mhurhangee/ep-ind-claims huggingface dataset:
A rock climbing quickdraw, comprising a webbing, wherein the webbing has an annular shape, and is provided with an opening on its radially inner face; characterized in that the rock climbing quickdraw further comprises a winding yarn; wherein the winding yarn is an annular yarn formed by a single yarn that winds into circles or is formed by a plurality of combined closed annular coils; wherein the opening is configured to receive the annular yarn, so that the annular yarn can be wrapped by the webbing; and the opening of rock climbing quickdraw is sewn up with a stitching thread.
An apparatus for suppressing abnormal electrical discharge used for vacuum equipment which supplies power from a high-frequency power source into a plasma reaction chamber to generate plasma, the apparatus comprising, a power controller adapted to control the high-frequency power source based on a deviation between a power command value (Cs) and a power feedback value, and a cutoff controller adapted to detect reflected power or reflected wave voltage which is generated at least any one of following timing; at a time of abnormal electrical discharge and during a transfer process to the abnormal electrical discharge within the plasma reaction chamber, and for cutting off a power supply from the high-frequency power source to the plasma reaction chamber, wherein, the cutoff controller comprises a first handling cutoff control and a second handling cutoff control, each having different time duration as a cutoff time, the first handling cutoff control is adapted to exercise a control to cut off the high-frequency power source within a first time duration which allows ions in the plasma reaction chamber to remain and an arcing element of minority arc to disappear, and the second handling cutoff control is adapted to exercise a control to cut off the high-frequency power source within a second time duration longer than the first time duration which allows the ions of a majority arc at the time of abnormal electrical discharge to disappear; characterized in that the cutoff controller is configured to count the number of executions of the first cutoff control, and at a time when a value of the count reaches a preset number of times, to execute the second cutoff control; wherein the value of the count is cleared simultaneously with executing the second cut off control, and the number of executions of the first cutoff control is re-counted.
Method for drying fuels in the form of dust, particularly to be fed to a gasification process, such as coal, petroleum coke, forms of biological waste or the like, with the following method steps: - the fuel (arrow 1) is crushed in a mill and fed to a filter/separator by means of a transporting and drying gas, - a part of the transporting/drying gas is recirculated back into the mill after heating, - the temperature of the transporting/drying gas stream is raised by a burner before entry into the mill, a gas mixture of CO: H 2 = 1:1 and oxygen being used as the combustion medium, - a part of the transporting/drying gas stream is cooled and dehumidified in a spray tower or the like, - a part of the dried gas leaving the spray tower is let out into the environment and/or fed to a firing system, and the other part is returned to the transporting/drying gas stream. - the fuel (arrow 1) is crushed in a mill and fed to a filter/separator by means of a transporting and drying gas, - a part of the transporting/drying gas is recirculated back into the mill after heating, - the temperature of the transporting/drying gas stream is raised by a burner before entry into the mill, a gas mixture of CO: H 2 = 1:1 and oxygen being used as the combustion medium, - a part of the transporting/drying gas stream is cooled and dehumidified in a spray tower or the like, - a part of the dried gas leaving the spray tower is let out into the environment and/or fed to a firing system, and the other part is returned to the transporting/drying gas stream.
A variable angle guide plug holder for use in interventional procedures, comprising: an angular determination fixture; a guide plug holder for receiving the angular determination fixture; wherein the guide plug holder is movable relative to the angular determination fixture between a plurality of positions, each position providing a different angle of insertion relative to a point of origin on the angular determination fixture; characterised by a plate plug engaged with the angular determination fixture wherein the plate plug is insertable into a guide plate aperture of a guide plate for use in an interventional procedure. an angular determination fixture; a guide plug holder for receiving the angular determination fixture; wherein the guide plug holder is movable relative to the angular determination fixture between a plurality of positions, each position providing a different angle of insertion relative to a point of origin on the angular determination fixture; characterised by a plate plug engaged with the angular determination fixture wherein the plate plug is insertable into a guide plate aperture of a guide plate for use in an interventional procedure.
Method for manufacturing a catalytic converter housing arrangement with at least one sensor carrier for an exhaust system of a vehicle, comprising the steps of a) providing at least one sensor carrier sheet metal blank so that an essentially flat component, provided by separating out of a basic sheet metal material, is transformed in such a way that the sensor carrier sheet metal blank is provided with an edge area in such a way that said edge area can be in contact with an outer surface of the catalytic converter housing in the entire area surrounding a sensor opening in the converter housing, b) after carrying out step a), forming at least one sensor mounting opening in the sensor carrier sheet metal blank by flow drilling such that a length of the opening is greater than the thickness of the material of the sensor carrier sheet metal blank before step b) is carried out, and c) preparing an internal thread in the at least one sensor mounting opening for providing a sensor carrier, d) providing the catalytic converter housing made of a sheet metal material, with at least one sensor opening, e) fixing the at least one sensor carrier sheet metal blank at the catalytic converter housing before step b). a) providing at least one sensor carrier sheet metal blank so that an essentially flat component, provided by separating out of a basic sheet metal material, is transformed in such a way that the sensor carrier sheet metal blank is provided with an edge area in such a way that said edge area can be in contact with an outer surface of the catalytic converter housing in the entire area surrounding a sensor opening in the converter housing, b) after carrying out step a), forming at least one sensor mounting opening in the sensor carrier sheet metal blank by flow drilling such that a length of the opening is greater than the thickness of the material of the sensor carrier sheet metal blank before step b) is carried out, and c) preparing an internal thread in the at least one sensor mounting opening for providing a sensor carrier, d) providing the catalytic converter housing made of a sheet metal material, with at least one sensor opening, e) fixing the at least one sensor carrier sheet metal blank at the catalytic converter housing before step b).
An immunocytokine comprising: (a) a human interferon-beta mutein; and (b) an antibody that is directly or indirectly covalently linked to the human interferon-beta mutein, wherein the human interferon-beta mutein is an interferon-beta mutein having the amino acid sequence of SEQ ID NO: 2, has human interferon-beta activity, and comprises an N-linked glycan.
Additional heater device for a motor vehicle, having an infrared radiator module for outputting directional infrared radiation at its front module end as well as a heated air flow, comprising - an electric infrared emitter for generating the infrared radiation, - an infrared reflector which encloses the infrared emitter laterally and has the purpose of orientating the infrared radiation, generated by the infrared emitter, in the direction of the front module end, - a housing which surrounds the infrared reflector laterally, and - a blower which is arranged behind the infrared emitter and the infrared reflector and has the purpose of generating an air flow which passes through the housing, characterized in that the infrared emitter and the infrared reflector are connected as a unit which is impermeable to air in the direction of the blower, and a gap which is open towards the exterior of the module and is connected to the blower in a current-connecting fashion is arranged between the infrared reflector and the housing. - an electric infrared emitter for generating the infrared radiation, - an infrared reflector which encloses the infrared emitter laterally and has the purpose of orientating the infrared radiation, generated by the infrared emitter, in the direction of the front module end, - a housing which surrounds the infrared reflector laterally, and - a blower which is arranged behind the infrared emitter and the infrared reflector and has the purpose of generating an air flow which passes through the housing,
A content recommendation method performed by a sever, characterized by comprising: obtaining a first tag list, wherein the first tag list is generated by the server according to tags corresponding to content browsed by a user in a target time period; and the first tag list comprises one or more tags, and each tag represents a category of content; obtaining (S 120) a second tag list, wherein the second tag list is generated by the server according to both the first tag list and a recommended tag list stored in the server; wherein the recommended tag list stored in the server comprises one or more tags, each tag represents a category of content, and the second tag list comprises one or more tags in the first tag list and one or more tags in the recommended tag list stored in the server; obtaining (S 130) tags selected by the user through a mobile terminal from the second tag list, and generating a new recommended tag list based on the tags selected by the user; wherein the new recommended tag list is stored in the server and replaces the recommended tag list previously stored in the server; and pushing content corresponding to tags in the new recommended tag list to a mobile terminal. obtaining a first tag list, wherein the first tag list is generated by the server according to tags corresponding to content browsed by a user in a target time period; and the first tag list comprises one or more tags, and each tag represents a category of content; obtaining (S 120) a second tag list, wherein the second tag list is generated by the server according to both the first tag list and a recommended tag list stored in the server; wherein the recommended tag list stored in the server comprises one or more tags, each tag represents a category of content, and the second tag list comprises one or more tags in the first tag list and one or more tags in the recommended tag list stored in the server; obtaining (S 130) tags selected by the user through a mobile terminal from the second tag list, and generating a new recommended tag list based on the tags selected by the user; wherein the new recommended tag list is stored in the server and replaces the recommended tag list previously stored in the server; and pushing content corresponding to tags in the new recommended tag list to a mobile terminal.
A solar roof system, having - a roof surface comprising a predetermined number of solar panels, - at least two base support elements for retaining the roof surface, wherein each base support element has a main support which is bent in a bending region within a bending plane and is formed from a closed hollow profile, and which is bend in a bending region within a bending plane, wherein the bending planes of the main supports of the base support elements are arranged parallel to one another, - at least three framework elements (12, 14, 16, 42) - at least two foundation adapters associated with the base support elements for fastening the base support elements to a foundation, and - a support and sealing rail for retaining and for sealingly connecting the solar panels, the edges of which lie next to one another in parallel to the bending plane, and for guiding connection cables of the solar panels, characterized in that the main supports are all in one piece and identical in construction, wherein each of the main supports is bent in a bending region by less than 90 degrees and more than 60 degrees without kinks with a bending radius of at least 2 meters, and has at least one straight support leg adjoining the bending region and has at least one straight support leg adjoining the bending region, on which the roof surface is borne, and wherein the support legs being supported on a bend outside of the bending region are tensioned by means of the framework elements (12, 14, 16, 42) in the intended installation state of the solar roof system. - a roof surface comprising a predetermined number of solar panels, - at least two base support elements for retaining the roof surface, wherein each base support element has a main support which is bent in a bending region within a bending plane and is formed from a closed hollow profile, and which is bend in a bending region within a bending plane, wherein the bending planes of the main supports of the base support elements are arranged parallel to one another, - at least three framework elements (12, 14, 16, 42) - at least two foundation adapters associated with the base support elements for fastening the base support elements to a foundation, and - a support and sealing rail for retaining and for sealingly connecting the solar panels, the edges of which lie next to one another in parallel to the bending plane, and for guiding connection cables of the solar panels,
A fuel supply for a fuel cell comprising: an outer casing containing fuel, and an information storage device supported by the casing, said information storage device storing at least one of the following information: (i) a shut-down sequence readable by a controller that pumps fuel in a fluidic system of the fuel cell back into the outer casing or pumps the fuel to a chamber of the fuel cell when an electronic device that the fuel cell powers is turned off; (ii) a hot swap procedure, wherein the hot swap procedure comprises an instruction for a controller accessing the information storage device to switch to an alternate power source for an electronic device that the fuel cell powers, wherein the alternate power source comprises a battery. an outer casing containing fuel, and an information storage device supported by the casing, said information storage device storing at least one of the following information: (i) a shut-down sequence readable by a controller that pumps fuel in a fluidic system of the fuel cell back into the outer casing or pumps the fuel to a chamber of the fuel cell when an electronic device that the fuel cell powers is turned off; (ii) a hot swap procedure, wherein the hot swap procedure comprises an instruction for a controller accessing the information storage device to switch to an alternate power source for an electronic device that the fuel cell powers, wherein the alternate power source comprises a battery. (i) a shut-down sequence readable by a controller that pumps fuel in a fluidic system of the fuel cell back into the outer casing or pumps the fuel to a chamber of the fuel cell when an electronic device that the fuel cell powers is turned off; (ii) a hot swap procedure, wherein the hot swap procedure comprises an instruction for a controller accessing the information storage device to switch to an alternate power source for an electronic device that the fuel cell powers, wherein the alternate power source comprises a battery.
Braking joint with an upper part, a lower part mounted thereon so as to be pivotable about a pivot axis and a braking device which has at least one braking element (31, 32, 33) which can be brought by means of a release mechanism from an activated state at least braking a flexion movement into a deactivated state permitting a flexion movement, wherein the braking device does not block an extension movement and the braking device is associated with an actuator which holds the at least one braking element (31, 32, 33) in the deactivated state during the flexion movement, characterised in that the release mechanism has a release lever which is coupled to the at least one braking element (31, 32, 33).
An automotive cooling circuit particle separator for an automotive engine cooling circuit with a circulating liquid coolant, comprising an inflexible linear coolant inlet duct, a linear vortex means arranged coaxially with and downstream of the inlet duct, the vortex means comprising at least one vortex vane for rotating the incoming coolant flow, a linear separation tube with a circular front opening edge arranged coaxially with and downstream of the vortex means, and a particle trap reservoir radially outside of the separation tube and downstream of the front opening edge of the separation tube. an inflexible linear coolant inlet duct, a linear vortex means arranged coaxially with and downstream of the inlet duct, the vortex means comprising at least one vortex vane for rotating the incoming coolant flow, a linear separation tube with a circular front opening edge arranged coaxially with and downstream of the vortex means, and a particle trap reservoir radially outside of the separation tube and downstream of the front opening edge of the separation tube.
A treatment process system (10; 20; 30; 40; 50) for biomass material comprising a first dewatering stage arranged to receive biomass material, to remove liquid from the biomass material, and to feed the biomass material forward in the process; a first filtrate tank arranged to receive and collect the liquid removed in the first dewatering stage; an addition stage located downstream said dewatering stage and operatively coupled to the first dewatering stage, said addition stage being arranged to receive the dewatered biomass material, wherein said addition stage includes inlets (20, 22) for adding acid containing solution into the addition stage, wherein the addition stage comprises an impregnator, or a soaking unit, or a mixer screw; and a reactor stage arranged to receive the biomass material treated in the addition stage and to perform a pre-hydrolysis process to the biomass material; said system being characterized by a filtrate feeding arrangement arranged to feed liquid from the filtrate tank to the reactor stage, wherein liquid collected from the first dewatering stage is re-cycled to the reactor stage. a first dewatering stage arranged to receive biomass material, to remove liquid from the biomass material, and to feed the biomass material forward in the process; a first filtrate tank arranged to receive and collect the liquid removed in the first dewatering stage; an addition stage located downstream said dewatering stage and operatively coupled to the first dewatering stage, said addition stage being arranged to receive the dewatered biomass material, wherein said addition stage includes inlets (20, 22) for adding acid containing solution into the addition stage, wherein the addition stage comprises an impregnator, or a soaking unit, or a mixer screw; and a reactor stage arranged to receive the biomass material treated in the addition stage and to perform a pre-hydrolysis process to the biomass material; said system being characterized by a filtrate feeding arrangement arranged to feed liquid from the filtrate tank to the reactor stage, wherein liquid collected from the first dewatering stage is re-cycled to the reactor stage.
A method for making metal or an oxide thereof comprising the steps of forming an aggregate comprising a carbon phase and a silicon-containing species phase by manufacturing a carbon black in the presence of one or more volatilizible and/or decomposable silicon-containing compounds, thereby producing an aggregate comprising a carbon phase and a silicon-containing species phase; or forming an aggregate comprising a carbon phase and a metal-containing species phase by using a multi-stage reactor, wherein the reactor has at least two stages for introducing feedstocks into the reactor, wherein the second stage as well as any additional stages, are located downstream of the first stage, and each of the feedstocks introduced into the stages comprise a carbon black-yielding feedstock, a metal-containing compound, or a mixture thereof, and at least one of the feedstocks comprises a carbon black-yielding feedstock and at least one of the feedstocks, which can be the same stage containing the carbon black-yielding feedstock, comprises a metal-containing compound, wherein the multi-stage reactor is maintained at a temperature sufficient to decompose the metal-containing compound and to form a carbon phase by pyrolizing the carbon black-yielding feedstock, to produce an aggregate comprising a carbon phase and a metal-containing species phase; and (b) removing the carbon phase. forming an aggregate comprising a carbon phase and a silicon-containing species phase by manufacturing a carbon black in the presence of one or more volatilizible and/or decomposable silicon-containing compounds, thereby producing an aggregate comprising a carbon phase and a silicon-containing species phase; or forming an aggregate comprising a carbon phase and a metal-containing species phase by using a multi-stage reactor, wherein the reactor has at least two stages for introducing feedstocks into the reactor, wherein the second stage as well as any additional stages, are located downstream of the first stage, and each of the feedstocks introduced into the stages comprise a carbon black-yielding feedstock, a metal-containing compound, or a mixture thereof, and at least one of the feedstocks comprises a carbon black-yielding feedstock and at least one of the feedstocks, which can be the same stage containing the carbon black-yielding feedstock, comprises a metal-containing compound, wherein the multi-stage reactor is maintained at a temperature sufficient to decompose the metal-containing compound and to form a carbon phase by pyrolizing the carbon black-yielding feedstock, to produce an aggregate comprising a carbon phase and a metal-containing species phase; and (b) removing the carbon phase.
A test contactor for contacting a circuit board, having - a first receptacle for receiving a first lateral edge of the circuit board, wherein the first receptacle has at least one first contact element for contacting a first board edge contact at the first lateral edge of the circuit board and - a second receptacle for receiving a second lateral edge of the circuit board, wherein the second receptacle has at least one second contact element for contacting a second board edge contact at the second lateral edge of the circuit board; wherein the first receptacle has fixing pins (13A, 13B) for engaging in fixing openings (113A, 113B) at the first lateral edge of the circuit board. - a first receptacle for receiving a first lateral edge of the circuit board, wherein the first receptacle has at least one first contact element for contacting a first board edge contact at the first lateral edge of the circuit board and - a second receptacle for receiving a second lateral edge of the circuit board, wherein the second receptacle has at least one second contact element for contacting a second board edge contact at the second lateral edge of the circuit board;