mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus including: a metal substrate; an electroluminescence display panel, including a first contact hole, on the metal substrate; characterized in that, the electroluminescence display panel includes a base voltage pad adjacent to the first contact hole; and the display apparatus includes: a first adhesive member, including a second contact hole exposing at least a portion of the base voltage pad, on the electroluminescence display panel; and a conductive filler, filled in the first contact hole and the second contact hole, electrically connecting the metal substrate and the base voltage pad. a metal substrate; an electroluminescence display panel, including a first contact hole, on the metal substrate; characterized in that, the electroluminescence display panel includes a base voltage pad adjacent to the first contact hole; and the display apparatus includes: a first adhesive member, including a second contact hole exposing at least a portion of the base voltage pad, on the electroluminescence display panel; and a conductive filler, filled in the first contact hole and the second contact hole, electrically connecting the metal substrate and the base voltage pad. a first adhesive member, including a second contact hole exposing at least a portion of the base voltage pad, on the electroluminescence display panel; and a conductive filler, filled in the first contact hole and the second contact hole, electrically connecting the metal substrate and the base voltage pad.
Optical sensor interrogation system for interrogating an optical sensor, the system comprising: - a light source arranged for emitting broadband light; - a reference adapted to provide a first reference wavelength and a second reference wavelength; - a first optical arrangement adapted for intercepting said broadband light and for forwarding the light to the optical sensor to be interrogated and to the reference, and to receive light from the optical sensor and the reference; - a second optical arrangement adapted to receive reflected light from the optical sensor, to be interrogated; - a lens system adapted to transfer the light from the second optical arrangement to a beam; - a scanning assembly (7, 8) for receiving the beam, wherein the scanning assembly is configured to direct the beam at different angles of incidence onto a diffractive optical element, wherein ∘ a) the scanning assembly includes a motor driven rotating mirror to direct the beam at different angles of incidence onto the diffractive optical element;, said diffractive optical element being stationary or ∘ b) the diffractive optical element is a motor driven rotating diffractive optical element; and - a detector system including a further optical arrangement for receiving optical response from the scanning assembly (7, 8) for producing corresponding data. - a light source arranged for emitting broadband light; - a reference adapted to provide a first reference wavelength and a second reference wavelength; - a first optical arrangement adapted for intercepting said broadband light and for forwarding the light to the optical sensor to be interrogated and to the reference, and to receive light from the optical sensor and the reference; - a second optical arrangement adapted to receive reflected light from the optical sensor, to be interrogated; - a lens system adapted to transfer the light from the second optical arrangement to a beam; - a scanning assembly (7, 8) for receiving the beam, wherein the scanning assembly is configured to direct the beam at different angles of incidence onto a diffractive optical element, wherein ∘ a) the scanning assembly includes a motor driven rotating mirror to direct the beam at different angles of incidence onto the diffractive optical element;, said diffractive optical element being stationary or ∘ b) the diffractive optical element is a motor driven rotating diffractive optical element; and ∘ a) the scanning assembly includes a motor driven rotating mirror to direct the beam at different angles of incidence onto the diffractive optical element;, said diffractive optical element being stationary or ∘ b) the diffractive optical element is a motor driven rotating diffractive optical element; and - a detector system including a further optical arrangement for receiving optical response from the scanning assembly (7, 8) for producing corresponding data.
Process for oligomerization of C2- to C8-olefins in at least two serially connected reaction stages, each of which comprise at least one reactor and at least one distillation column, wherein an input mixture containing at least the C2- to C8-olefins as reactant olefins and a proportion of > 10% by weight of their analogous alkanes is subjected to oligomerization in the at least one reactor using a heterogeneous catalyst with a reactant olefin conversion of 60 to 95%, preferably 70 to 93%, particularly preferably 80 to 92%, and the reaction mixture obtained from the at least one reactor is distilled in the at least one distillation column to separate the formed oligomers from the residual reaction mixture containing at least the unconverted reactant olefins and the alkanes and forming the distillate from the distillation column, wherein the distillate formed in the at least one distillation column is at least partially passed to the reactor(s) of the same or preceding reaction stage, characterized in that the bottom output or the bottom outputs from the distillation column(s) are passed from the respective reaction stages to the last distillation column of the last reaction stage and the concentration of the reactant olefins and/or the concentration of the alkanes in the bottom of the last distillation column is < 200 ppmw while in the bottom or in the bottoms of the preceding distillation column(s) the concentration of the reactant olefins and/or the concentration of the alkanes is > 200 ppmw by contrast. an input mixture containing at least the C2- to C8-olefins as reactant olefins and a proportion of > 10% by weight of their analogous alkanes is subjected to oligomerization in the at least one reactor using a heterogeneous catalyst with a reactant olefin conversion of 60 to 95%, preferably 70 to 93%, particularly preferably 80 to 92%, and the reaction mixture obtained from the at least one reactor is distilled in the at least one distillation column to separate the formed oligomers from the residual reaction mixture containing at least the unconverted reactant olefins and the alkanes and forming the distillate from the distillation column, wherein the distillate formed in the at least one distillation column is at least partially passed to the reactor(s) of the same or preceding reaction stage, characterized in that the bottom output or the bottom outputs from the distillation column(s) are passed from the respective reaction stages to the last distillation column of the last reaction stage and the concentration of the reactant olefins and/or the concentration of the alkanes in the bottom of the last distillation column is < 200 ppmw while in the bottom or in the bottoms of the preceding distillation column(s) the concentration of the reactant olefins and/or the concentration of the alkanes is > 200 ppmw by contrast.
A bone screw insertion device (102; 202), comprising: an outer sleeve (116; 216) extending from a proximal end (150; 250) to a distal end (122; 222) and including a channel (152; 252) extending therethrough; and a driving member (112; 212) extending longitudinally through the channel (152; 252) of the outer sleeve (116; 216) from a proximal end (138; 238) to a distal end (140; 240) configured to engage a driving recess (118; 218) of a bone screw (104; 204), the outer sleeve (116; 216) movable relative to the driving member (112; 212) between a first position in which the distal end (140; 240) of the outer sleeve (116; 216) extends over and covers a proximal portion of a bone screw (104; 204) engaged with the driving member (112; 212), to a second position in which the distal end (140; 240) of the outer sleeve (116; 216) is longitudinally aligned with a proximal end (106; 206) of a bone screw (104; 204) engaged with the driving member (112; 212), characterized in that the outer sleeve includes gripping features extending distally from the distal end thereof, the gripping features configured to engage the bone. an outer sleeve (116; 216) extending from a proximal end (150; 250) to a distal end (122; 222) and including a channel (152; 252) extending therethrough; and a driving member (112; 212) extending longitudinally through the channel (152; 252) of the outer sleeve (116; 216) from a proximal end (138; 238) to a distal end (140; 240) configured to engage a driving recess (118; 218) of a bone screw (104; 204), the outer sleeve (116; 216) movable relative to the driving member (112; 212) between a first position in which the distal end (140; 240) of the outer sleeve (116; 216) extends over and covers a proximal portion of a bone screw (104; 204) engaged with the driving member (112; 212), to a second position in which the distal end (140; 240) of the outer sleeve (116; 216) is longitudinally aligned with a proximal end (106; 206) of a bone screw (104; 204) engaged with the driving member (112; 212), characterized in that the outer sleeve includes gripping features extending distally from the distal end thereof, the gripping features configured to engage the bone.
A method comprising: designing a part (10, 20, 30, 40) to include at least one internal structure (18, 20), wherein the at least one internal structure is designed to provide strain mitigation, energy dissipation, or impact resistance for the part during an emergency condition, wherein the part is a strut end fitting or bolt bushing for use in an aircraft engine, airframe or automobile; building the part by a layer-by-layer additive manufacturing process; and connecting, while building the part, the internal structure to the part; wherein the internal structure further comprises a pocket, rib, strut, blade, truss matrix, honeycomb, gradient honeycomb, cellular element, shear core, or spring element, wherein the internal structure includes voids, and further wherein a size of the voids increases with increasing distance from a center of the part in which the voids are located, or wherein the internal structure includes voids, and further wherein a size of the voids decreases with increasing distance from a center of the part in which the voids arc located. designing a part (10, 20, 30, 40) to include at least one internal structure (18, 20), wherein the at least one internal structure is designed to provide strain mitigation, energy dissipation, or impact resistance for the part during an emergency condition, wherein the part is a strut end fitting or bolt bushing for use in an aircraft engine, airframe or automobile; building the part by a layer-by-layer additive manufacturing process; and connecting, while building the part, the internal structure to the part; wherein the internal structure further comprises a pocket, rib, strut, blade, truss matrix, honeycomb, gradient honeycomb, cellular element, shear core, or spring element,
Facility for the heat treatment of products arranged on a pallet or the like, comprising at least one chamber, means for the insertion of a pallet, means for conveying the pallet between an input and an output, means for blowing air through the products of a pallet, and longitudinal separation means which are arranged substantially along the main axis of said at least one chamber and make it possible to prevent the flow of air between the upper surface of each pallet present in the chamber and the ceiling of said at least one chamber, characterized in that the longitudinal separation means are raisable and in that said facility comprises additional separation means which each include a guillotine and are arranged substantially perpendicularly to and at the ends of the longitudinal separation means, and displacement means which allow a translational displacement of the guillotines between a lowered work position and a raised position.
A method for locating an electronic key for access to a physical space, the method being performed in a locating device (1, 1a, 1b) and comprising the steps of: receiving a location query from a central server, the location query comprising an identifier of an electronic key; discovering a presence of the electronic key over short range radio; obtaining a distance indicator, indicating a distance between the locating device (1, 1a, 1b) and the electronic key; and transmitting a location response to the central server indicating that the electronic key has been located, wherein the location response comprises an indicator of a position of the locating device (1, 1a, 1b), and wherein the location response comprises the distance indicator; wherein the method further comprises, after the step of transmitting a location response, the steps of: receiving a central invalidation command from the central server; and transmitting a local invalidation command to the electronic key. receiving a location query from a central server, the location query comprising an identifier of an electronic key; discovering a presence of the electronic key over short range radio; obtaining a distance indicator, indicating a distance between the locating device (1, 1a, 1b) and the electronic key; and transmitting a location response to the central server indicating that the electronic key has been located, wherein the location response comprises an indicator of a position of the locating device (1, 1a, 1b), and wherein the location response comprises the distance indicator; wherein the method further comprises, after the step of transmitting a location response, the steps of: receiving a central invalidation command from the central server; and transmitting a local invalidation command to the electronic key. receiving a central invalidation command from the central server; and transmitting a local invalidation command to the electronic key.
Piece of furniture with a drawer, with a displacement device for opening and closing the drawer, which is arranged in the piece of furniture, with at least one electric motor drive means, which acts on a transmission unit for displacing the drawer, wherein a transmission unit is envisaged to be displaceably arranged in a guide, upon which the drive means acts and is connected with the drawer, wherein a guide tube for the transmission unit is envisaged, which preferably extends across the entire displacement path of the transmission unit, the guide tube comprises an opening via which the drive means acts on the transmission unit, and wherein the guide tube is returned along a guide rail of the drawer.
A tool tracking system comprising: a camera manipulatable by a robotic mechanism for viewing a tool; one or more sensors associated with the robotic mechanism for generating sensor data indicative of a position of the camera; first means for determining a position of the camera in a fixed reference frame by using the sensor data and system kinematics of the robotic mechanism; second means for determining a position of the tool in a camera reference frame associated with the camera by using image data captured by the camera while viewing the tool; third means for determining a position of the tool in the fixed reference frame by using the position of the camera in the fixed reference frame determined by the first means and the position of the tool in the camera reference frame determined by the second means. a camera manipulatable by a robotic mechanism for viewing a tool; one or more sensors associated with the robotic mechanism for generating sensor data indicative of a position of the camera; first means for determining a position of the camera in a fixed reference frame by using the sensor data and system kinematics of the robotic mechanism; second means for determining a position of the tool in a camera reference frame associated with the camera by using image data captured by the camera while viewing the tool; third means for determining a position of the tool in the fixed reference frame by using the position of the camera in the fixed reference frame determined by the first means and the position of the tool in the camera reference frame determined by the second means.
An electronics module for coupling to a field terminal block, the electronics module comprising: a circuit board comprising electronic equipment; a housing (5, 7) enclosing the circuit board; and a thermally conductive panel (9a, 9b, 9c, 9d, 9e), the thermally conductive panel at least partly covering at least two opposite side surfaces of the housing characterized in that the thermally conductive panel is a U-shaped cover threaded over the housing from the front side of the housing (5,7), wherein the front side of the housing is the side of the housing facing away from the field terminal block when coupled thereto. a circuit board comprising electronic equipment; a housing (5, 7) enclosing the circuit board; and a thermally conductive panel (9a, 9b, 9c, 9d, 9e), the thermally conductive panel at least partly covering at least two opposite side surfaces of the housing characterized in that the thermally conductive panel is a U-shaped cover threaded over the housing from the front side of the housing (5,7), wherein the front side of the housing is the side of the housing facing away from the field terminal block when coupled thereto.
A health and usage monitoring system for an aircraft hoist system comprising: a capacitive load cell comprising a load receiving surface and a capacitive assembly coupled to the load receiving surface, the capacitive assembly comprising parallel electrically conductive plates (11, 12) separated by a reversibly deformable spacer construction, wherein the reversibly deformable spacer construction comprises a housing to which the electrically-conductive plates (11, 12) are coupled, and the capacitive load cell can be seated on a hook bumper of a cable-hook interface assembly; and the system further comprising: a processing unit for communication with the capacitive load cell; the system being characterised in that the parallel plates (11, 12) comprise aligned apertures providing a passageway through the capacitive assembly for a hoist system cable, and the capacitive load cell is positioned at an interface (50, 51) between a striker plate and the hook bumper of the cable-hook interface assembly or between a base plate and the hook bumper of the cable-hook interface assembly. a capacitive load cell comprising a load receiving surface and a capacitive assembly coupled to the load receiving surface, the capacitive assembly comprising parallel electrically conductive plates (11, 12) separated by a reversibly deformable spacer construction, wherein the reversibly deformable spacer construction comprises a housing to which the electrically-conductive plates (11, 12) are coupled, and the capacitive load cell can be seated on a hook bumper of a cable-hook interface assembly; and the system further comprising: a processing unit for communication with the capacitive load cell; the system being characterised in that the parallel plates (11, 12) comprise aligned apertures providing a passageway through the capacitive assembly for a hoist system cable, and the capacitive load cell is positioned at an interface (50, 51) between a striker plate and the hook bumper of the cable-hook interface assembly or between a base plate and the hook bumper of the cable-hook interface assembly. a processing unit for communication with the capacitive load cell; the system being characterised in that the parallel plates (11, 12) comprise aligned apertures providing a passageway through the capacitive assembly for a hoist system cable, and the capacitive load cell is positioned at an interface (50, 51) between a striker plate and the hook bumper of the cable-hook interface assembly or between a base plate and the hook bumper of the cable-hook interface assembly.
A surface-coated cutting tool having a rake face, a flank face, and an edge ridgeline constituting a boundary between the rake face and the flank face, the surface-coated cutting tool comprising a base material and a coating formed on the base material, characterized in that the coating including an α-Al 2 O 3 layer containing a plurality of α-Al 2 O 3 crystal grains, the α-Al 2 O 3 layer being located at an outermost position of the coating, the coating has an average thickness of 3 to 35 μm, the α-Al 2 O 3 layer including: a first region made up of the edge ridgeline, a region A of the rake face, and a region B of the flank face; a second region which is a region of the rake face except for the region A and covered with the coating; and a third region which is a region of the flank face except for the region B, the region A being sandwiched between the edge ridgeline and a virtual line in the rake face, the virtual line passing through a point located 1 mm away from the edge ridgeline and extending along the edge ridgeline, the region B being sandwiched between the edge ridgeline and a virtual line in the flank face, the virtual line passing through a point located 1 mm away from the edge ridgeline and extending along the edge ridgeline, and the α-Al 2 O 3 layer satisfies a relation b-a > 0.5, where a is an average value of a TC expressed by the following expression in the first region in texture coefficient TC(hkl) expressed by the following expression and b is an average value of the TC in the second region or the third region in texture coefficient TC(hkl), TC hkl = I hkl I 0 hkl 1 n Σ 1 n I hkl I 0 hkl − 1 TC 006 = I 006 I 0 006 1 8 Σ 1 8 I hkl I 0 hkl − 1 wherein in the expression, I(hkl) represents an x-ray diffraction intensity of a (hkl) reflection plane, and l 0 (hkl) represents a standard intensity according to PDF card No. 00-010-0173 of the ICDD, n represents the number of reflections used for the calculation and n is eight, and (hkl) planes used for reflection are,,,,,,, and, wherein TC(hkl) is measured through analysis by means of x-ray diffraction. a first region made up of the edge ridgeline, a region A of the rake face, and a region B of the flank face; a second region which is a region of the rake face except for the region A and covered with the coating; and a third region which is a region of the flank face except for the region B,