mhurhangee/ep-ind-claims huggingface dataset:
Console of a motor vehicle in the form of a block which extends longitudinally, vertically and transversely, comprising at least one housing with an opening and at least one bearing surface that can form an armrest configured to be opened and closed notably with respect to said housing, and a retractable support that is stowed away in said housing and that can be deployed from said housing into a position of use, characterized in that the opening of said housing is disposed adjacent to an end of said armrest, and that said support is configured to be reversibly deployed from its retracted position in said housing by extraction from said housing, said armrest being in open position, to a substantially horizontal position of use, in the extension of said end of the armrest and along the longitudinal axis of said armrest, and such that at least said end of said armrest rests on the end of said support coming into extension of said armrest when said armrest is in substantially horizontal closed position.
Household appliance, having - a treatment chamber, which has a loading opening, and - a door for closing the loading opening, which has at least one window (6; 26), wherein - the window (6; 26) is a household appliance window (6; 26) which is illuminated at the edge and has at least one light-scattering light output region (11, 18, 19; 25), characterised in that - the at least one light-scattering light output region (11, 18, 19, 25) is an engraved region and - the window (6; 26) has at least one inwardly reflecting coating on a side facing away from the treatment chamber, said coating covering at least the at least one light output region (11, 18, 19; 25). - a treatment chamber, which has a loading opening, and - a door for closing the loading opening, which has at least one window (6; 26), wherein - the window (6; 26) is a household appliance window (6; 26) which is illuminated at the edge and has at least one light-scattering light output region (11, 18, 19; 25), - the at least one light-scattering light output region (11, 18, 19, 25) is an engraved region and - the window (6; 26) has at least one inwardly reflecting coating on a side facing away from the treatment chamber, said coating covering at least the at least one light output region (11, 18, 19; 25).
A method of evolution of a protein in a yeast cell production host, the method comprising: a) evolving a template protein to produce a set of mutant proteins in the yeast cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same yeast cell production host as used in the evolving step a). a) evolving a template protein to produce a set of mutant proteins in the yeast cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same yeast cell production host as used in the evolving step a).
A battery cell, comprising: a wound set of layers comprising a cathode layer, an anode layer, and a separator layer disposed between the cathode layer and the anode layer; a cylindrical enclosure enclosing the set of layers, the enclosure comprising an opening for receiving a feedthrough, the feedthrough comprising: an annular channel comprising an outer sidewall, an inner sidewall, and a base; an insulator formed of glass, the insulator bonded to the inner sidewall of the annular channel and a portion of the base of the annular channel, the insulator further comprising an overmold portion that extends between the base of the annular channel and the set of layers, the overmold portion configured to prevent electrical contact between the set of layers and the annular channel; and a pin extending through the insulator, the pin electrically coupled to the set of layers to form an external battery terminal. a wound set of layers comprising a cathode layer, an anode layer, and a separator layer disposed between the cathode layer and the anode layer; a cylindrical enclosure enclosing the set of layers, the enclosure comprising an opening for receiving a feedthrough, the feedthrough comprising: an annular channel comprising an outer sidewall, an inner sidewall, and a base; an insulator formed of glass, the insulator bonded to the inner sidewall of the annular channel and a portion of the base of the annular channel, the insulator further comprising an overmold portion that extends between the base of the annular channel and the set of layers, the overmold portion configured to prevent electrical contact between the set of layers and the annular channel; and a pin extending through the insulator, the pin electrically coupled to the set of layers to form an external battery terminal. an annular channel comprising an outer sidewall, an inner sidewall, and a base; an insulator formed of glass, the insulator bonded to the inner sidewall of the annular channel and a portion of the base of the annular channel, the insulator further comprising an overmold portion that extends between the base of the annular channel and the set of layers, the overmold portion configured to prevent electrical contact between the set of layers and the annular channel; and a pin extending through the insulator, the pin electrically coupled to the set of layers to form an external battery terminal.
Bone substitute having an activity on bone regeneration, comprising fucans with a weight-average molar mass of between 5000 and 100 000 g/mol, in particular between 10 000 and 40 000 g/mol.
A composition comprising a polypeptide comprising an amino acid sequence having at least 90% sequence identity to an amino acid sequence selected from the group consisting of SEQ ID NO: 3 and 6, wherein said polypeptide has protease activity, and wherein said composition is selected from a cleaning detergent composition, a textile processing composition including at least one other desizing enzyme, a feather processing composition including 95% ethanol or other polar organic solvent with or without a surfactant at 0.5% (v/v), and an animal feed composition including one or more animal feed ingredients.
A wire guide, comprising: an inner elongated member having a proximal portion having a first diameter, a distal portion having a second diameter smaller than the first diameter, and a tapered portion arranged between the proximal portion and the distal portion, wherein the tapered portion has the first diameter on a proximal end and the second diameter on a distal end, and wherein the tapered portion comprises a contour having a proximal taper angle which is greater than a distal taper angle; an outer element which surrounds the inner elongated member; and a distal tip coupled to the outer element; characterized in that the tapered portion of the inner elongated member comprises: a first diminishing portion having a first taper angle between 2.0 degrees and 6.0 degrees, a second diminishing portion having a second taper angle between 0.3 degrees and 1.2 degrees, and a third diminishing portion having a third taper angle between 0.2 degrees and 0.6 degrees. an inner elongated member having a proximal portion having a first diameter, a distal portion having a second diameter smaller than the first diameter, and a tapered portion arranged between the proximal portion and the distal portion, wherein the tapered portion has the first diameter on a proximal end and the second diameter on a distal end, and wherein the tapered portion comprises a contour having a proximal taper angle which is greater than a distal taper angle; an outer element which surrounds the inner elongated member; and a distal tip coupled to the outer element; characterized in that the tapered portion of the inner elongated member comprises: a first diminishing portion having a first taper angle between 2.0 degrees and 6.0 degrees, a second diminishing portion having a second taper angle between 0.3 degrees and 1.2 degrees, and a third diminishing portion having a third taper angle between 0.2 degrees and 0.6 degrees. a first diminishing portion having a first taper angle between 2.0 degrees and 6.0 degrees, a second diminishing portion having a second taper angle between 0.3 degrees and 1.2 degrees, and a third diminishing portion having a third taper angle between 0.2 degrees and 0.6 degrees.
A transistor, comprising: a substrate; a pair of spacers on a portion of the substrate; a gate dielectric layer above a portion of the substrate between the pair of spacers, the gate dielectric layer comprising hafnium oxide, wherein the gate dielectric layer is along the portion of the substrate between the pair of spacers and along sidewalls of the pair of spacers; a gate electrode (102a, 102b) on the gate dielectric layer, wherein the gate electrode comprises a first metal layer and a second metal layer, wherein the second metal layer forms a middle portion of the gate electrode having a larger height than side portions of the gate electrode formed by the first metal layer, thereby providing a stepped profile; an insulating cap layer on the top surface of the gate electrode, in contact with a portion of the gate dielectric layer, and between the pair of spacers and substantially coplanar with top surfaces of the pair of spacers, the insulating cap layer having a bottom surface on the middle and side portions of the gate electrode, wherein the insulating cap layer comprises silicon nitride; and a pair of diffusion regions disposed in the substrate, adjacent to the pair of spacers. a substrate; a pair of spacers on a portion of the substrate; a gate dielectric layer above a portion of the substrate between the pair of spacers, the gate dielectric layer comprising hafnium oxide, wherein the gate dielectric layer is along the portion of the substrate between the pair of spacers and along sidewalls of the pair of spacers; a gate electrode (102a, 102b) on the gate dielectric layer, wherein the gate electrode comprises a first metal layer and a second metal layer, wherein the second metal layer forms a middle portion of the gate electrode having a larger height than side portions of the gate electrode formed by the first metal layer, thereby providing a stepped profile; an insulating cap layer on the top surface of the gate electrode, in contact with a portion of the gate dielectric layer, and between the pair of spacers and substantially coplanar with top surfaces of the pair of spacers, the insulating cap layer having a bottom surface on the middle and side portions of the gate electrode, wherein the insulating cap layer comprises silicon nitride; and a pair of diffusion regions disposed in the substrate, adjacent to the pair of spacers.
Holding frame for holding plug-in connector modules and for mounting in plug-in connector housings or for screw-connection to wall surfaces, wherein the holding frame has opposing lateral parts, wherein the side parts each have at least one recess, and wherein the recess are realized as openings in the lateral parts of the holding frame, wherein the recess on the first side (8.1) located so as to face away from the opposite lateral part is realized so as to be smaller than on the second side (8.2) located so as to face toward the opposite side part, characterized in that the holding frame is composed of two halves (4, 5) that are hinge-connected to each other, and that each have a lateral part and are connected by means of two hinge joints, in that the recess has at least one surface (11.1) that extends between the first side (8.1) and the second side (8.2) and delimits the recess, and in that at least one of the at least one surface (11.1) is oriented at an angle other than 90 degrees in relation to the first side (8.1) and the second side (8.2).
An optical joint closure comprising a casing defining a cavity and a closure cap, and a plurality of splice trays housed within the cavity, wherein the joint closure comprises a bracket extending through the closure cap, wherein the bracket has a first protruding portion that protrudes from the closure cap at a side opposite a side facing the casing, characterized in that the bracket is contained within the contour of the closure cap and also has a second protruding portion that protrudes from the closure cap at the side facing the casing and within the casing.
A method comprising: monitoring, by a network device, for one or more indicia of stress; determining, based on the one or more indicia of stress, whether a stress condition exists; in response to the stress condition, causing one or more link aggregation actors and partners to enter a grace state for a grace period, the one or more link aggregation actors and partners operate as link aggregation protocol engines at opposite ends of the link aggregation and logically aggregate links to form one or more link aggregation groups for respective network devices; and exiting the grace state upon expiration of the grace period; the method further comprising: while the one or more link aggregation actors and partners are in the grace state, pacing, by the one or more link aggregation actors and partners, link aggregation formation on a plurality of links for the respective network devices by delaying formation of one or more new link aggregation groups for the plurality of links until a hold is released and periodically releasing the hold on a selected size of subsets of links for the plurality of links to support formation of one or more new link aggregation groups, the selected size of the subsets of links being increased or decreased in response to changes in severity of the stress condition. monitoring, by a network device, for one or more indicia of stress; determining, based on the one or more indicia of stress, whether a stress condition exists; in response to the stress condition, causing one or more link aggregation actors and partners to enter a grace state for a grace period, the one or more link aggregation actors and partners operate as link aggregation protocol engines at opposite ends of the link aggregation and logically aggregate links to form one or more link aggregation groups for respective network devices; and exiting the grace state upon expiration of the grace period; the method further comprising: while the one or more link aggregation actors and partners are in the grace state, pacing, by the one or more link aggregation actors and partners, link aggregation formation on a plurality of links for the respective network devices by delaying formation of one or more new link aggregation groups for the plurality of links until a hold is released and periodically releasing the hold on a selected size of subsets of links for the plurality of links to support formation of one or more new link aggregation groups, the selected size of the subsets of links being increased or decreased in response to changes in severity of the stress condition.
A custom back brace comprising: a center panel on a front portion of the custom back brace and side panels on side portions of the custom back brace; wherein the center panel is secured to the side panels with fasteners; and wherein the custom back brace has an inner surface that correspond to a torso portion of a patient's body; and wherein the custom back brace is made by a composite structure of laminated layers of materials wherein the outer layer of the custom back brace is made by a strong structure that functions as an exoskeleton that provides the required strength for the body and the inner layers of the custom back brace is made by a combination of hard and soft materials that are designed to promote healing of the body, wherein the soft materials are used over areas that are adjacent to bones and the hard materials are used against fat and muscle tissue of the body; and wherein the custom back brace is produced by rapid prototyping of the center panel and the side panels and assembling to form a brace; and wherein the custom back brace has ventilation holes that extend throughout the custom back brace. a center panel on a front portion of the custom back brace and side panels on side portions of the custom back brace; wherein the center panel is secured to the side panels with fasteners; and wherein the custom back brace has an inner surface that correspond to a torso portion of a patient's body; and wherein the custom back brace is made by a composite structure of laminated layers of materials wherein the outer layer of the custom back brace is made by a strong structure that functions as an exoskeleton that provides the required strength for the body and the inner layers of the custom back brace is made by a combination of hard and soft materials that are designed to promote healing of the body, wherein the soft materials are used over areas that are adjacent to bones and the hard materials are used against fat and muscle tissue of the body; and wherein the custom back brace is produced by rapid prototyping of the center panel and the side panels and assembling to form a brace; and wherein the custom back brace has ventilation holes that extend throughout the custom back brace.
Protective device for a two-wheeled motorized vehicle, notably for learning to ride, comprising at least three pairs of metal fittings (2, 3, 4a, 4b, 5, 6) configured to be respectively fastened on either side of the two-wheeled motorized vehicle, notably at a handlebar, an engine block, a footrest, a saddle and a fork of the two-wheeled motorized vehicle, further comprising thermoplastic pads fastened to each fitting (2, 3, 4a, 4b, 5, 6) and projecting towards the outside, characterized by the fittings (2, 3, 4a, 4b, 5, 6) offsetting sliding faces of the pads by at least 5 cm from the two-wheeled motorized vehicle, the sliding faces of the pads being planar and elongate, the protective device comprising at least a first of said pairs of fittings that is configured to be fastened on either side of the handlebar, a second of said pairs of fittings that is configured to be fastened on either side of the engine block, and a third of said pairs of fittings (4a, 4b) that is configured to be fastened on either side of the two-wheeled motorized vehicle to the rear of the footrests.
A card comprising: a display device; a thin film integrated circuit (401, 530); a first substrate; and a second substrate, wherein driving of the display device is controlled by the thin film integrated circuit, wherein a semiconductor element used for the thin film integrated circuit and the display device is formed by using a polycrystalline semiconductor film, wherein the thin film integrated circuit and the display device are sealed with a resin between the first substrate and the second substrate of the card wherein the first substrate and the second substrate comprise a plastic material. a display device; a thin film integrated circuit (401, 530); a first substrate; and a second substrate,
A lighting fixture comprising: a socket device which holds a cap portion provided at one face side of a flat lamp device by inserting a projection portion projecting from the center of an annular contact face of the cap portion, and supplies power for lighting a light source arranged at the other face side of the lamp device to the cap portion by connecting lamp pins projecting from the contact face of the cap portion to the socket device; characterized by a heat radiating body which comes into contact with the projection portion of the lamp device inserted into the socket device; and a pressing body provided in the socket device which is attached to the heat radiating body and for pressing the projection portion of the lamp device inserted into the socket device and the heat radiating body in a contact direction. a socket device which holds a cap portion provided at one face side of a flat lamp device by inserting a projection portion projecting from the center of an annular contact face of the cap portion, and supplies power for lighting a light source arranged at the other face side of the lamp device to the cap portion by connecting lamp pins projecting from the contact face of the cap portion to the socket device; characterized by a heat radiating body which comes into contact with the projection portion of the lamp device inserted into the socket device; and a pressing body provided in the socket device which is attached to the heat radiating body and for pressing the projection portion of the lamp device inserted into the socket device and the heat radiating body in a contact direction.
A system comprising: a central processing unit, CPU; a secure code store comprising a set of self-contained secure code which does not reference any other modifiable code; an operational code store comprising a set of operational code; a controller including functionality to initially execute, upon system start-up, one of: (a) the set of secure code when the system is configured with a first hardware configuration, wherein execution of the set of secure code comprises overwriting a current version of the operational code stored in the operational code store with a replacement version of the operational code referenced by the secure code; and (b) the set of operational code when the system is configured with a second hardware configuration, wherein the secure code store is electrically isolated from one or more other components of the system when the system is configured with the second hardware configuration, wherein the set of secure code cannot be accessed when the system is configured with the second hardware configuration; and an integrated circuit configured to control a state of the CPU; wherein in the first hardware configuration the integrated circuit is disabled to disable the CPU. a central processing unit, CPU; a secure code store comprising a set of self-contained secure code which does not reference any other modifiable code; an operational code store comprising a set of operational code; a controller including functionality to initially execute, upon system start-up, one of: (a) the set of secure code when the system is configured with a first hardware configuration, wherein execution of the set of secure code comprises overwriting a current version of the operational code stored in the operational code store with a replacement version of the operational code referenced by the secure code; and (b) the set of operational code when the system is configured with a second hardware configuration, wherein the secure code store is electrically isolated from one or more other components of the system when the system is configured with the second hardware configuration, wherein the set of secure code cannot be accessed when the system is configured with the second hardware configuration; and (a) the set of secure code when the system is configured with a first hardware configuration, wherein execution of the set of secure code comprises overwriting a current version of the operational code stored in the operational code store with a replacement version of the operational code referenced by the secure code; and (b) the set of operational code when the system is configured with a second hardware configuration, wherein the secure code store is electrically isolated from one or more other components of the system when the system is configured with the second hardware configuration, wherein the set of secure code cannot be accessed when the system is configured with the second hardware configuration; and an integrated circuit configured to control a state of the CPU; wherein in the first hardware configuration the integrated circuit is disabled to disable the CPU.