mhurhangee/ep-ind-claims huggingface dataset:
A metal belt-plate structure reactor, comprising positive electrodes having two ends and negative electrodes having two sides, wherein every positive electrode is located in the middle between two negative electrodes; characterized in that there are a total of n groups of positive electrodes, wherein n is a positive integer below 50, each of which is a component formed by several oxidation-resistant nickel-chromium alloy or iron-chromium aluminum alloy belts having a width of 1 - 2mm and a thickness of 0.05-0.2mm, with thin side faces and arrayed at an equal interval in a plane and for performing corona discharge; there are a total of n+1 negative electrodes made from aluminum plates or stainless steel plates; the metal belt-plate structure reactor is also provided with several micro-discharge preventive conductor rails made of aluminum bars or stainless bars; the two ends of the positive electrode are respectively fixed on the corresponding positions of the conductor rails; the several conductor rails are electrically connected by anti-oxidation leads; the thin side faces of the metal belts face and are aligned with the plane of the negative electrode, wherein the thin side faces of the metal belts facing the plane of the negative electrode are discharge side faces which perform corona discharge; the metal belt-plate structure reactor further comprises a metal housing providing an air inlet and an air outlet; the negative electrodes are located in the airflow direction between the air inlet and the air outlet; the two sides of each negative electrode are fixed on the housing.
A method for transmitting data, characterized in that the method is applied to a gigabit-capable passive optical network system and comprises: a transmitter carrying indication information in an uplink or a downlink frame transmitted to a receiver for enabling the receiver to discard information which does not need to be processed by the receiver in the uplink or downlink frame according to the indication information; wherein the receiver is an optical network unit in the case that the transmitter is an optical line terminal; or, the receiver is an optical line terminal in the case that the transmitter is an optical network unit; wherein the transmitter carries the information which does not need to be processed by the receiver in a gigabit-capable passive optical network encapsulation method GEM frame of the uplink or downlink frame, wherein when value of port identification in a frame header of the GEM frame is a preset value, it indicates that the GEM frame carries the information which does not need to be processed by the receiver; or the transmitter carries the information which does not need to be processed by the receiver in a preset GEM frame of the uplink or downlink frame, wherein, when value of payload type in a frame header of the preset GEM frame is a preset value, it indicates that the GEM frame carries the information which does not need to be processed by the receiver. a transmitter carrying indication information in an uplink or a downlink frame transmitted to a receiver for enabling the receiver to discard information which does not need to be processed by the receiver in the uplink or downlink frame according to the indication information; wherein the receiver is an optical network unit in the case that the transmitter is an optical line terminal; or, the receiver is an optical line terminal in the case that the transmitter is an optical network unit; wherein the transmitter carries the information which does not need to be processed by the receiver in a gigabit-capable passive optical network encapsulation method GEM frame of the uplink or downlink frame, wherein when value of port identification in a frame header of the GEM frame is a preset value, it indicates that the GEM frame carries the information which does not need to be processed by the receiver; or the transmitter carries the information which does not need to be processed by the receiver in a preset GEM frame of the uplink or downlink frame, wherein, when value of payload type in a frame header of the preset GEM frame is a preset value, it indicates that the GEM frame carries the information which does not need to be processed by the receiver.
A method of operating a compressor comprising: rotating a crankshaft (120, 120') of the compressor at a first rotational speed; rotating said crankshaft at a second rotational speed; supplying oil through an oil supply passage (127, 127') extending between first and second ends of said crankshaft at a flow rate while said crankshaft is rotating at said first rotational speed by rotating an impeller (530, 530') of an oil pump (500, 500') at said first rotational speed while said crankshaft is rotating at said first rotational speed;and supplying oil through said oil supply passage at substantially the same flow rate while said crankshaft is rotating at said second rotational speed by rotating said impeller at said second rotational speed while said crankshaft is rotating at said second rotational speed. rotating a crankshaft (120, 120') of the compressor at a first rotational speed; rotating said crankshaft at a second rotational speed; supplying oil through an oil supply passage (127, 127') extending between first and second ends of said crankshaft at a flow rate while said crankshaft is rotating at said first rotational speed by rotating an impeller (530, 530') of an oil pump (500, 500') at said first rotational speed while said crankshaft is rotating at said first rotational speed;and supplying oil through said oil supply passage at substantially the same flow rate while said crankshaft is rotating at said second rotational speed by rotating said impeller at said second rotational speed while said crankshaft is rotating at said second rotational speed.
A body wash composition comprising: sodium hypochlorite; an anionic surfactant that includes an alkyl sulfate; a non-ionic surfactant that includes an alkonolamide; an amphoteric surfactant; and a chelating agent; wherein the sodium hypochlorite ranges from 0.1 wt% to 2 wt% of the body wash composition, the anionic surfactant ranges from 6 wt% to 15 wt% of the body wash composition, the non-ionic surfactant ranges from 1 wt% to 7 wt% of the body wash composition, the amphoteric surfactant ranges from 0.5 wt% to 7 wt% of the body wash composition, and the chelating agent ranges from 0.1 wt% to 0.2 wt% of the body wash composition, and the composition exhibits a pH range from 3.5 to 9.8. sodium hypochlorite; an anionic surfactant that includes an alkyl sulfate; a non-ionic surfactant that includes an alkonolamide; an amphoteric surfactant; and a chelating agent; wherein the sodium hypochlorite ranges from 0.1 wt% to 2 wt% of the body wash composition, the anionic surfactant ranges from 6 wt% to 15 wt% of the body wash composition, the non-ionic surfactant ranges from 1 wt% to 7 wt% of the body wash composition, the amphoteric surfactant ranges from 0.5 wt% to 7 wt% of the body wash composition, and the chelating agent ranges from 0.1 wt% to 0.2 wt% of the body wash composition, and the composition exhibits a pH range from 3.5 to 9.8.
Seat arrangement for disabled persons, in particular wheelchair or pushchair, with a seat surface and a foot rest which is pivotable with respect to the seat surface and is fastened in the region of the centre of the front edge of the seat surface, and with an abduction wedge in the centre of the front edge of the seat surface, characterised in that the foot rest is hinged within the abduction wedge, wherein in the case of a person accommodated in the seat arrangement the pivot axis for the foot rest lies in the region of the pivot axis of the knee joints of the person.
A transverse magnetic wave, TM, mode filter (200, 910), comprising: a filter body, comprising a filter cavity and a cover, and having hollow confined space; a dielectric, located in the hollow confined space; and a transition layer, configured to connect the dielectric and the filter body, wherein a coefficient of thermal expansion, CTE, of the transition layer is between a CTE of the filter body and a CTE of the dielectric; a second step-shaped protrusion structure disposed at the bottom of the filter cavity; the transition layer comprises a bottom transition sublayer and a top transition sublayer, the bottom transition sublayer is configured to connect the dielectric and the second step-shaped protrusion structure, and the top transition sublayer is configured to connect the dielectric and the cover; wherein an outer diameter of the bottom transition sublayer is less than the outer diameter of the dielectric, the second step-shaped protrusion structure further comprises a third protrusion and a fourth protrusion, the third protrusion is in contact with the bottom of the filter cavity through the fourth protrusion, and a height of the fourth protrusion is greater than or equal to 1/3 of a height of an inner side wall of the cavity. a filter body, comprising a filter cavity and a cover, and having hollow confined space; a dielectric, located in the hollow confined space; and a transition layer, configured to connect the dielectric and the filter body, wherein a coefficient of thermal expansion, CTE, of the transition layer is between a CTE of the filter body and a CTE of the dielectric; a second step-shaped protrusion structure disposed at the bottom of the filter cavity; the transition layer comprises a bottom transition sublayer and a top transition sublayer, the bottom transition sublayer is configured to connect the dielectric and the second step-shaped protrusion structure, and the top transition sublayer is configured to connect the dielectric and the cover; wherein an outer diameter of the bottom transition sublayer is less than the outer diameter of the dielectric, the second step-shaped protrusion structure further comprises a third protrusion and a fourth protrusion, the third protrusion is in contact with the bottom of the filter cavity through the fourth protrusion, and a height of the fourth protrusion is greater than or equal to 1/3 of a height of an inner side wall of the cavity.
Fuel tank comprising at least two layers stacked one on top of the other, wherein the layers each have a plurality of individual tanks arranged in series, wherein the individual tanks are elongate and a longitudinal extension of the elongate individual tanks defines an orientation (O1 or 02) of the respective layer (L1 or L2), wherein the at least two layers have a different orientation (O1, 02), and wherein the orientations (O1, 02) of the layers form an angle of 90° to one another, characterised in that a plurality of individual tanks of a layer have a connector arranged on a front face, which is arranged inside a structure of the fuel tank, wherein the structure of the fuel tank is an auxiliary structure separate from the individual tanks which is formed as a rail inside which a plurality of connectors of the individual tanks of a layer are arranged.
An adhesive composition comprising: a) At least one thermoplastic silane group containing poly-α-olefin P that is solid at a temperature of 25°C and b) At least one reaction product RP of at least one monoisocyanate MI with at least one isocyanate reactive silane SI containing only one isocyanate reactive group selected from the group consisting of hydroxyl group, mercapto group and amino group. a) At least one thermoplastic silane group containing poly-α-olefin P that is solid at a temperature of 25°C and b) At least one reaction product RP of at least one monoisocyanate MI with at least one isocyanate reactive silane SI containing only one isocyanate reactive group selected from the group consisting of hydroxyl group, mercapto group and amino group.
A connector for verifying a connected state between the connector and a counterpart, comprising: a housing including an insertion hole for inserting the counterpart; a locking member attached to the housing and adapted to be driven from an initial position to a locked position by the counterpart inserted into the insertion hole, said locking member being adapted to undetachably fix the counterpart at the locked position; and an identifying member provided in the housing and having a connection completion display part for displaying completion of connection between the connector and the counterpart, wherein the locking member shields the connection completion display part at the initial position, and exposes the connection completion display part at the locked position, characterized in that the housing includes a first display opening that exposes the connection completion display part, and the locking member includes a second display opening that does not overlap the first display opening at the initial position and overlaps the first display opening at the locked position. a housing including an insertion hole for inserting the counterpart; a locking member attached to the housing and adapted to be driven from an initial position to a locked position by the counterpart inserted into the insertion hole, said locking member being adapted to undetachably fix the counterpart at the locked position; and an identifying member provided in the housing and having a connection completion display part for displaying completion of connection between the connector and the counterpart, wherein the locking member shields the connection completion display part at the initial position, and exposes the connection completion display part at the locked position, characterized in that the housing includes a first display opening that exposes the connection completion display part, and the locking member includes a second display opening that does not overlap the first display opening at the initial position and overlaps the first display opening at the locked position.
Draw frame device for textile slivers, • having - a drafting unit, which is supported on a coiler housing, and - a base plate, on which at least one coiler can is rotatably receivable, • wherein - the coiler housing is arranged above and spaced apart from the base plate by means of columns, and - the draw frame device is formed in such a way that at least one coiler can of 1200 mm diameter can be received on the base plate and filled with the textile sliver, - the coiler housing and the base plate are each formed of a plurality of parts, the base plate being divided into a larger main plate and a smaller side plate, and the coiler housing being divided into a main plate and a side plate, wherein the side plate on the main plate for forming the base plate is located on an opposite side to the arrangement of the side plate on the main plate for forming the coiler housing, - so that the coiler housing and/or the base plate are reinforced in such a way that the drawing apparatus is transportable in an assembled state. • having - a drafting unit, which is supported on a coiler housing, and - a base plate, on which at least one coiler can is rotatably receivable, - a drafting unit, which is supported on a coiler housing, and - a base plate, on which at least one coiler can is rotatably receivable, • wherein - the coiler housing is arranged above and spaced apart from the base plate by means of columns, and - the draw frame device is formed in such a way that at least one coiler can of 1200 mm diameter can be received on the base plate and filled with the textile sliver, - the coiler housing and the base plate are each formed of a plurality of parts, the base plate being divided into a larger main plate and a smaller side plate, and the coiler housing being divided into a main plate and a side plate, wherein the side plate on the main plate for forming the base plate is located on an opposite side to the arrangement of the side plate on the main plate for forming the coiler housing, - so that the coiler housing and/or the base plate are reinforced in such a way that the drawing apparatus is transportable in an assembled state. - the coiler housing is arranged above and spaced apart from the base plate by means of columns, and - the draw frame device is formed in such a way that at least one coiler can of 1200 mm diameter can be received on the base plate and filled with the textile sliver, - the coiler housing and the base plate are each formed of a plurality of parts, the base plate being divided into a larger main plate and a smaller side plate, and the coiler housing being divided into a main plate and a side plate, wherein the side plate on the main plate for forming the base plate is located on an opposite side to the arrangement of the side plate on the main plate for forming the coiler housing, - so that the coiler housing and/or the base plate are reinforced in such a way that the drawing apparatus is transportable in an assembled state.
A tamper resistant lid comprising: a centre axis; an outer member; an inner member; the outer member and the inner member each comprise an outer surface (26, 46), an inner surface(27, 47), a circular base (21, 41) having a circular wall (23, 43) extending around a periphery (22, 42) of the circular base (21, 41) wherein the outer surface in the circular wall of the inner member having a groove, the inner surface of the inner member having a thread enabling a connection to a container by means of rotating the outer member in a first direction; and the outer member comprises at least one stop member, the at least one stop member being partly arranged inside the groove of the inner member preventing the inner member from rotation with respect to the outer member, the stop member is pivotally connected to the outer member at a pivot point and arranged in an opening in the circular wall of the outer member, wherein the at least one stop member is adapted to be controllably disabled with a designated force after the inner member has been connected to the container, so that the outer member can be freely rotated with respect to the inner member to thereby prevent removal of the tamper resistant lid from the container, characterised in that the at least one stop member is adapted to be disabled with a designated rupture force imparted to the at least one stop member by moving at least one stop member in a designated direction, and wherein the at least one stop member is arranged on the outer member and adapted to be controllably disabled by removal from the outer member. a centre axis; an outer member; an inner member; the outer member and the inner member each comprise an outer surface (26, 46), an inner surface(27, 47), a circular base (21, 41) having a circular wall (23, 43) extending around a periphery (22, 42) of the circular base (21, 41) wherein the outer surface in the circular wall of the inner member having a groove, the inner surface of the inner member having a thread enabling a connection to a container by means of rotating the outer member in a first direction; and the outer member comprises at least one stop member, the at least one stop member being partly arranged inside the groove of the inner member preventing the inner member from rotation with respect to the outer member, the stop member is pivotally connected to the outer member at a pivot point and arranged in an opening in the circular wall of the outer member, wherein the at least one stop member is adapted to be controllably disabled with a designated force after the inner member has been connected to the container, so that the outer member can be freely rotated with respect to the inner member to thereby prevent removal of the tamper resistant lid from the container, characterised in that the at least one stop member is adapted to be disabled with a designated rupture force imparted to the at least one stop member by moving at least one stop member in a designated direction, and wherein the at least one stop member is arranged on the outer member and adapted to be controllably disabled by removal from the outer member.
A charged particle optical apparatus, comprising: a particle optical arrangement, configured to define a primary particle beam path extending between a particle gun and an object to be inspected; a specimen chamber configured to accommodate an object in a pressure-controlled interior of the specimen chamber during the inspection of the object; a differential pressure module having a differential pressure aperture; and a positioning arm being at least partially arranged in the specimen chamber and configured to selectively position the differential pressure module within the pressure-controlled interior of the specimen chamber into an operating position in which the primary particle beam path passes through the differential pressure aperture, and a non-operating position in which the differential pressure module is disposed spaced apart from the primary particle beam path extending between the particle gun and the object to be inspected; wherein the selective positioning comprises an advancing movement of the differential pressure module directed toward the primary particle beam path, characterized in that the advancing movement of the differential pressure module is transmitted to the differential pressure module by a track-guided, substantially longitudinal movement of the positioning arm. a particle optical arrangement, configured to define a primary particle beam path extending between a particle gun and an object to be inspected; a specimen chamber configured to accommodate an object in a pressure-controlled interior of the specimen chamber during the inspection of the object; a differential pressure module having a differential pressure aperture; and a positioning arm being at least partially arranged in the specimen chamber and configured to selectively position the differential pressure module within the pressure-controlled interior of the specimen chamber into an operating position in which the primary particle beam path passes through the differential pressure aperture, and a non-operating position in which the differential pressure module is disposed spaced apart from the primary particle beam path extending between the particle gun and the object to be inspected; wherein the selective positioning comprises an advancing movement of the differential pressure module directed toward the primary particle beam path, characterized in that the advancing movement of the differential pressure module is transmitted to the differential pressure module by a track-guided, substantially longitudinal movement of the positioning arm.
A system for obtaining a propagation factor for determining the performance of a laser light beam including a light sensor, a lens element operable to focus the beam from a laser light source to be tested towards the sensor element, the light sensor and lens element being substantially fixed in position relative to one another; wherein the lens element is a variable focus lens, the lens being adjustable so as to adjust the focal length thereof to provide to the light sensor a varying focused light beam at and either side of a waist thereof, thereby to allow the determination of a beam waist and propagation factor of the light beam and therefrom the performance of the light beam.