mhurhangee/ep-ind-claims huggingface dataset:
A working machine comprising: a body; a ground-engaging propulsion structure supporting the body; a drive arrangement configured to provide motive power to the ground engaging propulsion structure; a braking system actuatable to apply a braking force to the ground engaging propulsion structure; a control system; a sensor assembly configured to determine an output of the drive arrangement and to provide an output to the control system; and a brake pedal for operation by an operator, wherein the control system is configured to control the braking system to apply a first braking force to the ground engaging propulsion structure that is based on the determined output of the drive arrangement, wherein the brake pedal is configured to actuate the braking system to apply a second braking force based on a position of the brake pedal relative to a rest position of the brake pedal, characterised in that the braking system is configured such that, when first and second braking forces are being applied simultaneously, the greater of the first and second braking forces is applied to the ground engaging propulsion structure. a body; a ground-engaging propulsion structure supporting the body; a drive arrangement configured to provide motive power to the ground engaging propulsion structure; a braking system actuatable to apply a braking force to the ground engaging propulsion structure; a control system; a sensor assembly configured to determine an output of the drive arrangement and to provide an output to the control system; and a brake pedal for operation by an operator, wherein the control system is configured to control the braking system to apply a first braking force to the ground engaging propulsion structure that is based on the determined output of the drive arrangement, wherein the brake pedal is configured to actuate the braking system to apply a second braking force based on a position of the brake pedal relative to a rest position of the brake pedal, characterised in that the braking system is configured such that, when first and second braking forces are being applied simultaneously, the greater of the first and second braking forces is applied to the ground engaging propulsion structure.
A method comprising: selecting, at a local client device, a first plurality of raw data from a second plurality of raw data, the second plurality of raw data being stored remote from the local client device, wherein the first plurality of raw data is a subset of the second plurality of raw data; receiving the first plurality of raw data at the local client device; selecting, at the local client device, a plurality of data wrangling operations to perform on the first plurality of raw data; applying, at the local client device, the plurality of data wrangling operations to the first plurality of raw data to obtain a first plurality of structured data; and sending the selection of the plurality of data wrangling operations to a remote device, the remote device being configured to apply the selected plurality of data wrangling operations to the second plurality of raw data to obtain a second plurality of structured data, the second plurality of structured data having an expected organization based on the first plurality of structured data. selecting, at a local client device, a first plurality of raw data from a second plurality of raw data, the second plurality of raw data being stored remote from the local client device, wherein the first plurality of raw data is a subset of the second plurality of raw data; receiving the first plurality of raw data at the local client device; selecting, at the local client device, a plurality of data wrangling operations to perform on the first plurality of raw data; applying, at the local client device, the plurality of data wrangling operations to the first plurality of raw data to obtain a first plurality of structured data; and sending the selection of the plurality of data wrangling operations to a remote device, the remote device being configured to apply the selected plurality of data wrangling operations to the second plurality of raw data to obtain a second plurality of structured data, the second plurality of structured data having an expected organization based on the first plurality of structured data.
A vacuum comprising: a housing; a vacuum source disposed in said housing; a vacuum filter disposed in said housing upstream of said vacuum source; a filter cleaning device including a filter cleaning motor drivingly connected to a filter cleaning mechanism (40, 42); a multi-position switch mounted to said housing, a power source; and a controller; characterised in that said multi-position switch having at least three switch positions and including a first micro-switch and a second switch which provide different activation states depending upon the position of the multi-position switch; wherein the power source in communication with said first and second micro-switches via a ratio circuit (76, 78) providing differing ratio signal outputs depending upon differing activation states of said first and second micro-switches (51, 52); and wherein controller is connected to said ratio circuit (76, 78) and providing multiple control signals for activating said vacuum source and said filter cleaning device based upon input from said ratio circuit (74,78). a housing; a vacuum source disposed in said housing; a vacuum filter disposed in said housing upstream of said vacuum source; a filter cleaning device including a filter cleaning motor drivingly connected to a filter cleaning mechanism (40, 42); a multi-position switch mounted to said housing, a power source; and a controller; characterised in that said multi-position switch having at least three switch positions and including a first micro-switch and a second switch which provide different activation states depending upon the position of the multi-position switch; wherein the power source in communication with said first and second micro-switches via a ratio circuit (76, 78) providing differing ratio signal outputs depending upon differing activation states of said first and second micro-switches (51, 52); and wherein controller is connected to said ratio circuit (76, 78) and providing multiple control signals for activating said vacuum source and said filter cleaning device based upon input from said ratio circuit (74,78).
Projectile, comprising a projectile casing which forms a penetration body and which has an interior filled with explosive, the penetration body having on its rear end radially outwardly directed projections on which a flange surrounding the penetration body is held in a positively engaging manner, the flange having at least one predetermined breaking point which causes fragmentation of the flange when the penetration body strikes and/or penetrates into a target, a projection of the penetration body having an outer face which is inclined with respect to the longitudinal axis of the projectile and which has a diameter increasing towards the rear end of the projectile, the projection of the penetration body having a rear contact face and a front face which is inclined with respect to the longitudinal axis of the projectile, and a clearance being formed between the front face of the projection that is inclined with respect to the longitudinal axis of the projectile and the flange.
A method executed by a first user equipment, UE, for inter-user equipment transfer in a collaborative session, comprising: communicating from a first UE to a remote end during a data packet session; controlling a second UE for inter-user equipment transfer during the collaborative session by communicating with a Service Centralization and Continuity, SCC, application server, the first UE acting in a role as a controller device of the collaborative session; maintaining media components information about the collaborative session updated for a change in a media operation; and wherein maintaining media components information comprises synchronizing tracking between the first UE and the SCC application server using a Session Description Protocol, SDP, offer/answer mechanism. communicating from a first UE to a remote end during a data packet session; controlling a second UE for inter-user equipment transfer during the collaborative session by communicating with a Service Centralization and Continuity, SCC, application server, the first UE acting in a role as a controller device of the collaborative session; maintaining media components information about the collaborative session updated for a change in a media operation; and wherein maintaining media components information comprises synchronizing tracking between the first UE and the SCC application server using a Session Description Protocol, SDP, offer/answer mechanism.
Method for the production of preforms with an improved neck geometry beneath the threaded region or the transporting ring for the simplified subsequent blow-moulding process, wherein the definitively produced preform made of at least one thermoplastic material has a significantly thinner wall thickness in the neck region beneath the thread than in the thread itself, and the preform is provided in order to be formed into blow-moulded containers, wherein said preform is injection moulded but, despite thin-walled regions, the holding pressure can be maintained by means of at least two channels with an increased wall thickness, wherein at least two channels are produced on the circumference of the preform region described, characterized in that, in order for it to be possible, however, for a preform to be produced by conventional injection moulding, the mould is configured such that two or three channels of sufficient width are provided over the thin wall beneath the preform neck, said channels ensuring that the holding pressure in the neck region is maintained.
A sheet material for fluxfree CAB brazing, comprising: a core layer comprised of 3XXX, 1XXX or 6XXX series aluminum alloy; an interliner layer comprised of 0.25 to 1.7 wt% Mg, 0.3 to 1.1 wt% Si, 0.09 to 0.5 wt% Bi, up to 1.8 wt % Mn, up to 0.9 wt % Cu, up to 0.7 wt % Fe, up to 0.18 wt% Ti, up to 3.0 wt % Zn, up to 0.25 wt% Cr, and up to 0.15 wt % Zr, remainder aluminum and impurities; and a brazing liner layer comprised of 4XXX aluminum alloy, wherein the interliner layer is disposed between the core layer and the brazing liner layer, the core layer, the interliner layer and the brazing liner layer conjoined together forming the sheet material. a core layer comprised of 3XXX, 1XXX or 6XXX series aluminum alloy; an interliner layer comprised of 0.25 to 1.7 wt% Mg, 0.3 to 1.1 wt% Si, 0.09 to 0.5 wt% Bi, up to 1.8 wt % Mn, up to 0.9 wt % Cu, up to 0.7 wt % Fe, up to 0.18 wt% Ti, up to 3.0 wt % Zn, up to 0.25 wt% Cr, and up to 0.15 wt % Zr, remainder aluminum and impurities; and a brazing liner layer comprised of 4XXX aluminum alloy, wherein the interliner layer is disposed between the core layer and the brazing liner layer, the core layer, the interliner layer and the brazing liner layer conjoined together forming the sheet material.
A lock, in particular dead-latching lock, comprising • a retractable main latch-bolt, • a control latch-bolt assembly with control latch-bolt carrier and control latch-bolt disposed thereat, wherein the control latch-bolt carrier is movable to the following positions: o a protracting position with protracted control latch-bolt, ∘ a retracting position with retracted control latch-bolt, • and a blocking element, which ∘ in a blocking position, blocks pulling-in the main latch-bolt, and ∘ in a release position, enables pulling-in the main latch-bolt, • wherein the control latch-bolt carrier is disposed for actuating the blocking element, so that ∘ in the protracting position, the blocking element occupies the release position, ∘ in the retracting position, the blocking element can occupy the blocking position, and characterized in that the control latch-bolt carrier is movable to an overstroke position, wherein the retracting position is formed along the direction of movement of the control latch-bolt carrier between the protracting position and the overstroke position, and wherein the control latch-bolt carrier is disposed for actuating the blocking element so that, in the overstroke position, the blocking element occupies the release position. • a retractable main latch-bolt, • a control latch-bolt assembly with control latch-bolt carrier and control latch-bolt disposed thereat, wherein the control latch-bolt carrier is movable to the following positions: o a protracting position with protracted control latch-bolt, ∘ a retracting position with retracted control latch-bolt, o a protracting position with protracted control latch-bolt, ∘ a retracting position with retracted control latch-bolt, • and a blocking element, which ∘ in a blocking position, blocks pulling-in the main latch-bolt, and ∘ in a release position, enables pulling-in the main latch-bolt, ∘ in a blocking position, blocks pulling-in the main latch-bolt, and ∘ in a release position, enables pulling-in the main latch-bolt, • wherein the control latch-bolt carrier is disposed for actuating the blocking element, so that ∘ in the protracting position, the blocking element occupies the release position, ∘ in the retracting position, the blocking element can occupy the blocking position, and ∘ in the protracting position, the blocking element occupies the release position, ∘ in the retracting position, the blocking element can occupy the blocking position, and
A gas turbine comprising a vane assembly, wherein the vane assembly comprises: an outer ring segment surrounding a rotor extending through an inner central portion of a casing provided in a compressor of the gas turbine, the outer ring segment comprising first fitting cavities respectively extending in an axial direction of the rotor and second fitting cavities provided within the outer ring segment to be arranged in a circumferential direction of the outer ring segment; vanes fitted into the first fitting cavities; and a fixing portion fitted into the second fixing cavities to fix the vanes to the outer ring segment; characterized in that the fixing portion comprises: a lug protruding outwards from a leading end of the fixing portion, in a direction in which the fixing portion is inserted into the second fitting cavities of the outer ring segment; and a receptacle recessed into a rear end of the fixing portion; wherein the lug of the fixing portion is configured to be fitted into the receptacle provided in an adjacent fixing portion such that a plurality of fixing portions are fixedly coupled together. an outer ring segment surrounding a rotor extending through an inner central portion of a casing provided in a compressor of the gas turbine, the outer ring segment comprising first fitting cavities respectively extending in an axial direction of the rotor and second fitting cavities provided within the outer ring segment to be arranged in a circumferential direction of the outer ring segment; vanes fitted into the first fitting cavities; and a fixing portion fitted into the second fixing cavities to fix the vanes to the outer ring segment; characterized in that the fixing portion comprises: a lug protruding outwards from a leading end of the fixing portion, in a direction in which the fixing portion is inserted into the second fitting cavities of the outer ring segment; and a receptacle recessed into a rear end of the fixing portion; wherein the lug of the fixing portion is configured to be fitted into the receptacle provided in an adjacent fixing portion such that a plurality of fixing portions are fixedly coupled together. a lug protruding outwards from a leading end of the fixing portion, in a direction in which the fixing portion is inserted into the second fitting cavities of the outer ring segment; and a receptacle recessed into a rear end of the fixing portion; wherein the lug of the fixing portion is configured to be fitted into the receptacle provided in an adjacent fixing portion such that a plurality of fixing portions are fixedly coupled together.
Construction machine, comprising a system region that can be rotated about an axis of rotation relative to a machine frame and at least one consumer of electric energy in the rotatable system region further comprising an induction energy-transfer assembly for wirelessly transferring energy into the rotatable system region, the induction energy-transfer assembly comprising a transmitting assembly having at least one transmitting coil (28, 30) and, in the rotatable system region, a receiving assembly having at least one receiving coil, characterized in that in association with each transmitting coil (28, 30), a core is provided which is at least partly surrounded by the transmitting coil (28, 30), the core is E-shaped and the transmitting coil extends around at least part of an E leg and/or E web of the core, or is U-shaped and the transmitting coil extends around at least part of an U leg and/or U web of the core, that, in association with at least one transmitting coil (28, 30), a resonant circuit is provided, wherein the resonant circuit comprises a resonant circuit coil and a resonant circuit capacitor, and the resonant circuit coil is arranged so as to extend around at least part of the core.
A substrate processing system including an electrostatic chuck which comprises: a main body having a top surface configured to support the substrate; a power supply to apply a voltage to said main body; and a sealing ring disposed between said main body and the substrate, the substrate processing system being characterized in that: said sealing ring has an applied conductive coating. a main body having a top surface configured to support the substrate; a power supply to apply a voltage to said main body; and a sealing ring disposed between said main body and the substrate, the substrate processing system being characterized in that: said sealing ring has an applied conductive coating.
Cable car system having at least two stations and having at least one hauling cable or having at least one carrying cable and at least one traction cable associated therewith, and having vehicles which can be coupled to the hauling cable by means of a coupling device or having vehicles which can be coupled to the traction cable and are movable along the carrying cable, and which in the stations are uncoupled from the hauling cable or traction cable and moved through the stations along guide rails, wherein the vehicles are constructed with current collectors which are associated with conductor rails located in the stations, and wherein in at least one of the vehicles a circuit with at least one electrical load is located, which is supplied with electrical power via current collectors and the conductor rails, characterized in that at least one second circuit with at least one further electrical load, which is supplied with electrical power via a single further current collector and a conductor rail assigned thereto, is located in at least one vehicle, wherein the at least two circuits (90, 90a) are connected to a common current collector to which a single conductor rail is assigned, and wherein the coupling device is formed with a trunnion at the free end of which a track roller is mounted, which is displaceable in a guide rail, furthermore the three current collectors (71, 72, 73) are located on the trunnion, to which are assigned three fixedly mounted conductor rails (81, 82, 83) fastened to a supporting strip projecting transversely from a supporting beam protruding from a supporting frame and the two circuits (90, 90a) located in the vehicle cabin are supplied with electrical power via the conductor rails (81, 82, 83) and the current collectors (71, 72, 73) via lines (71a, 72a, 73a).
Method for filling a container with a filling product in a beverage filling plant, comprising providing the filling product under a positive pressure or ambient pressure and evacuating the container to be filled to a negative pressure at an absolute pressure of 0.5 bar to 0.05 bar, wherein the filling product under positive pressure or ambient pressure is introduced into the container under negative pressure, and the filled container is capped with a capper without prior relief or pressure equalisation of the container to ambient pressure.
A dishwasher comprising: a tub at least partially defining a treating chamber and having at least one side; a rack (24, 26) for holding utensils for treatment within the treating chamber; a first wheel mounted to the at least one side of the tub; a second wheel mounted to the rack (24, 26); and a track having a first C-shaped channel receiving the first wheel and a second C-shaped channel receiving the second wheel to slidably mount the rack (24, 26) to the tub, with the first and second C-shaped channels (64, 66) in a back-to-back relationship, characterized in that the second wheel is cambered and mounted to the rack (24, 26) at an angle other than perpendicular. a tub at least partially defining a treating chamber and having at least one side; a rack (24, 26) for holding utensils for treatment within the treating chamber; a first wheel mounted to the at least one side of the tub; a second wheel mounted to the rack (24, 26); and a track having a first C-shaped channel receiving the first wheel and a second C-shaped channel receiving the second wheel to slidably mount the rack (24, 26) to the tub, with the first and second C-shaped channels (64, 66) in a back-to-back relationship, characterized in that the second wheel is cambered and mounted to the rack (24, 26) at an angle other than perpendicular.
Pipe wrench comprising a moving jaw and a fixed jaw, said moving jaw being attached to a handle having a U-shaped section and pivotably connected to a first end of a stop element also having a U-shaped section, where an upper part of the fixed jaw is movable within the handle, where a second end of the stop element circumferentially surrounds a lever arm of the fixed jaw, where the position of the moving jaw with respect to the fixed jaw is adjustable by means of the stop element coming into contact with a control element the position of which can be adjusted and fixed with respect to a threaded segment of the lever arm, characterized in that the control element comprises a nut having a threaded zone and at least partially housing a pushing element that can occupy a first position, in which an elastic element pushes the pushing element against the lever arm, preventing relative movement of said lever arm with respect to the control element, and a second position in which the pushing element is actuated against the elastic element such that the pushing element does not come into contact with the lever arm, allowing relative movement of said lever arm with respect to the control element, the pushing element further surrounding the lever arm and fitting by means of a side opening in a nut having a cylindrical configuration likewise surrounding the lever arm, such that the elastic element acts internally between an inner surface of said body and an outer surface of said pushing element.