mhurhangee/ep-ind-claims huggingface dataset:
A suspension system comprising: a displacement assembly including a first axial translating element and a second axial translating element, the first and second translating elements (24, 26) extending from opposite sides of the displacement assembly and configured to translate along a common longitudinal axis of the displacement assembly; a first mechanism coupled to said first element at a first end thereof for maintaining alignment of said first element; a second mechanism for maintaining alignment of said first element, said second mechanism being disposed such that said first element is partially or wholly positioned between said first and second mechanisms (12 and 14), wherein said second element is disposed at least partially between said first and second mechanisms (12 and 14), the first and second mechanisms being disposed on opposite sides of the displacement assembly; and a third mechanism for mechanically coupling said first mechanism to said second mechanism, the system further including a fourth mechanism coupled to said second element at a first end thereof for maintaining alignment of said second element; the system further including a fifth mechanism for maintaining alignment of said second element, said fifth mechanism being disposed such that said second element is partially or wholly positioned between said fourth and fifth mechanisms (18 and 16), the fourth and fifth mechanisms being disposed on opposite sides of the displacement assembly; the system further including a sixth mechanism for mechanically coupling said fourth mechanism to said fifth mechanism. a displacement assembly including a first axial translating element and a second axial translating element, the first and second translating elements (24, 26) extending from opposite sides of the displacement assembly and configured to translate along a common longitudinal axis of the displacement assembly; a first mechanism coupled to said first element at a first end thereof for maintaining alignment of said first element; a second mechanism for maintaining alignment of said first element, said second mechanism being disposed such that said first element is partially or wholly positioned between said first and second mechanisms (12 and 14), wherein said second element is disposed at least partially between said first and second mechanisms (12 and 14), the first and second mechanisms being disposed on opposite sides of the displacement assembly; and a third mechanism for mechanically coupling said first mechanism to said second mechanism, the system further including a fourth mechanism coupled to said second element at a first end thereof for maintaining alignment of said second element; the system further including a fifth mechanism for maintaining alignment of said second element, said fifth mechanism being disposed such that said second element is partially or wholly positioned between said fourth and fifth mechanisms (18 and 16), the fourth and fifth mechanisms being disposed on opposite sides of the displacement assembly; the system further including a sixth mechanism for mechanically coupling said fourth mechanism to said fifth mechanism.
Driverless transporter, which comprises an undercarriage, a drive and a control unit, for transporting goods, in particular for loading a transfer station with one or a plurality of workpieces, wherein the driverless transporter comprises a handling arrangement with a telescopic extension for moving the transported goods in a horizontal direction, characterized in that the driverless transporter comprises coupling unit for mechanically coupling the transporter to a transfer station.
A ladder having a fall control system, comprising: a ladder; a tensioner; a mount mounted towards a top end of the ladder; a cable that extends from the tensioner and over the mount in a looped configuration; and an arrestor movably engaged with the cable for coupling a user to the cable, wherein the tensioner has a locked configuration for holding tension on the cable to support a weight of the user and an open configuration for allowing the cable to pass through the tensioner, characterized in that the tensioner is mounted to the ladder at a height accessible to the user from the ground on which the ladder is supported, and in that in the event of a fall an operator on the ground can release the cord in a controlled manner through the tensioner to bring the user via the arrestor back towards the ground. a ladder; a tensioner; a mount mounted towards a top end of the ladder; a cable that extends from the tensioner and over the mount in a looped configuration; and an arrestor movably engaged with the cable for coupling a user to the cable, wherein the tensioner has a locked configuration for holding tension on the cable to support a weight of the user and an open configuration for allowing the cable to pass through the tensioner, characterized in that the tensioner is mounted to the ladder at a height accessible to the user from the ground on which the ladder is supported, and in that in the event of a fall an operator on the ground can release the cord in a controlled manner through the tensioner to bring the user via the arrestor back towards the ground.
A modular assembly for handling excavating equipment for various excavating configurations of an excavating machine, comprising: - a first rotating table comprising: - a main body; - one or more motors (19, 20) associated with said main body, each of said motors being provided with a pinion; - at least one bearing having a fixed ring constrained to said main body and a movable ring which is coaxial to and rotatable with respect to said fixed ring; - a dragging sleeve integrally coupled to said movable ring coaxially to said at least one bearing; - a ring gear integrally and coaxially coupled with said dragging sleeve and provided to engage with said pinion so as to be moved in rotation by said motors (19, 20) by rotating integrally to said dragging sleeve and integrally to said movable ring; - a second rotating table adapted to be coupled to a continuous excavating auger (9, 9b, 9c); - a plurality of accessories (27, 29, 31) which can be associated with said first rotating table so that the first rotating table can be selectively coupled to a telescopic Kelly rod in a first of said excavating configurations, or with a continuous excavating auger (9, 9b, 9c) in a second of said excavating configurations or with a casing and excavating pipe (15, 15b, 15c) in a third of said excavating configurations. - a first rotating table comprising: - a main body; - one or more motors (19, 20) associated with said main body, each of said motors being provided with a pinion; - at least one bearing having a fixed ring constrained to said main body and a movable ring which is coaxial to and rotatable with respect to said fixed ring; - a dragging sleeve integrally coupled to said movable ring coaxially to said at least one bearing; - a ring gear integrally and coaxially coupled with said dragging sleeve and provided to engage with said pinion so as to be moved in rotation by said motors (19, 20) by rotating integrally to said dragging sleeve and integrally to said movable ring; - a main body; - one or more motors (19, 20) associated with said main body, each of said motors being provided with a pinion; - at least one bearing having a fixed ring constrained to said main body and a movable ring which is coaxial to and rotatable with respect to said fixed ring; - a dragging sleeve integrally coupled to said movable ring coaxially to said at least one bearing; - a ring gear integrally and coaxially coupled with said dragging sleeve and provided to engage with said pinion so as to be moved in rotation by said motors (19, 20) by rotating integrally to said dragging sleeve and integrally to said movable ring; - a second rotating table adapted to be coupled to a continuous excavating auger (9, 9b, 9c); - a plurality of accessories (27, 29, 31) which can be associated with said first rotating table so that the first rotating table can be selectively coupled to a telescopic Kelly rod in a first of said excavating configurations, or with a continuous excavating auger (9, 9b, 9c) in a second of said excavating configurations or with a casing and excavating pipe (15, 15b, 15c) in a third of said excavating configurations.
A grounding system for an image forming apparatus, the grounding system comprising: a lifting plate having a top surface for storing media and an interface; a cable having a first end and an opposing second end, the first end attached at the interface; a retainer attached to the lifting plate at the interface, the retainer releasably securing the cable to the lifting plate; and a winding spool coupled to the second end of the cable, the winding spool to transfer torque to the cable and to accommodate a length of cable wound around the winding spool, wherein each of the lifting plate, the cable, and the winding spool are electrically conductive to release electrostatic energy from the media. a lifting plate having a top surface for storing media and an interface; a cable having a first end and an opposing second end, the first end attached at the interface; a retainer attached to the lifting plate at the interface, the retainer releasably securing the cable to the lifting plate; and a winding spool coupled to the second end of the cable, the winding spool to transfer torque to the cable and to accommodate a length of cable wound around the winding spool, wherein each of the lifting plate, the cable, and the winding spool are electrically conductive to release electrostatic energy from the media.
A commercial-vehicle independent suspension system for a non-driven wheel, encompassing a wheel hub, a wheel carrier, a knuckle connecting the wheel hub to the wheel carrier, and at least one control link (22, 24) that is connected at one end to the wheel carrier movably relative thereto, and at the other end comprises a coupling configuration (23, 25) and is thereby embodied for coupling to a vehicle body, characterized in that the knuckle is embodied as a one-piece, joining-seam-free knuckle pin that comprises at its one end a connecting configuration that is connected to the wheel carrier, and comprises at its other end region a bearing configuration on which the wheel hub is rotatably mounted, the wheel carrier being embodied tubularly at least in the region of the connection to the knuckle pin, and the connecting configuration wrapping only partly around the wheel carrier. characterized in that the knuckle is embodied as a one-piece, joining-seam-free knuckle pin that comprises at its one end a connecting configuration that is connected to the wheel carrier, and comprises at its other end region a bearing configuration on which the wheel hub is rotatably mounted, the wheel carrier being embodied tubularly at least in the region of the connection to the knuckle pin, and the connecting configuration wrapping only partly around the wheel carrier.
Lifting and transporting device for lifting and transporting objects with low ground clearance over a ground surface, comprising a) a transport stool with rollers, in each case with a rotation axis and a chassis, wherein the rollers predetermine at least one transport direction on the ground surface, b) a support element on or above the chassis, and c) a motor-driven lifting element integrated into the chassis and movable vertically and/or horizontally between several setting positions, with at least one horizontal lifting surface facing upwards on an exposed extremity at the lower end, wherein d) in a first horizontally advanced setting position, the lifting surface can be positioned in front of or next to the chassis and beneath the ground clearance space, and e) in a second horizontally retracted setting position, the lifting surface can be positioned over the chassis above the support element, characterised in that f) the lifting element comprises a lifting device for the vertical transport movement of the horizontal lifting surface facing upwards, on an exposed extremity at the lower end of the chassis, and g) the lifting device is arranged on a carriage guided horizontally in a rail guide, wherein the lifting device and/or the carriage comprise a stand surface facing downwards, and in this situation the stand surface projects downwards over the chassis or can be lowered onto a position beneath the chassis. a) a transport stool with rollers, in each case with a rotation axis and a chassis, wherein the rollers predetermine at least one transport direction on the ground surface, b) a support element on or above the chassis, and c) a motor-driven lifting element integrated into the chassis and movable vertically and/or horizontally between several setting positions, with at least one horizontal lifting surface facing upwards on an exposed extremity at the lower end, wherein d) in a first horizontally advanced setting position, the lifting surface can be positioned in front of or next to the chassis and beneath the ground clearance space, and e) in a second horizontally retracted setting position, the lifting surface can be positioned over the chassis above the support element, characterised in that f) the lifting element comprises a lifting device for the vertical transport movement of the horizontal lifting surface facing upwards, on an exposed extremity at the lower end of the chassis, and g) the lifting device is arranged on a carriage guided horizontally in a rail guide, wherein the lifting device and/or the carriage comprise a stand surface facing downwards, and in this situation the stand surface projects downwards over the chassis or can be lowered onto a position beneath the chassis.
Method for creating at least one clearance in a sheath composed of shrink film, securing a stack of articles arranged on a pallet, wherein the pallet comprises a standing surface on the upper side as a surface for the stack of articles, as well as a plurality of standing feet (19, 20, 21) arranged on the underside and at a distance from one another, with the formation of feet clearances, and wherein the sheath engages at least partially beneath the underside of the standing feet (19, 20, 21) arranged in the region of the four outer edges of the pallet, and wherein at least one clearance is introduced into the sheathing region between two standing feet (19 or 20 or 21 respectively), which are arranged in a row with at least two standing feet (19, 20, 21), characterised in that at least one clearance is produced in such a way that the sheathing region, in the still heated state, is initially drawn away from the pallet and then displaced upwards in a still heated state, wherein the sheathing region displaced upwards is then fixed in its upwards displaced position by cooling.
High voltage connector comprising an electric terminal and a housing elongated in a first direction along a longitudinal axis of the high voltage connector; an end surface of the electric terminal being mounted on an proximal end surface of the elongated housing in the first direction, with the respective body axis directions of the housing and connector in parallel, and another end surface of the electric terminal being arranged with an outer electric connection area for connection to an external electric terminal; the elongated housing at a distal end being arranged to receive at least one power cable for internal electrical connection of the at least one power cable with an inner connecting area of the electric terminal, wherein the high voltage connector comprises an encapsulating casing (10, 12,13) that encloses the electric terminal and the elongated housing in the first direction, and the encapsulating casing provides a closed space between said casing (10, 12,13) and the housing, wherein the encapsulating casing comprises an insulating connector socket enclosing a radial wall of the electric terminal along the first direction, the connector socket having an opening at the location of the outer electric connection area, and such that the connector socket provides a radial insulating wall for preventing electrical contact and sparking of the connector in a radial direction with the environment.
Device for transferring a paper, board, tissue or other fibrous web in a machine for producing and/or finishing the same into a target area, having a separating device for separating the fibrous web into a transfer strip lying at a first edge of the fibrous web and a residual web, the transfer strip and the residual web, upstream of the target area, contacting a rotating roll with their side opposite the top side (9.1) of the fibrous web contact a rotating roll and partially wrap around the latter and are discharged downwardly from the machine by the latter, and a transfer device being provided for transferring the transfer strip to a following machine element of the target area, and the separating device being designed to be movable transversely to the web running direction in order to widen the transfer strip, characterized in that, between the rotating roller and the following machine element, before or during the widening of the transfer tail, a stabilizing element can be positioned in the region of the residual web opposite the upper side for tail stabilization, the stabilizing element at least partially covering the residual web and the residual web being discharged downwards between the rotating roller and the stabilizing element.
A terminal comprising: circuitry, which is adapted to configure a first power control parameter corresponding to a first service when a predetermined condition relating to a control channel to be used for transmission of assignment information of an uplink signal is satisfied, and to configure a second power control parameter corresponding to a second service when the predetermined condition is not satisfied; and transmission circuitry, which is adapted to transmit the uplink signal using a transmission power calculated using the first power control parameter or the second power control parameter, characterized in that the predetermined condition is that an uplink grant detection cycle of the control channel in the terminal is less than or equal to a predetermined value, or the predetermined condition is that uplink control information included in the uplink signal is a response signal to downlink data of the first service and a number of resources of the uplink control information included in the uplink signal is equal to or greater than a predetermined threshold value. circuitry, which is adapted to configure a first power control parameter corresponding to a first service when a predetermined condition relating to a control channel to be used for transmission of assignment information of an uplink signal is satisfied, and to configure a second power control parameter corresponding to a second service when the predetermined condition is not satisfied; and transmission circuitry, which is adapted to transmit the uplink signal using a transmission power calculated using the first power control parameter or the second power control parameter, characterized in that the predetermined condition is that an uplink grant detection cycle of the control channel in the terminal is less than or equal to a predetermined value, or the predetermined condition is that uplink control information included in the uplink signal is a response signal to downlink data of the first service and a number of resources of the uplink control information included in the uplink signal is equal to or greater than a predetermined threshold value.
A radiotherapy system, comprising: an electron beam generator adapted to generate an electron beam at energy of at least 60 MeV; a magnetic field generator adapted to generate a multipole magnetic field; and a controller adapted to control said electron beam and said magnetic field generators (12,18) such that said electron beam is dynamically shifted and said magnetic field is dynamically redirected to concentrate said electron beam synchronously with said shifting. an electron beam generator adapted to generate an electron beam at energy of at least 60 MeV; a magnetic field generator adapted to generate a multipole magnetic field; and a controller adapted to control said electron beam and said magnetic field generators (12,18) such that said electron beam is dynamically shifted and said magnetic field is dynamically redirected to concentrate said electron beam synchronously with said shifting.
Method for reducing the pH sensitivity of cyan fluorescent proteins, comprising: - a step a) wherein a mutation is introduced at position 65 and/or 148 of the sequence SEQ ID No. 2 in a protein sequence comprising said sequence SEQ ID No. 2, said cyan fluorescent proteins generated by said method having reduced pH sensitivity. - a step a) wherein a mutation is introduced at position 65 and/or 148 of the sequence SEQ ID No. 2 in a protein sequence comprising said sequence SEQ ID No. 2,
Method for the application of panel-like elements such as panels of insulating material and the like to a load-bearing substructure, in particular building walls, wherein a bushing with a fastening means which is able to pass through the bushing is introduced into the panel-like element in recessed manner in a hole which is predrilled through the panel-like element into the substrate, and is anchored in the substrate by the fastening means, wherein the bushing has a plurality of wall breakthroughs, the bushing has an outer diameter over at least a part of its length which is equal to not more than 95%, preferably not more than 90%, particularly preferably not more than 80% of the diameter of the hole that was predrilled in the panel-like element, and after the bushing has been introduced into the panel-like element and the fastening means has been anchored in the substrate a curable adhesive is introduced into the bushing, passes through the plurality of wall breakthroughs and comes into contact with the panel-like element, characterized in that spacers (2, 3) arranged on the outside of the bushing are in contact with the panel-like element after insertion of the bushing into it and prevent the bushing from twisting inside the panel-like element while the fastening means is anchored in the substrate.
A magnetic frothing disc (46, 63, 110) comprising: a central hub (49, 50; 111) and a flange (48, 66, 112); the hub having an interior, a side wall (50, 130) and, at one end, a base opening (42, 140) for receiving a shaft (28, 154) upon which the disc rotates, characterised in that the side wall (50, 13) is provided with one or more flexible fingers (51, 131); at least one finger (51, 131) having a tip comprising a bead (52, 144) that extends into the interior of the hub. a central hub (49, 50; 111) and a flange (48, 66, 112); the hub having an interior, a side wall (50, 130) and, at one end, a base opening (42, 140) for receiving a shaft (28, 154) upon which the disc rotates, characterised in that the side wall (50, 13) is provided with one or more flexible fingers (51, 131); at least one finger (51, 131) having a tip comprising a bead (52, 144) that extends into the interior of the hub.