mhurhangee/ep-ind-claims huggingface dataset:
A device for handling piece goods moved in at least two parallel rows, comprising - at least one manipulator for piece goods and - wherein the device comprises three parallel transport devices, by way of which directly successive piece goods arranged in at least three parallel rows are transportable without interruption and/or at a continuous transport speed in a transport direction into a seizing range of the at least one manipulator, - wherein the at least one manipulator is designed for receiving at least one piece good in a clamping and/or force-locking and/or form-locking manner, as well as for separating and transferring the at least one piece good to a target position (P1, P2) and/or target alignment, the piece goods being transported into the seizing range of the manipulator by means of the at least one transport device; characterized in that - piece goods in two directly adjacent rows (1a, 1b) are transported on two of the transport devices (3a, 3b) so close together, that the piece goods of the directly adjacent rows (1a, 1b) essentially contact each other and - wherein the third row on the third transport device is arranged laterally spaced apart from the rows (3a, 3b) of piece goods on the first two transport devices (3a, 3b). - at least one manipulator for piece goods and - wherein the device comprises three parallel transport devices, by way of which directly successive piece goods arranged in at least three parallel rows are transportable without interruption and/or at a continuous transport speed in a transport direction into a seizing range of the at least one manipulator, - wherein the at least one manipulator is designed for receiving at least one piece good in a clamping and/or force-locking and/or form-locking manner, as well as for separating and transferring the at least one piece good to a target position (P1, P2) and/or target alignment, the piece goods being transported into the seizing range of the manipulator by means of the at least one transport device; characterized in that - piece goods in two directly adjacent rows (1a, 1b) are transported on two of the transport devices (3a, 3b) so close together, that the piece goods of the directly adjacent rows (1a, 1b) essentially contact each other and - wherein the third row on the third transport device is arranged laterally spaced apart from the rows (3a, 3b) of piece goods on the first two transport devices (3a, 3b).
An electric motor comprising: a stator; and a rotor arranged at a predetermined spacing from the stator, wherein the rotor is arranged inside or outside of the stator in a radius direction includes: a fixed rotor fixed in a position along a rotation axis of the rotor; and a movable rotor allowed to approach and separate from the fixed rotor and to move in a direction along the rotation axis; wherein the fixed rotor is secured to a motor shaft and the movable rotor is slidably supported by the motor shaft; the electric motor being characterised by further comprising a power transmission for transmitting rotational power of a motor shaft to a driven member, and in that the movable rotor is arranged between the fixed rotor and the power transmission. a stator; and a rotor arranged at a predetermined spacing from the stator, wherein the rotor is arranged inside or outside of the stator in a radius direction includes: a fixed rotor fixed in a position along a rotation axis of the rotor; and a movable rotor allowed to approach and separate from the fixed rotor and to move in a direction along the rotation axis; a fixed rotor fixed in a position along a rotation axis of the rotor; and a movable rotor allowed to approach and separate from the fixed rotor and to move in a direction along the rotation axis; wherein the fixed rotor is secured to a motor shaft and the movable rotor is slidably supported by the motor shaft; the electric motor being characterised by further comprising a power transmission for transmitting rotational power of a motor shaft to a driven member, and in that the movable rotor is arranged between the fixed rotor and the power transmission.
A computer-implemented method of managing communications in a contact center, the method causing a communications device to perform steps comprising: presenting, via a graphical user interface for an agent, a set of connected graphical elements representing a structure of a communication session among the agent, a caller, and a supervisor added to the communication session after an escalation event, wherein the communication session is agnostic with respect to a mode of communication associated with each participant in the communication session, and wherein the set of connected graphical elements are visually connected via a connection metaphor among the agent, the caller, and the supervisor, the connection metaphor comprising a visual connection between the caller and the supervisor and representing a communications link between the caller and the supervisor, and wherein the visual connection comprises an indication that, between the agent and the supervisor, only the supervisor has an ability to terminate the communications link between the caller and the supervisor; receiving input via the graphical user interface to manipulate a graphical element from the set of graphical elements; modifying the communication session based on the input to yield a modified communication session; and based on a determination that the caller was prematurely disconnected from the modified communication session, recreating the modified communication session by rejoining the caller without placing the caller in a queue to be rejoined potentially to a different agent. presenting, via a graphical user interface for an agent, a set of connected graphical elements representing a structure of a communication session among the agent, a caller, and a supervisor added to the communication session after an escalation event, wherein the communication session is agnostic with respect to a mode of communication associated with each participant in the communication session, and wherein the set of connected graphical elements are visually connected via a connection metaphor among the agent, the caller, and the supervisor, the connection metaphor comprising a visual connection between the caller and the supervisor and representing a communications link between the caller and the supervisor, and wherein the visual connection comprises an indication that, between the agent and the supervisor, only the supervisor has an ability to terminate the communications link between the caller and the supervisor; receiving input via the graphical user interface to manipulate a graphical element from the set of graphical elements; modifying the communication session based on the input to yield a modified communication session; and based on a determination that the caller was prematurely disconnected from the modified communication session, recreating the modified communication session by rejoining the caller without placing the caller in a queue to be rejoined potentially to a different agent.
Sleeping device for a newborn baby, comprising a carrier structure which supports a moveable crib for receiving the newborn baby, the crib comprising a base connected to a peripheral wall which is provided with at least one notch (17, 20) delimiting an access to the interior of the crib and at least one flap (18, 19) for closing at least in part the notch for access to the interior of the crib, the flap being moveable between a closed position and an open position, the carrier structure comprising - a frame which is adapted to be moved on the ground, - a crib door which is integral with the frame, and - a system for fixing to a bed, characterised in that the carrier structure comprises means for automatic adjustment of the height of the crib door between a high position and a low position, controlled in the high position of the crib door, and in that the fixing system is adapted to constrain the crib door to follow movements for controlling the height of the bed. - a frame which is adapted to be moved on the ground, - a crib door which is integral with the frame, and - a system for fixing to a bed,
Cushion for a motor vehicle seat, said cushion comprising: - an elastically compressible padding block, - a flexible cover covering said block, - an electrical circuit based on conductive ink printed on the reverse side of said cover, said circuit comprising at least one electrically conductive strip, - at least one conductive wire for connecting said circuit to an electrical device, said wire having a portion extending beyond said band so as to be connectable to said device, said cushion being characterized in that said wire also has a portion associated with said strip by needle-stitching, at a plurality of points, said portion through said strip. - an elastically compressible padding block, - a flexible cover covering said block, - an electrical circuit based on conductive ink printed on the reverse side of said cover, said circuit comprising at least one electrically conductive strip, - at least one conductive wire for connecting said circuit to an electrical device, said wire having a portion extending beyond said band so as to be connectable to said device,
A method of removing a substrate, comprising: forming a growth restrict mask on or above a substrate, wherein the growth restrict mask is patterned into stripes and comprises opening areas; growing, by epitaxial lateral overgrowth, one or more III-nitride-based semiconductor layers (106, 108) first in the opening areas on or above the substrate and then laterally from the opening areas in the growth restrict mask, wherein growth of the one or more III-nitride-based semiconductor layers is stopped or interrupted before the one or more III-nitride-based semiconductor layers at adjacent ones of the opening areas coalesce on top of the growth restrict mask; etching a portion of the one or more III-nitride-based semiconductor layers (106, 108) on or above one or more of the opening areas in the growth restrict mask, thereby forming one or more island-like semiconductor layers from the one or more III-nitride-based semiconductor layers (106, 108) on or above the substrate; bonding the one or more island-like semiconductor layers to a support substrate; and removing the substrate from the one or more island-like semiconductor layers, using the support substrate. forming a growth restrict mask on or above a substrate, wherein the growth restrict mask is patterned into stripes and comprises opening areas; growing, by epitaxial lateral overgrowth, one or more III-nitride-based semiconductor layers (106, 108) first in the opening areas on or above the substrate and then laterally from the opening areas in the growth restrict mask, wherein growth of the one or more III-nitride-based semiconductor layers is stopped or interrupted before the one or more III-nitride-based semiconductor layers at adjacent ones of the opening areas coalesce on top of the growth restrict mask; etching a portion of the one or more III-nitride-based semiconductor layers (106, 108) on or above one or more of the opening areas in the growth restrict mask, thereby forming one or more island-like semiconductor layers from the one or more III-nitride-based semiconductor layers (106, 108) on or above the substrate; bonding the one or more island-like semiconductor layers to a support substrate; and removing the substrate from the one or more island-like semiconductor layers, using the support substrate.
A method for estimating local topography of a sample including at least one pattern, the method comprising: - for each pattern of the sample: ∘ a step of acquiring, by a scanning electron microscope, a plurality of images of the pattern, the images being taken at different angles of incidence; ∘ for each image acquired: ▪ a step of calculating a grey level profile along a given axis; ▪ a step of placing a plurality of primary descriptors (A, B, C, D, E) on the greyscale profile calculated; ▪ a step of calculating secondary descriptors from the primary descriptors (A, B, C, D, E); ▪ a step of using a mathematical model to calculate primary topographic quantities (2011, 2021, 2030) from the secondary descriptors; ∘ a step of estimating local topography of the pattern consisting in using the mathematical model to calculate secondary topographic quantities (2031, 2020, 2000) from the primary topographic quantities (2011, 2021, 2030) and the secondary descriptors previously calculated. - for each pattern of the sample: ∘ a step of acquiring, by a scanning electron microscope, a plurality of images of the pattern, the images being taken at different angles of incidence; ∘ for each image acquired: ▪ a step of calculating a grey level profile along a given axis; ▪ a step of placing a plurality of primary descriptors (A, B, C, D, E) on the greyscale profile calculated; ▪ a step of calculating secondary descriptors from the primary descriptors (A, B, C, D, E); ▪ a step of using a mathematical model to calculate primary topographic quantities (2011, 2021, 2030) from the secondary descriptors; ∘ a step of estimating local topography of the pattern consisting in using the mathematical model to calculate secondary topographic quantities (2031, 2020, 2000) from the primary topographic quantities (2011, 2021, 2030) and the secondary descriptors previously calculated. ∘ a step of acquiring, by a scanning electron microscope, a plurality of images of the pattern, the images being taken at different angles of incidence; ∘ for each image acquired: ▪ a step of calculating a grey level profile along a given axis; ▪ a step of placing a plurality of primary descriptors (A, B, C, D, E) on the greyscale profile calculated; ▪ a step of calculating secondary descriptors from the primary descriptors (A, B, C, D, E); ▪ a step of using a mathematical model to calculate primary topographic quantities (2011, 2021, 2030) from the secondary descriptors; ▪ a step of calculating a grey level profile along a given axis; ▪ a step of placing a plurality of primary descriptors (A, B, C, D, E) on the greyscale profile calculated; ▪ a step of calculating secondary descriptors from the primary descriptors (A, B, C, D, E); ▪ a step of using a mathematical model to calculate primary topographic quantities (2011, 2021, 2030) from the secondary descriptors; ∘ a step of estimating local topography of the pattern consisting in using the mathematical model to calculate secondary topographic quantities (2031, 2020, 2000) from the primary topographic quantities (2011, 2021, 2030) and the secondary descriptors previously calculated.
A solid oxide fuel cell, comprising: a fuel cell unit comprising a fuel electrode, a solid electrolyte and an air electrode that arc layered in the written order; a current collection assisting layer that is layered on an air electrode side of the fuel cell unit; air channels disposed on the air electrode side; and fuel gas channels disposed on a fuel electrode side, wherein the air channels and the fuel gas channels are defined and formed by a current collector on the current collection assisting layer and a current collector on the fuel electrode side of the fuel cell unit, respectively, and the air channels and the fuel gas channels extend in a same direction that is perpendicular to a fuel cell unit layering direction, the current collector on the air electrode side is fixed to the current collection assisting layer at first fixing portions that extend in an air channel extending direction, and the current collector on the fuel electrode side is fixed to the fuel electrode side of the fuel cell unit at second fixing portions that extend in a fuel gas channel extending direction, and the current collection assisting layer has such flexural rigidity that is lower in a direction perpendicular to the air channel extending direction than in the air channel extending direction. a fuel cell unit comprising a fuel electrode, a solid electrolyte and an air electrode that arc layered in the written order; a current collection assisting layer that is layered on an air electrode side of the fuel cell unit; air channels disposed on the air electrode side; and fuel gas channels disposed on a fuel electrode side, wherein the air channels and the fuel gas channels are defined and formed by a current collector on the current collection assisting layer and a current collector on the fuel electrode side of the fuel cell unit, respectively, and the air channels and the fuel gas channels extend in a same direction that is perpendicular to a fuel cell unit layering direction, the current collector on the air electrode side is fixed to the current collection assisting layer at first fixing portions that extend in an air channel extending direction, and the current collector on the fuel electrode side is fixed to the fuel electrode side of the fuel cell unit at second fixing portions that extend in a fuel gas channel extending direction, and the current collection assisting layer has such flexural rigidity that is lower in a direction perpendicular to the air channel extending direction than in the air channel extending direction.
A composition comprising a microRNA that binds to the 3'UTR of the tau mRNA derived from the microtubule-associated protein tau gene for use in a method of treating or preventing a tauopathy, characterized in that the microRNA is chosen from the group consisting of miR-219-5p, miR-485-5p, and miR-181d-5p, wherein the method comprises administering a therapeutically effective amount of the composition.
A releasable connecting mechanism for a syringe, said mechanism including: a piston having a head portion with one or more radially projecting pins (110, 112, 114, 116, 118), said head portion being rotatable with said pins about an axis along said piston; a plunger body having a recess formed within said body characterized in that said recess is adapted to receive said head portion and having one or more inwardly projecting flanges for engaging and guiding said pins to rotate said head portion relative to said body within said recess; wherein, when said head portion is received into said recess, said flanges rotate said head portion to a locking position where said body resists disengagement from said piston, and when said head portion is further inserted into said recess, said head portion is released from said locking position and rotates to a release position allowing said piston to disengage from said body. a piston having a head portion with one or more radially projecting pins (110, 112, 114, 116, 118), said head portion being rotatable with said pins about an axis along said piston; a plunger body having a recess formed within said body characterized in that said recess is adapted to receive said head portion and having one or more inwardly projecting flanges for engaging and guiding said pins to rotate said head portion relative to said body within said recess; wherein, when said head portion is received into said recess, said flanges rotate said head portion to a locking position where said body resists disengagement from said piston, and when said head portion is further inserted into said recess, said head portion is released from said locking position and rotates to a release position allowing said piston to disengage from said body.
Thermally insulating construction element for the force transmitting connection of a cantilever slab to a building ceiling or a building wall with - an insulating body for placing between the cantilever slab and the building ceiling or the building wall, - a multitude of steel profiles that pass through the insulating body and serve to absorb tensile and transversal forces and - single slide safety assemblies that are undetachably fixed to both sides of the insulating body on the multitude of steel profiles and that project beyond the profile at at least one point, wherein the multitude of slide safety assemblies corresponds at least to the double number of steel profiles, characterized in that the slide safety assembly is a front plate placed on each front side of the steel profile that projects beyond the cross section of the steel profile. - an insulating body for placing between the cantilever slab and the building ceiling or the building wall, - a multitude of steel profiles that pass through the insulating body and serve to absorb tensile and transversal forces and - single slide safety assemblies that are undetachably fixed to both sides of the insulating body on the multitude of steel profiles and that project beyond the profile at at least one point, wherein the multitude of slide safety assemblies corresponds at least to the double number of steel profiles,
An imaging system, comprising: a rotating portion comprising a rotor and at least one imaging component mounted to the rotor, the imaging component comprising an x-ray source and a detector; and a gantry comprising an outer shell that substantially fully encloses the rotating portion over one or more sides of the rotating portion, the outer shell further comprising a mounting surface for a bearing that enables the rotating portion to rotate 360° within the outer shell, wherein the outer shell comprises a circumferential wall that substantially fully encloses the rotating portion around an outer circumference of the rotating portion and a first side wall that substantially fully encloses the rotating portion around one side of the rotating portion; and the imaging system further comprises a bearing system located within the gantry for enabling the rotation of the rotating portion with respect to the outer shell of the gantry, characterized in that the bearing system comprises a first race fixed to the outer shell, a second race fixed to the rotating portion, and a bearing element between the first race and the second race that allows the first race and the second race to rotate concentrically relative to one another; and the imaging system further comprises a battery system located on the rotating portion for delivering power to the imaging component. a rotating portion comprising a rotor and at least one imaging component mounted to the rotor, the imaging component comprising an x-ray source and a detector; and a gantry comprising an outer shell that substantially fully encloses the rotating portion over one or more sides of the rotating portion, the outer shell further comprising a mounting surface for a bearing that enables the rotating portion to rotate 360° within the outer shell, wherein the outer shell comprises a circumferential wall that substantially fully encloses the rotating portion around an outer circumference of the rotating portion and a first side wall that substantially fully encloses the rotating portion around one side of the rotating portion; and the imaging system further comprises a bearing system located within the gantry for enabling the rotation of the rotating portion with respect to the outer shell of the gantry, characterized in that the bearing system comprises a first race fixed to the outer shell, a second race fixed to the rotating portion, and a bearing element between the first race and the second race that allows the first race and the second race to rotate concentrically relative to one another; and the imaging system further comprises a battery system located on the rotating portion for delivering power to the imaging component.