mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for laminating a line of prints passed substantially horizontally in succession in an overlapping relationship through a laminating machine which applies a continuous laminating film to both the upper and lower side of the line of prints from supply rolls disposed above and below the line, first means being provided downstream of the upper supply roll to pierce or indent the film applied to the upper side of the line of prints at a position where successive prints overlap, means being provided to tear the leading print from the line, characterised in that second means is provided in proximity to said first means downstream of the lower supply roll to pierce or indent the film applied to the lower side of the line of prints.
An articulated arm system comprising an articulated arm (22, 24, 26, 28, 30) including a vacuum end effector (3, 7), and an articulated arm control system (2, 4, 34, 64) including at least one sensor for sensing at least one of a position, movement or acceleration of the articulated arm, a main controller for providing at least one main control signal that controls a motion of the articulated arm, and wherein the articulated arm control system is characterized by: an on-board controller coupled to at least one motor (M1, M2, M3) of the articulated arm for providing, responsive to an output of the at least one sensor, a motion control signal that overrides the at least one main control signal and directly controls the motion of the articulated arm, wherein said motion control signal from the on-board controller overrides the at least one main control signal from the main controller using a control junction (66, 68, 70, 72) through which the at least one main control signal passes.
An arrangement of a flexbeam and a vibration absorbing device for replacing a wear wrap of a flexbeam (26, 27), comprising: a flexbeam (26, 27) of a rotor blade (24, 25); wherein the vibration absorbing device comprises a sleeve including a plurality of layers (58a, 58b, 58c, 58d, 58e) of vibration absorbing material, characterised in that an edge of the sleeve is cut such that the sleeve is configured to be installed, as a single piece, around a generally central portion of the flexbeam (26,27). a flexbeam (26, 27) of a rotor blade (24, 25); wherein the vibration absorbing device comprises a sleeve including a plurality of layers (58a, 58b, 58c, 58d, 58e) of vibration absorbing material, characterised in that an edge of the sleeve is cut such that the sleeve is configured to be installed, as a single piece, around a generally central portion of the flexbeam (26,27).
An apparatus for obtaining images of a tooth, comprising: a) at least one image sensor (68, 69) disposed along an optical axis and having supporting optical components for both diagnostic and cosmetic imaging; b) at least one broadband illumination apparatus for polarized reflectance imaging; c) a narrow-band ultraviolet illumination apparatus for fluorescence imaging; d) a near IR band illumination apparatus for polarized translucency imaging; e) one of a blue or UV band illumination apparatus for polarized texture imaging, the polarization being orthogonal to polarization of the broadband illumination apparatus and the near IR band illumination apparatus; f) one or more polarization elements (38, 42, 65) disposed along the optical axis to eliminate specular reflection; e) a filter disposed along the optical axis to block narrow-band ultraviolet light; and f) a switch for selecting one of the operation modes of diagnostic imaging using reflectance and fluorescence imaging, and cosmetic imaging using reflectance imaging, translucency imaging, and texture imaging. a) at least one image sensor (68, 69) disposed along an optical axis and having supporting optical components for both diagnostic and cosmetic imaging; b) at least one broadband illumination apparatus for polarized reflectance imaging; c) a narrow-band ultraviolet illumination apparatus for fluorescence imaging; d) a near IR band illumination apparatus for polarized translucency imaging; e) one of a blue or UV band illumination apparatus for polarized texture imaging, the polarization being orthogonal to polarization of the broadband illumination apparatus and the near IR band illumination apparatus; f) one or more polarization elements (38, 42, 65) disposed along the optical axis to eliminate specular reflection; e) a filter disposed along the optical axis to block narrow-band ultraviolet light; and f) a switch for selecting one of the operation modes of diagnostic imaging using reflectance and fluorescence imaging, and cosmetic imaging using reflectance imaging, translucency imaging, and texture imaging.
A refrigerator comprising: a main body having a compartment; a compartment door to open and close the compartment; a dispenser that is capable of dispensing ice and including a cavity recessed inwardly from a front surface of the compartment door; a dispensing lever disposed in the cavity to determine a dispensing operation of the ice, an opening defined on the front surface of the compartment door; an accommodation chamber defined in the compartment door to communicate with the opening, the accommodation chamber having a bottom surface inclined downward toward the opening to accommodate a plurality of beverage containers; an auxiliary door to open and close the opening; an insertion hole, through which a beverage container is inserted, in a rear side of the accommodation chamber; wherein the refrigerator comprises a cover to open and close the insertion hole; and wherein at least one portion of the insertion hole faces the opening; characterized in that the opening is disposed under the dispenser; in that at least one portion of the auxiliary door is transparent or translucent so that a user checks the inside of the accommodation chamber; and in that the auxiliary door comprises: first and second panels spaced apart from each other in a forward/backward direction; and a frame connecting the first panel to the second panel, wherein spaces between the first panel, the second panel, and the frame are in a vacuum state. a main body having a compartment; a compartment door to open and close the compartment; a dispenser that is capable of dispensing ice and including a cavity recessed inwardly from a front surface of the compartment door; a dispensing lever disposed in the cavity to determine a dispensing operation of the ice, an opening defined on the front surface of the compartment door; an accommodation chamber defined in the compartment door to communicate with the opening, the accommodation chamber having a bottom surface inclined downward toward the opening to accommodate a plurality of beverage containers; an auxiliary door to open and close the opening; an insertion hole, through which a beverage container is inserted, in a rear side of the accommodation chamber; wherein the refrigerator comprises a cover to open and close the insertion hole; first and second panels spaced apart from each other in a forward/backward direction; and a frame connecting the first panel to the second panel, wherein spaces between the first panel, the second panel, and the frame are in a vacuum state.
A process for separating a light gas fraction from a feed stream containing at least 85% by volume CO 2 at a pressure of at least 3447 kPa(500 psia) and having a dew point temperature below minus 6,7 °C (20 °F) comprising the following steps: cooling and condensing at least a portion of the feed stream to a temperature (T 1) of not less than 13,9 °C (25 °F) below the dry gas dew point of the at least a portion of the feed stream to form a first carbon dioxide enriched stream having a purity greater than about 95% by volume carbon dioxide and a first light gas enriched stream; recovering the first carbon dioxide enriched stream; cooling and condensing the first light gas enriched stream resulting from step, optionally after drying in a fine drying unit, at a temperature of less than minus 40 °C (minus 40 °F) to form a second carbon dioxide enriched stream and a second light gas enriched stream; recovering the second carbon dioxide enriched stream; passing the second light gas stream through a CO 2 removal unit to remove residual carbon dioxide and form a third carbon dioxide rich stream having a purity greater than 95% by volume carbon dioxide and a third light gas enriched stream; and recovering the third carbon dioxide enriched stream. cooling and condensing at least a portion of the feed stream to a temperature (T 1) of not less than 13,9 °C (25 °F) below the dry gas dew point of the at least a portion of the feed stream to form a first carbon dioxide enriched stream having a purity greater than about 95% by volume carbon dioxide and a first light gas enriched stream; recovering the first carbon dioxide enriched stream; cooling and condensing the first light gas enriched stream resulting from step, optionally after drying in a fine drying unit, at a temperature of less than minus 40 °C (minus 40 °F) to form a second carbon dioxide enriched stream and a second light gas enriched stream; recovering the second carbon dioxide enriched stream; passing the second light gas stream through a CO 2 removal unit to remove residual carbon dioxide and form a third carbon dioxide rich stream having a purity greater than 95% by volume carbon dioxide and a third light gas enriched stream; and recovering the third carbon dioxide enriched stream.
A mobile communication device for a communication system, which communication system is operable to deliver Multimedia Broadcast/Multicast Service, MBMS, services in a coverage area comprising a plurality of base stations, the mobile communication device comprising: means for registering the mobile communication device with a base station, said base station being one of the plurality of base stations in said coverage area; means for operating in an idle mode in which the mobile communication device is in the coverage area but does not have a radio resource control, RRC, connection to said base station of the coverage area; means for receiving an indication that counting of mobile communication devices is required with respect to at least one MBMS service that is to be made available within the coverage area; means for determining at least one identifier of said at least one MBMS service that is to be made available within the coverage area; and means for indicating, to said base station, an interest in receiving at least one MBMS service, when said mobile communication device is in said idle mode, by: initiating communications, with said base station, for establishment of an RRC connection; and sending, to said base station, at said establishment of said RRC connection, at least one message, including said at least one identifier indicating said interest in said at least one MBMS service. means for registering the mobile communication device with a base station, said base station being one of the plurality of base stations in said coverage area; means for operating in an idle mode in which the mobile communication device is in the coverage area but does not have a radio resource control, RRC, connection to said base station of the coverage area; means for receiving an indication that counting of mobile communication devices is required with respect to at least one MBMS service that is to be made available within the coverage area; means for determining at least one identifier of said at least one MBMS service that is to be made available within the coverage area; and means for indicating, to said base station, an interest in receiving at least one MBMS service, when said mobile communication device is in said idle mode, by: initiating communications, with said base station, for establishment of an RRC connection; and sending, to said base station, at said establishment of said RRC connection, at least one message, including said at least one identifier indicating said interest in said at least one MBMS service. initiating communications, with said base station, for establishment of an RRC connection; and sending, to said base station, at said establishment of said RRC connection, at least one message, including said at least one identifier indicating said interest in said at least one MBMS service.
Car body and underframe of a rail vehicle, having a secondary spring with spring lock, wherein the secondary spring is arranged between the car body and the underframe, and wherein a removable spring locking element is provided, characterised in that in the mounted state the spring locking element is supported on the car body and projects through a cut-out in the car body and thus is connected to the secondary spring (3, 12, 13) such that the same is prevented from extending.
An engine build stand for a gas turbine engine, comprising: a support structure; a spherical bearing supported by the support structure; and a horizontal support tool receivable to extend within and through the spherical bearing to support said engine during horizontal assembly, wherein the horizontal support tool includes: a support tube extending along an axis for insertion into a rotational hardware of the engine; a handle; a puck assembly; and a tie shaft; and said tie shaft being between said handle and said puck assembly and extending within said support tube, the puck assembly including a puck to provide contact with said rotational hardware and the puck being selectively extendable and retractable transverse to the axis in response to rotation of the handle; and further comprising a turnbuckle positioned by the spherical bearing the turnbuckle being configured to adjust a position of the spherical bearing and the horizontal support tool. a support structure; a spherical bearing supported by the support structure; and a horizontal support tool receivable to extend within and through the spherical bearing to support said engine during horizontal assembly, a support tube extending along an axis for insertion into a rotational hardware of the engine; a handle; a puck assembly; and a tie shaft; and said tie shaft being between said handle and said puck assembly and extending within said support tube, the puck assembly including a puck to provide contact with said rotational hardware and the puck being selectively extendable and retractable transverse to the axis in response to rotation of the handle; and
A device for roughening the cylinder bores of a cylinder crankcase with jets of liquid which can be supplied via rotating hollow shafts (22, 26) which can be inserted into and removed from the cylinder bores, characterized in that high pressure jets of liquid are used, at least one cylinder crankcase can be introduced on a workpiece support plate in a device housing in the direction of the set of cylinder bores (arrow G), a vertical base plate is arranged in the device housing in the area of the introduced cylinder crankcase and runs parallel to the set of cylinder bores in the introduced cylinder crankcase, at least two vertically adjustable shaft housings (21, 25) (arrows B, C) which rotatably receive the hollow shafts (22, 26) with nozzle blocks (23, 27) (arrows E, F) are arranged on the base plate, the nozzle blocks, (23, 27) can be inserted into and removed from non-adjacent cylinder bores in the cylinder crankcase with a vertical adjustment (arrows B, C) of the shaft housing (21, 25), a high pressure source of liquid connected to the upper connection pieces (24, 28) on the hollow shafts (22, 26) can be switched on and off, and the base plate or the workpiece support plate is adjustable to the distribution of the cylinder bores for the processing of other cylinder bores in the cylinder crankcase (arrows D or G).
A drive system for a motor vehicle, in particular utility vehicle, having: - at least one first axle (3.1) which can be driven via a drivetrain, - at least one second axle (3.2) which is assigned at least one preferably hydraulic motor for driving at least two wheels (1, 2) of the motor vehicle, characterized by - a brake system (9, 11) which acts as a locking differential for the at least two wheels (1, 2) and which is configured so as to perform a braking intervention for a wheel that has entirely or partially lost traction. - at least one first axle (3.1) which can be driven via a drivetrain, - at least one second axle (3.2) which is assigned at least one preferably hydraulic motor for driving at least two wheels (1, 2) of the motor vehicle, characterized by - a brake system (9, 11) which acts as a locking differential for the at least two wheels (1, 2) and which is configured so as to perform a braking intervention for a wheel that has entirely or partially lost traction.
A knife assembly (100, 200, 300) comprising: a knife blade (110, 210, 310) of which a front edge (123, 223) is a cutting edge (111, 211, 311); a holder (120, 220, 320) configured for supporting the knife blade (110, 210, 310); a clamp (140, 240, 340) arranged for clamping the knife blade (110, 210, 310) onto the holder (120, 220, 320); and a fastening mechanism (160, 260, 360) cooperating with the clamp (140, 240, 340) and the holder (120, 220, 320) for securing and clamping the knife blade (110, 210, 310) between the clamp (140, 240, 340) and the holder (120, 220, 320) with the cutting edge (111, 211, 311) protruding at a front side of the knife assembly (100, 200, 300); characterized in that the holder (120, 220, 320) has a frontal part (122, 222) of which a foremost contact point is, in clamped state, in contact with a bottom side of the knife blade (110, 210, 310) at a first distance from the cutting edge (111, 211, 311), wherein the clamp (140, 240, 340) has a leading edge which, in clamped state, clamps onto a top side of the knife blade (110, 210, 310) at a second distance from the cutting edge (111, 211, 311), the second distance being smaller than the first distance, and wherein the holder (120, 220, 320) and the clamp (140, 240, 340) have complementary shaped surfaces such that in clamped state both the holder (120, 220, 320) and the clamp (140, 240, 340) have a surface contact with the knife blade (110, 210, 310). a knife blade (110, 210, 310) of which a front edge (123, 223) is a cutting edge (111, 211, 311); a holder (120, 220, 320) configured for supporting the knife blade (110, 210, 310); a clamp (140, 240, 340) arranged for clamping the knife blade (110, 210, 310) onto the holder (120, 220, 320); and a fastening mechanism (160, 260, 360) cooperating with the clamp (140, 240, 340) and the holder (120, 220, 320) for securing and clamping the knife blade (110, 210, 310) between the clamp (140, 240, 340) and the holder (120, 220, 320) with the cutting edge (111, 211, 311) protruding at a front side of the knife assembly (100, 200, 300); characterized in that the holder (120, 220, 320) has a frontal part (122, 222) of which a foremost contact point is, in clamped state, in contact with a bottom side of the knife blade (110, 210, 310) at a first distance from the cutting edge (111, 211, 311), wherein the clamp (140, 240, 340) has a leading edge which, in clamped state, clamps onto a top side of the knife blade (110, 210, 310) at a second distance from the cutting edge (111, 211, 311), the second distance being smaller than the first distance, and wherein the holder (120, 220, 320) and the clamp (140, 240, 340) have complementary shaped surfaces such that in clamped state both the holder (120, 220, 320) and the clamp (140, 240, 340) have a surface contact with the knife blade (110, 210, 310).
A method, comprising: applying an overlay material to a portion of a rotatable shaft; directing a pulse of laser energy to contact the overlay material to produce a shock wave; and re-positioning one or more of the portion of the rotatable shaft and the pulse of laser energy to contact the overlay material at different positions to create a laser peened surface on the portion of the rotatable shaft; the pulse of laser energy comprising a pulse sufficient to create the laser peened surface having residual compressive stress to a depth exceeding about 3 mm. applying an overlay material to a portion of a rotatable shaft; directing a pulse of laser energy to contact the overlay material to produce a shock wave; and re-positioning one or more of the portion of the rotatable shaft and the pulse of laser energy to contact the overlay material at different positions to create a laser peened surface on the portion of the rotatable shaft; the pulse of laser energy comprising a pulse sufficient to create the laser peened surface having residual compressive stress to a depth exceeding about 3 mm.
A method comprising: assigning a weight to each of two or more coverage cells by a capacity booster cell, wherein said capacity booster cell is a cell having a coverage area that underlies a coverage area of each of said two or more coverage cells, wherein said respective weight corresponds to an impact significance of a change of a subframe muting pattern by said respective coverage cell on said capacity booster cell; adjusting metrics to be reported to each of said coverage cells based on said assigned weight; and causing at least one of said coverage cells to use adjusted metrics to influence said subframe muting pattern subsequently used by said at least one of said coverage cells by reporting said adjusted metrics to each of said coverage cells. assigning a weight to each of two or more coverage cells by a capacity booster cell, wherein said capacity booster cell is a cell having a coverage area that underlies a coverage area of each of said two or more coverage cells, wherein said respective weight corresponds to an impact significance of a change of a subframe muting pattern by said respective coverage cell on said capacity booster cell; adjusting metrics to be reported to each of said coverage cells based on said assigned weight; and causing at least one of said coverage cells to use adjusted metrics to influence said subframe muting pattern subsequently used by said at least one of said coverage cells by reporting said adjusted metrics to each of said coverage cells.
A device, in particular for a rear area of a vehicle with a camera unit used for image capturing of the outside area of the vehicle, wherein the camera unit is arranged, in particular in a housing, in a protective manner on the vehicle by means of a carrier element and a movable closure element for closing a housing opening (13.3) is present, which is movable by a drive unit in at least two end positions (I, II), i.e. a closed position and an open position, and the closure element simultaneously serves to actuate an electric switching element, wherein the electric switching element, in the closed position of the closure element, metrologically records a force working from the outside as a control signal, characterised in that the closure element is of double-wall construction, at least partially, wherein the switching element is arranged between the two walls of the double-wall closure element.