mhurhangee/ep-ind-claims huggingface dataset:
A truck for a skateboard, scooter and the like, having a structural member, said truck comprising: a. a suspension mechanism connected to the structural member, said suspension mechanism comprising a suspension member having a base and a first flex member connected to said base and extending angularly outwardly therefrom, said first flex member being constructed and arranged to flex between a first and second position and a second flex member connected to said base and extending outwardly therefrom in a direction toward said first flex member; b. a hanger assembly (54, 94, 114, 154) connected to the structural member, said hanger assembly (54, 94, 114, 154) having an axle (58, 118, 158), at least one wheel (60, 62) rotatably mounted on said axle; a hanger body including an alignment leg extending from said axle (58, 118, 158); a bearing (70, 96, 138, 172) mounted in alignment with said alignment leg; a kingpin assembly (56, 116, 156) connected to said first flex member, said kingpin assembly (56, 116, 156) including a kingpin (64, 164); and c. an alignment assembly (76, 100, 132, 166) connected to the structural member, said alignment assembly (76, 100, 132, 166) including a body portion (77, 102, 134, 168), characterised in that said bearing (70, 96, 138, 172) has a central bore (70a, 99, 138a, 172a) and in that said alignment assembly (76, 100, 132, 166) further comprises a connector member (80, 104, 130, 164) connected to said body portion (77, 102, 134, 168) and extending therefrom, said connector member being receivable within said bearing of said hanger assembly for reciprocal movement therewithin. a. a suspension mechanism connected to the structural member, said suspension mechanism comprising a suspension member having a base and a first flex member connected to said base and extending angularly outwardly therefrom, said first flex member being constructed and arranged to flex between a first and second position and a second flex member connected to said base and extending outwardly therefrom in a direction toward said first flex member; b. a hanger assembly (54, 94, 114, 154) connected to the structural member, said hanger assembly (54, 94, 114, 154) having an axle (58, 118, 158), at least one wheel (60, 62) rotatably mounted on said axle; a hanger body including an alignment leg extending from said axle (58, 118, 158); a bearing (70, 96, 138, 172) mounted in alignment with said alignment leg; a kingpin assembly (56, 116, 156) connected to said first flex member, said kingpin assembly (56, 116, 156) including a kingpin (64, 164); and c. an alignment assembly (76, 100, 132, 166) connected to the structural member, said alignment assembly (76, 100, 132, 166) including a body portion (77, 102, 134, 168), characterised in that said bearing (70, 96, 138, 172) has a central bore (70a, 99, 138a, 172a) and in that said alignment assembly (76, 100, 132, 166) further comprises a connector member (80, 104, 130, 164) connected to said body portion (77, 102, 134, 168) and extending therefrom, said connector member being receivable within said bearing of said hanger assembly for reciprocal movement therewithin.
A device for oyster cultivation comprising: - a base with means for attachment to a bottom of the sea, said means for attachment comprising four holes and four pins that pass through said holes, said pins being for fixing the base to the bottom of the sea; - at least one box configured to hold oyster seeds; and - a lid placed on top of the at least one box; - the at least one box being removable from the base; and the device further comprising: - four vertical tubes fixed to the base and configured to serve as guide for settlement of the at least one box on the base; - a buoy and a counterweight; and - a rope with one end attached to a ring on the lid and another end attached to the counterweight, after passing through a hole in the buoy. - a base with means for attachment to a bottom of the sea, said means for attachment comprising four holes and four pins that pass through said holes, said pins being for fixing the base to the bottom of the sea; - at least one box configured to hold oyster seeds; and - a lid placed on top of the at least one box; - the at least one box being removable from the base; and the device further comprising: - four vertical tubes fixed to the base and configured to serve as guide for settlement of the at least one box on the base; - a buoy and a counterweight; and - a rope with one end attached to a ring on the lid and another end attached to the counterweight, after passing through a hole in the buoy. - four vertical tubes fixed to the base and configured to serve as guide for settlement of the at least one box on the base; - a buoy and a counterweight; and - a rope with one end attached to a ring on the lid and another end attached to the counterweight, after passing through a hole in the buoy.
Device, in particular a set of pliers, for removing a sealing from an injector, having: two levers (4, 6), which are connected to one another in a pivotable manner, wherein each of the two levers (4, 6) has formed on it at least one contact surface for gripping a sealing ring mounted on an injector; and wherein at least one of the two levers (4, 6) has at least one guide element (14, 16), which is designed to guide the injector such that a sealing ring mounted on the injector is positioned opposite the contact surfaces of the device, characterized in that the at least one guide element (14, 16) has a stop, which limits the movement capability of the injector in the axial direction thereof. two levers (4, 6), which are connected to one another in a pivotable manner, wherein each of the two levers (4, 6) has formed on it at least one contact surface for gripping a sealing ring mounted on an injector; and wherein at least one of the two levers (4, 6) has at least one guide element (14, 16), which is designed to guide the injector such that a sealing ring mounted on the injector is positioned opposite the contact surfaces of the device, characterized in that the at least one guide element (14, 16) has a stop, which limits the movement capability of the injector in the axial direction thereof.
An electric control assembly, comprising: an electric control board, a fan driving circuit and a compressor driving circuit both configured on the electric control board, characterized in that: the electric control board is provided with at least two reference grounds (GND1; GND2); a ground end of the fan driving circuit and a ground end of the compressor driving circuit are connected with the two reference grounds (GND1, GND2) of the electric control board in one-to-one correspondence; and the electric control assembly further comprising: a switch isolation driving circuit, wherein a first input end of the switch isolation driving circuit is connected with a control end of the compressor driving circuit, and a first output end of the switch isolation driving circuit is connected with a controlled end of the fan driving circuit, a second input end of the switch isolation driving circuit is connected with a control end of the fan driving circuit, and a second output end of the switch isolation driving circuit is connected with a feedback end of the compressor driving circuit; wherein the fan driving circuit and the compressor driving circuit perform signal interaction through the switch isolation driving circuit. the electric control board is provided with at least two reference grounds (GND1; GND2); a ground end of the fan driving circuit and a ground end of the compressor driving circuit are connected with the two reference grounds (GND1, GND2) of the electric control board in one-to-one correspondence; and the electric control assembly further comprising: a switch isolation driving circuit, wherein a first input end of the switch isolation driving circuit is connected with a control end of the compressor driving circuit, and a first output end of the switch isolation driving circuit is connected with a controlled end of the fan driving circuit, a second input end of the switch isolation driving circuit is connected with a control end of the fan driving circuit, and a second output end of the switch isolation driving circuit is connected with a feedback end of the compressor driving circuit; wherein the fan driving circuit and the compressor driving circuit perform signal interaction through the switch isolation driving circuit. a switch isolation driving circuit, wherein a first input end of the switch isolation driving circuit is connected with a control end of the compressor driving circuit, and a first output end of the switch isolation driving circuit is connected with a controlled end of the fan driving circuit, a second input end of the switch isolation driving circuit is connected with a control end of the fan driving circuit, and a second output end of the switch isolation driving circuit is connected with a feedback end of the compressor driving circuit; wherein the fan driving circuit and the compressor driving circuit perform signal interaction through the switch isolation driving circuit.
A device for use in an elevator system, comprising: at least one friction member that is selectively moveable into a damping position in which the friction member is useful to damp movement of an elevator car associated with the device; characterised in that the device further comprises a solenoid actuator having an armature that is situated for vertical movement, the armature moving upward when the solenoid is energized to move the friction member into the damping position, the armature mass urging the armature in a downward vertical direction when the solenoid is not energized, causing the friction member to move out of the damping position. at least one friction member that is selectively moveable into a damping position in which the friction member is useful to damp movement of an elevator car associated with the device; characterised in that the device further comprises a solenoid actuator having an armature that is situated for vertical movement, the armature moving upward when the solenoid is energized to move the friction member into the damping position, the armature mass urging the armature in a downward vertical direction when the solenoid is not energized, causing the friction member to move out of the damping position.
Power-take-off system for an agricultural vehicle, comprising an output shaft with a socket for a power-take-off-shaft stub, which socket is provided at one end of the output shaft, wherein the power-take-off-shaft stub is able to be arranged at least partially in the socket, and the output shaft has a fluid-actuated adjustment arrangement which is arranged in the output shaft, wherein the output shaft, in particular the adjustment arrangement, comprises a bore which extends axially into the output shaft from the socket, and comprises a first piston which is arranged so as to be adjustable within the bore in the output shaft, wherein provision is made of a shifting element which is able to be adjusted by means of the first piston, and a first toothed gear and a second toothed gear which are able to be brought into engagement with the output shaft by means of the shifting element, wherein the first piston is able to be adjusted between a first position, in which the first piston adjusts the shifting element in such a way that the first toothed gear is in engagement with the shifting element, and a second position, in which the first piston adjusts the shifting element in such a way that the second toothed gear is in engagement with the shifting element, wherein, in the output shaft, provision is made of a first fluid-conveyance bore through which a pressurized fluid is able to be conveyed into the output shaft in such a way that the first piston is moved into the first position, and/or, in the output shaft, provision is made of a second fluid-conveyance bore through which the pressurized fluid is able to be conveyed into the output shaft in such a way that the first piston is moved into the second position, wherein the output shaft, in particular the adjustment arrangement, has a second piston which is arranged so as to be able to be adjusted at least partially on the first piston, and the second piston is able to be adjusted by means of the power-take-off-shaft stump in such a way that a movement of the first piston into the second position is able to be blocked by means of the second piston.
A multi-part device comprising a device, said device comprising a support part, said support part being configured to receive a tip holder and a multiwell plate, wherein said multiwell plate comprises at least one row (23 a, b, c) of vessels and one row of openings, wherein said vessels comprise a closed bottom and an open top, said multi-part device further comprising the tip holder and the multiwell plate, characterized in that said multi-part device further comprising a liquid waste container and said support part being configured to receive the liquid waste container, wherein said openings are located above the liquid waste container when said liquid waste container and said multiwell plate are mounted on said support part, wherein said liquid waste container has opposing long side walls and opposing short side walls which encompass an inner volume, and wherein said liquid waste container comprises a closed bottom and an open top.
Measuring tube for insertion in a measuring tube receptacle of a magnetic-inductive flowmeter and for guiding a medium, with two electrodes for tapping a voltage induced in the medium, wherein the electrodes each extend at least from one medium contact area to a connecting contact area on one end for connection to an evaluating unit, the electrodes are arranged on both sides of the measuring tube in an electrode plane situated vertically on the longitudinal axis of the measuring tube, characterized in that the electrodes extend parallel to one another and tangential to the measuring tube that the connecting contact areas on the ends of both electrodes are arranged on one side of a reference plane, wherein the reference plane is situated vertically on the electrode plane, and wherein the medium contact areas are located at least partially in the reference plane. that the electrodes extend parallel to one another and tangential to the measuring tube that the connecting contact areas on the ends of both electrodes are arranged on one side of a reference plane, wherein the reference plane is situated vertically on the electrode plane, and wherein the medium contact areas are located at least partially in the reference plane.
Computer-implemented method of segmenting a three-dimensional digital representation of a blood vessel, the method comprising: - segmentation of a lumen outer boundary of said blood vessel; characterized in that the method further comprises: - segmentation of a wall outer boundary of said blood vessel by means of a three-dimensional active object or a three-dimensional deformable model; - temporary replacement, prior to said segmentation of said wall outer boundary and in a specified volume, of intensity values significantly deviating from those of said blood vessel with a substitute intensity value representative of said blood vessel, wherein the specified volume is defined by a certain radial distance from the segmented lumen outer boundary; - restoration of said significantly deviating intensity values once said segmentation of said wall outer boundary is complete. - segmentation of a lumen outer boundary of said blood vessel; characterized in that the method further comprises: - segmentation of a wall outer boundary of said blood vessel by means of a three-dimensional active object or a three-dimensional deformable model; - temporary replacement, prior to said segmentation of said wall outer boundary and in a specified volume, of intensity values significantly deviating from those of said blood vessel with a substitute intensity value representative of said blood vessel, wherein the specified volume is defined by a certain radial distance from the segmented lumen outer boundary; - restoration of said significantly deviating intensity values once said segmentation of said wall outer boundary is complete.
A method for filling level measurement in a container having a first medium and at least one second medium arranged thereabove, in particular a foam layer, wherein an electromagnetic signal is transmitted, in particular along a probe arranged in the container, and a signal curve of the signal reflected in the container is recorded; wherein a signal time of flight (t) up to a border transition (18, 20) to the first medium or up to the second medium is determined with reference to the signal curve and a filling level of the first medium or a filling level of the second medium is determined from the signal time of flight (t), characterized in that an integrated signal curve ( I s ( t)), the integral starting from a reference position ( t 0), is formed as a function of a respective point in time (t), in that initially a reference value ( I Medium) for the integrated signal curve ( I S ( t)) is determined when the container is filled with only the first medium, and in that the border transition (18, 20) is recognized by a comparison of the integral over the signal curve ( I S ( t)) with the reference value ( I Medium).
A method for producing a multilayer bottle by the biaxial stretch blow molding of a multilayer preform heated to a temperature from 90 to 110 °C at two stages consisting of primary blow molding and secondary blow molding, wherein the blow pressure of the primary blow molding is 1.8 MPa or lower and the blow pressure of the secondary blow molding is 2 MPa or higher, the multilayer bottle comprising a barrel portion including an outermost layer, an innermost layer and at least one barrier layer interposed between the outermost layer and the innermost layer, wherein the outermost layer and the innermost layer are each made mainly of a thermoplastic polyester resin obtained by polymerizing a dicarboxylic acid component containing 80 mol% or more of terephthalic acid with a diol component containing 80 mol% or more of ethylene glycol; and the multilayer bottle satisfies the requirements represented by the following formulae to at the same time: OTR ≤ 0.2 cc ⋅ mm / m 2 ⋅ day ⋅ atm where OTR represents an average oxygen transmission rate of the barrier layer of the barrel portion as measured at a temperature of 23°C and a relative humidity of 60%; 20 ≤ Average degree of orientation of barrier layer of barrel portion ≤ 45 where the degree of orientation represents a value calculated from refractive indices of the barrier layer as measured at 23°C using an Abbe refractometer according to the following formula: Degree of orientation = n x + n y / 2 − n z × 1000 where n(x) represents a refractive index of the barrier layer in a height direction of the bottle; n(y) represents a refractive index of the barrier layer in a circumferential direction of the bottle; and n(z) represents a refractive index of the barrier layer in a thickness direction thereof, and 0 ≤ b / a × 100 ≤ 200 where "a" represents an average thickness (μm) of the barrier layer of the barrel portion; and "b" represents an average thickness (μm) of the barrier layer of a bottom portion of the bottle, wherein, in the above respective formulae, the bottom portion is defined as a portion extending from a ground portion of the bottle to a position corresponding to 20% of a height between the ground portion and an opening portion of the bottle; the barrel portion is defined as a portion except for the ground portion which has an outer diameter corresponding to 80% or more of a maximum outer diameter of the ground portion; and the ground portion is defined as a portion contacting with a floor when the bottle is vertically placed thereon.
A mould for forming a collapsible container from an expandable material, the container comprising, when assembled, at least a base and two pairs of side walls (3,4) extending at right angles from opposing sides of the base, the mould comprising: a first mould member and a second mould member movable with respect to each other between an open and a closed moulding position to define a mould cavity; a control means for delivering expandable material into said mould cavity and for delivering steam to facilitate expansion of the expandable material within said mould cavity to form said container; and a plurality of anvils (18,18a,18b) mounted on a rear surface of at least one of the first mould member and/or second mould member, each anvil (18,18a,18b) is contained within a perimeter of the rear surface of the first mould member and/or second mould member and are being movable so as to be extended into the mould cavity so as to form one or more hinges in the expandable material at predetermined locations within the mould cavity, characterised in that the mould cavity defined by internal walls of the first mould member and internal walls of the second mould member, the internal walls of the first mould member and the internal walls of the second mould member are shaped such that the collapsible container formed by the mould emerges as a three-dimensional representation of an inside-out configuration of the assembled container. a first mould member and a second mould member movable with respect to each other between an open and a closed moulding position to define a mould cavity; a control means for delivering expandable material into said mould cavity and for delivering steam to facilitate expansion of the expandable material within said mould cavity to form said container; and a plurality of anvils (18,18a,18b) mounted on a rear surface of at least one of the first mould member and/or second mould member, each anvil (18,18a,18b) is contained within a perimeter of the rear surface of the first mould member and/or second mould member and are being movable so as to be extended into the mould cavity so as to form one or more hinges in the expandable material at predetermined locations within the mould cavity, characterised in that the mould cavity defined by internal walls of the first mould member and internal walls of the second mould member, the internal walls of the first mould member and the internal walls of the second mould member are shaped such that the collapsible container formed by the mould emerges as a three-dimensional representation of an inside-out configuration of the assembled container.