medium with hydrophobic interaction chromatography.
Equipment for preparing vehicle dashboards comprising: - a framework, - at least one cross-member anchoring device (20a, 20b) arranged to receive a dashboard cross-member, characterised in that the equipment for preparing dashboards further comprises: - a first arm that is movable with respect to the framework with at least one first air-conditioner anchoring device arranged to receive a dashboard air-conditioner unit, - a second arm that is movable with respect to the framework with at least one second air-conditioner anchoring device arranged to receive the dashboard air-conditioner unit, and in that: - said at least one first air-conditioner anchoring device is mounted in a movable manner with respect to the first movable arm, - said at least one second air-conditioner anchoring device is mounted in a movable manner with respect to the second movable arm, - said at least one cross-member anchoring device (20a, 20b) is removable from the framework. - a framework, - at least one cross-member anchoring device (20a, 20b) arranged to receive a dashboard cross-member, - a first arm that is movable with respect to the framework with at least one first air-conditioner anchoring device arranged to receive a dashboard air-conditioner unit, - a second arm that is movable with respect to the framework with at least one second air-conditioner anchoring device arranged to receive the dashboard air-conditioner unit, - said at least one first air-conditioner anchoring device is mounted in a movable manner with respect to the first movable arm, - said at least one second air-conditioner anchoring device is mounted in a movable manner with respect to the second movable arm, - said at least one cross-member anchoring device (20a, 20b) is removable from the framework.
An EphA2 precursor for use in the treatment of a brain tumor comprising a population of cancer stem cells by the inhibition of cancer stem cell proliferation and/or migration, wherein said EphA2 precursor is amino acid sequence SEQ ID NO. 3.
A wireless communication system in which a relay station has means to relay wireless communication between a base station and a mobile station, wherein the relay station includes a detecting unit having means to detect any failure in a radio link with the base station; an acquiring unit having means to acquire, from the base station that retains information on the mobile station used for the wireless communication, identification information on the base station, and a notifying unit having means to notify, when the detecting unit detects the failure in the radio link with the base station, the mobile station of the identification information acquired by the acquiring unit by including the identification information in a connection release instruction that instructs the mobile station to release the connection with the relay station, and the mobile station includes a reconnecting unit having means to perform, when connection with the relay station is released, a reconnecting process with respect to the base station that is identified by the identification information that has been notified by the relay station to the mobile station. a detecting unit having means to detect any failure in a radio link with the base station; an acquiring unit having means to acquire, from the base station that retains information on the mobile station used for the wireless communication, identification information on the base station, and a notifying unit having means to notify, when the detecting unit detects the failure in the radio link with the base station, the mobile station of the identification information acquired by the acquiring unit by including the identification information in a connection release instruction that instructs the mobile station to release the connection with the relay station, and a reconnecting unit having means to perform, when connection with the relay station is released, a reconnecting process with respect to the base station that is identified by the identification information that has been notified by the relay station to the mobile station.
A diffusing agent composition used to form an impurity-diffusing agent layer on a semiconductor substrate, comprising: an impurity diffusion component; a silicon compound; and a solvent including a first solvent having a boiling point under a normal pressure of 100 degrees Celsius or less, a second solvent having a boiling point under a normal pressure of 120 to 180 degrees Celsius, and a third solvent having a boiling point under a normal pressure of 240 to 300 degrees Celsius, characterized in that the first solvent is contained in an amount of 70 to 80 percent by mass with respect to the entire mass of solvent components of the diffusing agent composition, wherein the second solvent is contained in an amount of 10 to 20 percent by mass with respect to the entire mass of the solvent components of the diffusing agent composition, and wherein the third solvent is contained in an amount of 10 to 20 percent by mass with respect to the entire mass of the solvent components of the diffusing agent composition. an impurity diffusion component; a silicon compound; and a solvent including a first solvent having a boiling point under a normal pressure of 100 degrees Celsius or less, a second solvent having a boiling point under a normal pressure of 120 to 180 degrees Celsius, and a third solvent having a boiling point under a normal pressure of 240 to 300 degrees Celsius, characterized in that the first solvent is contained in an amount of 70 to 80 percent by mass with respect to the entire mass of solvent components of the diffusing agent composition, wherein the second solvent is contained in an amount of 10 to 20 percent by mass with respect to the entire mass of the solvent components of the diffusing agent composition, and wherein the third solvent is contained in an amount of 10 to 20 percent by mass with respect to the entire mass of the solvent components of the diffusing agent composition.
A nucleic acid encoding a tumor antigen, for use in anti-tumor vaccination in a subject by mounting a cellular immune response, wherein the nucleic acid encodes a Telomerase Reverse Transcriptase (TERT) protein and is administered by intradermal injection and electrical permeabilization of skin cells with: - a single pulse of High Voltage field strength of between 1250 and 1400 V/cm and of duration of 10 μs to 1000 μs; - followed, preferably after a defined lag time, by a single pulse of Low Voltage field strength of between 100 and 200 V/cm and of duration of between 300 and 800 ms. - a single pulse of High Voltage field strength of between 1250 and 1400 V/cm and of duration of 10 μs to 1000 μs; - followed, preferably after a defined lag time, by a single pulse of Low Voltage field strength of between 100 and 200 V/cm and of duration of between 300 and 800 ms.
A pipe support assembly comprising: - a support rod comprising a rod body, - a locking base including a plate and a holding zone for locking the rod inserted in the base, the rod inserted in the locking base being locked by relative rotation of the base relative to the rod, characterized in that the support rod comprises - a plurality of lateral steps, substantially perpendicular to the rod body, - a collar connection system, for fixing a clamping collar, provided for holding a carried element. - a support rod comprising a rod body, - a locking base including a plate and a holding zone for locking the rod inserted in the base, the rod inserted in the locking base being locked by relative rotation of the base relative to the rod, - a plurality of lateral steps, substantially perpendicular to the rod body, - a collar connection system, for fixing a clamping collar, provided for holding a carried element.