mhurhangee/ep-ind-claims huggingface dataset:
An array substrate, comprising: a conductive reflecting structure; a transparent metal oxide layer provided above the conductive reflecting structure; a transparent electrode formed in a same layer as the transparent metal oxide layer; and metal particles formed on the transparent metal oxide layer by aggregating metal in the transparent metal oxide layer, characterized in that, the transparent metal oxide layer and the transparent electrode are separated from each other, and the conductive reflecting structure is one or more of a gate line, a data line, and a common electrode line. a conductive reflecting structure; a transparent metal oxide layer provided above the conductive reflecting structure; a transparent electrode formed in a same layer as the transparent metal oxide layer; and metal particles formed on the transparent metal oxide layer by aggregating metal in the transparent metal oxide layer, characterized in that, the transparent metal oxide layer and the transparent electrode are separated from each other, and the conductive reflecting structure is one or more of a gate line, a data line, and a common electrode line.
Chimeric protein, comprising an amino acid sequence derived from the sequences corresponding to the major allergens of the Parietaria judaica pollen known as Par j 1 and Par j 2, wherein the chimeric protein comprises the amino acid sequence of SEQ ID NO. 2 and shares the reduction in allergenicity, as compared to the allergens from which it is derived, and as measured by ELISA-inhibition test, of the chimeric protein of SEQ ID NO. 2.
A method for the introduction of items into containers, particularly packs such as (tube) bags into a carton, involving the creation of an ordered formation of the items or bags inside the container or the carton, the bags being fed on a feed conveyor one after the other or in groups to a packing station and being introduced into the container or carton that is open on at least one side, whereby the container or the carton, for the purpose of introducing the items or bags, is moved into a relative position corresponding to the formation of the items or bags to be produced, characterized in that the change in the relative position of the container or carton is carried out by a robot as a handling device, wherein the robot is configured as a six-axis robot, in such a manner that the container or carton can be rotated, tilted and displaced in all directions in the region of the packing station.
An image forming apparatus comprising: an image bearing member (1a, 1b, 1c, 1d); an intermediate transfer member to which an image formed on the image bearing member is transferred; a secondary transfer member configured to subsequently transfer the image from the intermediate transfer member to a recording medium; a conveying means configured to convey the recording medium to a transfer portion formed by the intermediate transfer member and the secondary transfer member; and a control means configured to control the speed at which the recording medium is conveyed by the conveying means, characterized in that the control means is configured to convey the recording medium to the transfer portion at a speed higher than a speed at which the intermediate transfer member is moved, and to switch the speed of the recording medium to a speed lower than the speed at which the intermediate transfer member is moved after the recording medium is conveyed to the transfer portion. an image bearing member (1a, 1b, 1c, 1d); an intermediate transfer member to which an image formed on the image bearing member is transferred; a secondary transfer member configured to subsequently transfer the image from the intermediate transfer member to a recording medium; a conveying means configured to convey the recording medium to a transfer portion formed by the intermediate transfer member and the secondary transfer member; and a control means configured to control the speed at which the recording medium is conveyed by the conveying means,
A collar arranged to couple to a prosthetic component for implantation at the end of a long bone, the prosthetic component having a distal portion arranged to couple to the bone and a proximal neck portion arranged to couple to an articulation component, wherein the collar comprises a plate including a neck hole to receive a neck portion, such that the collar can rotate about the neck portion, and characterised in that the collar further comprises a plurality of attachment portions for coupling the plate to bone fragments or soft tissues, and and in that the collar is lockable to the neck portion to prevent further rotation.
A driving apparatus for a vehicle, the driving apparatus comprising: an electric motor as a drive force source; a speed reduction mechanism configured to reduce a speed of rotation transmitted from the electric motor and to output the rotation; a differential mechanism configured to distribute a drive force transmitted from the speed reduction mechanism, to a pair of drive shafts (24R, 24L) connected to respective right and left drive wheels (26R, 26L) of the vehicle; and a differential limitation mechanism including a friction clutch, and configured to control an engaging torque of the friction clutch, for controlling a differential limiting torque by which a differential effect provided by the differential mechanism is to be limited; characterized in that: the electric motor and the differential limitation mechanism are disposed on respective opposite sides of the speed reduction mechanism, and are disposed on respective opposite sides of the differential mechanism. an electric motor as a drive force source; a speed reduction mechanism configured to reduce a speed of rotation transmitted from the electric motor and to output the rotation; a differential mechanism configured to distribute a drive force transmitted from the speed reduction mechanism, to a pair of drive shafts (24R, 24L) connected to respective right and left drive wheels (26R, 26L) of the vehicle; and a differential limitation mechanism including a friction clutch, and configured to control an engaging torque of the friction clutch, for controlling a differential limiting torque by which a differential effect provided by the differential mechanism is to be limited; characterized in that: the electric motor and the differential limitation mechanism are disposed on respective opposite sides of the speed reduction mechanism, and are disposed on respective opposite sides of the differential mechanism.
An engine assembly for an aircraft comprising a bypass turbomachine as well as a hooking mast of the turbomachine intended to ensure hooking of the turbomachine on a wing element of the aircraft, the turbomachine comprising an air-oil exchanger system arranged in an inter-flow compartment delimited radially outwards by an inter-flow cowling, the exchanger system being fed with air coming from a secondary flow path of the turbomachine delimited radially inwards by the inter-flow cowling, and the exchanger system being supported by a support arranged in the inter-flow compartment, characterised in that said support is mechanically linked to the hooking mast by connecting means crossing the inter-flow cowling.
Assembly for a domestic refrigerator or a domestic freezer comprising a plastic door compartment, a plastic cover hinged to the plastic door compartment and a bumper element interposed between the plastic door compartment and the plastic cover, wherein the plastic cover comprises opposed first pins and a second pin, wherein the plastic door compartment comprises opposed first recesses in which the opposed first pins of the plastic cover are rotatably housed, wherein the bumper element is shaped as a disk provided with a central bore through which one of the first pins, coupling the plastic door compartment and the plastic cover, is rotatably mounted, wherein the bumper element is provided with at least one slot whose shape is semi-circular with two end positions (E1, E2), through which a second pin is movable, wherein in operation the position of the second pin in the first end position corresponds to an open position of the plastic cover in respect to the plastic door compartment, while the position of the second pin in the second end position, corresponds to a closed position of the plastic cover in respect to the plastic door compartment.
A method of routing messages, the method comprising: receiving, at a local director provided by one or more computing devices, a first message from a first communication device, the first message comprising a request to perform a given action, the first message specifying a domain name, the local director associated with a local collection within a communication system; characterized by after receiving the first message, identifying, by the local director, a given collection as being associated with the domain name, the given collection being within the communication system, the given collection being within a given privacy boundary, computing devices associated with the given collection having access to private data needed to direct the first message, computing devices associated with collections within the communication system outside the given privacy boundary not having access to the private data; forwarding the first message to a director of the given collection when the given collection is not within a privacy boundary associated with the local collection; and forwarding the first message to a given server pool when the given collection is within the privacy boundary, the given collection including the private data. receiving, at a local director provided by one or more computing devices, a first message from a first communication device, the first message comprising a request to perform a given action, the first message specifying a domain name, the local director associated with a local collection within a communication system; characterized by after receiving the first message, identifying, by the local director, a given collection as being associated with the domain name, the given collection being within the communication system, the given collection being within a given privacy boundary, computing devices associated with the given collection having access to private data needed to direct the first message, computing devices associated with collections within the communication system outside the given privacy boundary not having access to the private data; forwarding the first message to a director of the given collection when the given collection is not within a privacy boundary associated with the local collection; and forwarding the first message to a given server pool when the given collection is within the privacy boundary, the given collection including the private data.
A controller for use in an AC-DC switched mode power converter for converting an alternating current supply having a phase Φ relative to a zero-crossing of the alternating current supply and having a switch operable at a switching frequency fs, configured to control the switching frequency such that it is proportional to the square of the sine of the phase, over at least a part of an alternating current half-cycle, which half-cycle commences at a zero-crossing of the alternating current supply, with a proportionality constant Fmax, according to: fs Φ = Fmax * sin 2 Φ.
A cell seeding and culturing device capable of forming a nerve cell network, the device comprising: a cell culturing substrate capable of forming a nerve cell network, having a plurality of cell arrangement areas surrounded by a plurality of projections, which inhibit cell moving and loss; the device being characterized in that it comprises a flow channel substrate having a plurality of through holes through which cells are allowed to pass, and being arranged on the culturing substrate, wherein each of the through holes defines a flow channel, wherein the upper side of the substrate is an entrance and the lower side of the substrate is an exit, wherein the flow channel is tapered from an entrance to an exit so as to seed cells, the exit of each flow channel is located above the cell arrangement areas, and the size of the exit is smaller than that of the cell arrangement area, and wherein a spacer member having a thickness greater than the height of the projections is arranged between the culturing substrate and the flow channel substrate. a cell culturing substrate capable of forming a nerve cell network, having a plurality of cell arrangement areas surrounded by a plurality of projections, which inhibit cell moving and loss; the device being characterized in that it comprises a flow channel substrate having a plurality of through holes through which cells are allowed to pass, and being arranged on the culturing substrate, wherein each of the through holes defines a flow channel, wherein the upper side of the substrate is an entrance and the lower side of the substrate is an exit, wherein the flow channel is tapered from an entrance to an exit so as to seed cells, the exit of each flow channel is located above the cell arrangement areas, and the size of the exit is smaller than that of the cell arrangement area, and wherein a spacer member having a thickness greater than the height of the projections is arranged between the culturing substrate and the flow channel substrate.
Use of a pressure-sensitive adhesive sheet as a surface protective sheet for a Low-E layer provided on a glass plate, wherein the pressure-sensitive adhesive sheet comprises a substrate layer and a pressure-sensitive adhesive layer provided to at least one face of the substrate layer, wherein the pressure-sensitive adhesive layer is an acrylic pressure-sensitive adhesive layer comprising an acrylic polymer as its base polymer, wherein the acrylic polymer is a polymer of a starting monomer mixture comprising an alkyl (meth)acrylate as a monomer A and a monomer B copolymerizable with the alkyl (meth)acrylate, the monomer B being a functional group-containing monomer, wherein the pressure-sensitive adhesive layer is formed from a water-dispersed pressure-sensitive adhesive composition, wherein the pressure-sensitive adhesive composition comprises a crosslinking agent, and wherein the pressure-sensitive adhesive layer has a surface hardness of 0.3 MPa or greater, determined by nanoindentation under the conditions as defined herein. wherein the pressure-sensitive adhesive sheet comprises a substrate layer and a pressure-sensitive adhesive layer provided to at least one face of the substrate layer, wherein the pressure-sensitive adhesive layer is an acrylic pressure-sensitive adhesive layer comprising an acrylic polymer as its base polymer, wherein the acrylic polymer is a polymer of a starting monomer mixture comprising an alkyl (meth)acrylate as a monomer A and a monomer B copolymerizable with the alkyl (meth)acrylate, the monomer B being a functional group-containing monomer, wherein the pressure-sensitive adhesive layer is formed from a water-dispersed pressure-sensitive adhesive composition, wherein the pressure-sensitive adhesive composition comprises a crosslinking agent, and wherein the pressure-sensitive adhesive layer has a surface hardness of 0.3 MPa or greater, determined by nanoindentation under the conditions as defined herein.
An absorbent article comprising: a longitudinally extending centerline; a transversely extending centerline; a liquid permeable cover layer having a body facing surface; a liquid impermeable barrier layer; an absorbent core arranged adjacent to the cover layer, the absorbent core including an upper surface and a lower surface and at least one material-free zone extending from the upper surface to the lower surface; a transfer layer arranged between the core and the barrier layer, the transfer layer including a planar portion having an upper surface and a lower surface and at least one protrusion extending upwardly from the upper surface; wherein the cover layer includes at least one first region arranged in spaced relationship to the transfer layer and at least one second region arranged in surface to surface contact with the transfer layer; wherein the at least one protrusion is structured and arranged to be received within, and extend upwardly into the at least one material free zone; and wherein the at least one protrusion has a height that is less than or equal to a distance between the upper surface of the absorbent core and the lower surface of the absorbent core. a longitudinally extending centerline; a transversely extending centerline; a liquid permeable cover layer having a body facing surface; a liquid impermeable barrier layer; an absorbent core arranged adjacent to the cover layer, the absorbent core including an upper surface and a lower surface and at least one material-free zone extending from the upper surface to the lower surface; a transfer layer arranged between the core and the barrier layer, the transfer layer including a planar portion having an upper surface and a lower surface and at least one protrusion extending upwardly from the upper surface; wherein the cover layer includes at least one first region arranged in spaced relationship to the transfer layer and at least one second region arranged in surface to surface contact with the transfer layer; wherein the at least one protrusion is structured and arranged to be received within, and extend upwardly into the at least one material free zone; and wherein the at least one protrusion has a height that is less than or equal to a distance between the upper surface of the absorbent core and the lower surface of the absorbent core.
A hydraulic interconnection unit for a thermal energy distribution system of a building connected to a low-temperature thermal energy remote distribution network called "anergy network", the building comprising a high-temperature thermal energy distribution network called "HT network", a building hot-water network and a heat pump, the hydraulic interconnection unit comprising: - a heat exchanger; - a high-temperature connection circuit passing through the heat exchanger and comprising an inlet and an outlet; - a low-temperature connection circuit comprising an inlet and an outlet, - a heating connection circuit comprising an inlet and an outlet, and - a heat pump connection circuit comprising an evaporator circuit with an inlet and an outlet and a condenser circuit with an inlet and an outlet, the inlet of the heating connection circuit being connected to the outlet of the condenser circuit of the heat pump connection circuit, the inlet of the evaporator circuit being connected to the outlet the low-temperature connection circuit; the hydraulic interconnection unit further comprising: - a first mixing valve interconnecting the inlet of the low-temperature connection circuit to the inlet of the high-temperature connection circuit and to the outlet of the evaporator circuit so as to be able to inject heat transfer fluid coming from the low-temperature connection circuit into the high-temperature connection circuit, and - a second mixing valve interconnecting the inlet of the heating connection circuit, via a bypass passing through the heat exchanger, and the inlet of the condenser circuit, to the outlet of the heating connection circuit in order to be able to inject heat transfer fluid passing through the heat exchanger with the heat transfer fluid returning from the condenser circuit. - a heat exchanger; - a high-temperature connection circuit passing through the heat exchanger and comprising an inlet and an outlet; - a low-temperature connection circuit comprising an inlet and an outlet, - a heating connection circuit comprising an inlet and an outlet, and - a heat pump connection circuit comprising an evaporator circuit with an inlet and an outlet and a condenser circuit with an inlet and an outlet, the inlet of the heating connection circuit being connected to the outlet of the condenser circuit of the heat pump connection circuit, the inlet of the evaporator circuit being connected to the outlet the low-temperature connection circuit; - a first mixing valve interconnecting the inlet of the low-temperature connection circuit to the inlet of the high-temperature connection circuit and to the outlet of the evaporator circuit so as to be able to inject heat transfer fluid coming from the low-temperature connection circuit into the high-temperature connection circuit, and - a second mixing valve interconnecting the inlet of the heating connection circuit, via a bypass passing through the heat exchanger, and the inlet of the condenser circuit, to the outlet of the heating connection circuit in order to be able to inject heat transfer fluid passing through the heat exchanger with the heat transfer fluid returning from the condenser circuit.
A method of decoding video data, the method comprising: receiving information indicating that an intra-prediction mode for a block of video data is a DC intra-prediction mode; determining whether an edge is present in the block of video data; after determining that the edge is present in the block: determining an angle for the edge; and based on the information indicating that the intra-prediction mode is the DC intra-prediction mode and the determination that the edge is present in the block, inverse transforming the block using a directional inverse transform mapped from a directional intra-prediction mode having an angle that approximates the angle of the edge; and decoding the inverse transformed block. receiving information indicating that an intra-prediction mode for a block of video data is a DC intra-prediction mode; determining whether an edge is present in the block of video data; after determining that the edge is present in the block: determining an angle for the edge; and based on the information indicating that the intra-prediction mode is the DC intra-prediction mode and the determination that the edge is present in the block, inverse transforming the block using a directional inverse transform mapped from a directional intra-prediction mode having an angle that approximates the angle of the edge; and decoding the inverse transformed block. determining an angle for the edge; and based on the information indicating that the intra-prediction mode is the DC intra-prediction mode and the determination that the edge is present in the block, inverse transforming the block using a directional inverse transform mapped from a directional intra-prediction mode having an angle that approximates the angle of the edge; and decoding the inverse transformed block.
Mesh network as safety and catching net, respectively, for securing rocks and rock slopes, rock fall, debris flow or similar natural hazards, the mesh network containing combined twisted multi- and or monofilament yarns which are combined together free of knots and which contain high performance polyethylene fibers from the group of high module polymer fibers, namely UHMW-PE fibers having yarn titers of 1200 dtex - 1800 dtex and a filament tensile strength of 3000N/mm 2 to 4000N/mm 2, wherein the net has a net tensile strength >150KN/m.