mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel comprising: a main hub portion having an outer portion and an inner portion , the inner portion being spaced from the outer portion by a main hub sidewall ; a ring portion configured to engage the main hub portion so as to enclose the outer portion and the inner portion and create an enclosed void between the main hub portion and the ring portion ; an exterior covering surrounding at least part of the main hub portion and the ring portion at the enclosed void ; and characterized in that the ring portion comprises a flange extending into the enclosed void when the ring portion is secured to the main hub portion ; and further characterized in that the main hub portion comprises a projection forming a recess which receives the flange when the ring portion is secured to the main hub portion . a main hub portion having an outer portion and an inner portion , the inner portion being spaced from the outer portion by a main hub sidewall ; a ring portion configured to engage the main hub portion so as to enclose the outer portion and the inner portion and create an enclosed void between the main hub portion and the ring portion ; an exterior covering surrounding at least part of the main hub portion and the ring portion at the enclosed void ; and characterized in that the ring portion comprises a flange extending into the enclosed void when the ring portion is secured to the main hub portion ; and further characterized in that the main hub portion comprises a projection forming a recess which receives the flange when the ring portion is secured to the main hub portion .
An electronic device, comprising: a plurality of pixel electrodes an active layer on the plurality of pixel electrodes an opposed electrode on the active layer and covering an entirety of upper and side surfaces of the active layer; a first encapsulation film directly on the opposed electrode and etched with the same pattern as the opposed electrode, and a second encapsulation film on the first encapsulation film wherein the opposed electrode and the first encapsulation film have a common planar shape, wherein outer sidewalls of the opposed electrode and outer sidewalls of the first encapsulation film are coplanar, and wherein the second encapsulation film covers upper and side surfaces of the first encapsulation film. a plurality of pixel electrodes an active layer on the plurality of pixel electrodes an opposed electrode on the active layer and covering an entirety of upper and side surfaces of the active layer; a first encapsulation film directly on the opposed electrode and etched with the same pattern as the opposed electrode, and a second encapsulation film on the first encapsulation film wherein the opposed electrode and the first encapsulation film have a common planar shape, wherein outer sidewalls of the opposed electrode and outer sidewalls of the first encapsulation film are coplanar, and wherein the second encapsulation film covers upper and side surfaces of the first encapsulation film.
Method of manufacturing a balance spring for a balance-hairspring oscillator, comprising the steps of : a) providing a Niobium-Titanium, Niobium-Zirconium or Niobium-Hafnium alloy blade having a predetermined height (H) and thickness (E); b) winding-in said blade to shape said blade into a spiral shape ; c) heat treatment to fix the shape of said blade ; d) oxidizing the surface of said blade to a predetermined depth (P), characterized in that said steps are carried out in sequence a), d), b), c). a) providing a Niobium-Titanium, Niobium-Zirconium or Niobium-Hafnium alloy blade having a predetermined height (H) and thickness (E); b) winding-in said blade to shape said blade into a spiral shape ; c) heat treatment to fix the shape of said blade ; d) oxidizing the surface of said blade to a predetermined depth (P),
Braiding machine of the type comprising a series of plates (1-8) arranged in a continuous manner in a closed circuit, each plate comprising a number of slots , that accommodate spindles having a guide , at least one drive means that drives the plates (1-8), guide channels wherein the spindle guides run and at least two diverter channels having two positions, a first position for continuous rotation of the spindle in one same plate and a second position for the spindle to switch the plate, characterized in that it comprises: - a first group of plates having at least five plates , where one of the plates is a first driving plate ; these plates are arranged in a continuous manner and define two end plates , having at least four slots in each plate ; - a second group of plates, having two plates , both of which are second driving plates , which are located subsequent to the two end plates , one for each end plate, having at least four slots , in the two plates and - a third group of plates having one third driving plate , located in between the second driving plates , closing the circuit and having at least two slots more than the plates in the first group; and in having two diverter channels located between the second and the third group of plates, defining a first operation position wherein the third driving plate is isolated from the circuit and a second operation position wherein the third driving plate is part of the circuit. - a first group of plates having at least five plates , where one of the plates is a first driving plate ; these plates are arranged in a continuous manner and define two end plates , having at least four slots in each plate ; - a second group of plates, having two plates , both of which are second driving plates , which are located subsequent to the two end plates , one for each end plate, having at least four slots , in the two plates and - a third group of plates having one third driving plate , located in between the second driving plates , closing the circuit and having at least two slots more than the plates in the first group;
Use of an illumination fixed or mobile device for radiation exposure, wherein: - the radiation exposure is performed by UV-C rays alone or UV-B rays alone or a combination thereof, with an exposure duration being less or equal to one second, - the radiation exposure is performed on at least one spot of a plant and the radiation exposure being repeated at least once with an interval of time between one hour and one month, for stimulating the resistance of plants to biotic stress and thus to improve, to enhance or to increase natural defenses of plants to biotic stressors. - the radiation exposure is performed by UV-C rays alone or UV-B rays alone or a combination thereof, with an exposure duration being less or equal to one second, - the radiation exposure is performed on at least one spot of a plant and the radiation exposure being repeated at least once with an interval of time between one hour and one month,
An apparatus comprising a hollow body resembling a lightbulb, at least a part of which is translucent, with a standardised lightbulb socket for connection to a power grid, and a light source located in the hollow body , wherein the light source , specifically a LED , is connected to the power grid via the lightbulb socket , a PLC module for transmitting data to the power grid, wherein at least a part of the PLC module is contained inside the hollow body , a controller , a transceiver , in particular a WiFi-transceiver which is controlled by the controller , wherein the PLC module forms a data-conducting connection with a local network via the power grid, wherein the transceiver forms a Wireless Local Area Network (WLAN) access point functionality, wherein a switch is provided in the hollow body for switching the apparatus on and off, wherein the switch is designed so as not to interrupt the energy supply to the controller, wherein the controller is configured to switch a WLAN functionality and the LED on and off independently of each other, characterized in that the switch controls the switching on and off of the apparatus as a function of the time of day via the controller , wherein a user using suitable software defines the point in time at which the LED lights up or the point in time at which the WLAN access point functionality is active, wherein corresponding commands by the user can be sent to the controller via the energy supply or via the WLAN access point functionality.
A composition comprising (A) an acylproline represented by the formula wherein an acyl group represented by R 1 -CO- is an acyl group derived from a saturated or unsaturated fatty acid having 6 - 14 carbon atoms, or a salt thereof, and (B) a bisphosphonate. (A) an acylproline represented by the formula wherein an acyl group represented by R 1 -CO- is an acyl group derived from a saturated or unsaturated fatty acid having 6 - 14 carbon atoms, or a salt thereof, and (B) a bisphosphonate.
An optoelectronic assembly, comprising: an electronic substrate ; a transparent component coupled on a first side of the electronic substrate; a first component coupled to a second side of the electronic substrate opposite the first side; wherein the electronic substrate , the transparent component , and the first component define an enclosure; a laser array and a receiver array mechanically coupled to the transparent component inside of the enclosure and oriented to transmit and receive optical signals through the transparent component , respectively, the laser array and the receiver array electrically coupled to the electronic substrate ; a second component positioned between the first component and the transparent component in the enclosure with a first thermal interface material forming a first interface between the second component and the transparent component and a first continuous surface of the second component coupled to both the laser array and the receiver array ; characterized in that the enclosure is hermetically sealed; and the first component is coupled to the second component with a second thermal interface material, wherein the second thermal interface material is softer than the first component and the second component . an electronic substrate ; a transparent component coupled on a first side of the electronic substrate; a first component coupled to a second side of the electronic substrate opposite the first side; wherein the electronic substrate , the transparent component , and the first component define an enclosure; a laser array and a receiver array mechanically coupled to the transparent component inside of the enclosure and oriented to transmit and receive optical signals through the transparent component , respectively, the laser array and the receiver array electrically coupled to the electronic substrate ; a second component positioned between the first component and the transparent component in the enclosure with a first thermal interface material forming a first interface between the second component and the transparent component and a first continuous surface of the second component coupled to both the laser array and the receiver array ; characterized in that the enclosure is hermetically sealed; and the first component is coupled to the second component with a second thermal interface material, wherein the second thermal interface material is softer than the first component and the second component .
A method for manufacturing a personalized applicator for applying a cosmetic composition to the lips, said personalized applicator comprising an application surface made from a material that can become loaded with composition, the method comprising the following steps: a) performing a 3D scan of the topography of at least part of the surface of the lips, and b) from at least said scan, creating at least part of the personalized applicator or a mold used for the manufacture thereof, by machining a preform or by additive manufacturing, the method involving creating an outline of the application surface which differs from the natural outline of the scanned lips, in order to change the appearance of the lips made-up with said cosmetic composition, the method comprising the generation of a reworked 3D surface different than the natural surface of the lips, said reworked surface coinciding with the natural surface of the lips resulting from the scan, apart from its outline which differs from the natural outline of the scanned lips, the personalized applicator or the mold used for its manufacture having a shape given at least in part by said reworked surface. a) performing a 3D scan of the topography of at least part of the surface of the lips, and b) from at least said scan, creating at least part of the personalized applicator or a mold used for the manufacture thereof, by machining a preform or by additive manufacturing, the method involving creating an outline of the application surface which differs from the natural outline of the scanned lips, in order to change the appearance of the lips made-up with said cosmetic composition, the method comprising the generation of a reworked 3D surface different than the natural surface of the lips, said reworked surface coinciding with the natural surface of the lips resulting from the scan, apart from its outline which differs from the natural outline of the scanned lips, the personalized applicator or the mold used for its manufacture having a shape given at least in part by said reworked surface.
A core network node supporting Control Plane CIoT, Cellular Internet of Things, EPS, Evolved Packet system, optimization, comprising: a transmitter configured to transmit a control plane data back-off timer to restrict only a request from a User Equipment, UE, for data transport of user data via the core network node by encapsulating the user data in a Non Access Stratum, NAS, message in accordance with Control Plane CIoT EPS optimization, under overload conditions from the data transport of the user data via the core network node by encapsulating the user data in the NAS message in accordance with Control Plane CIoT EPS optimization.
An interchangeable housing component for a portable computing device , the component comprising: a body portion including: an upper surface , an opposite-facing lower surface , and a forward edge , a rearward edge , a first side edge , and a second side edge ; a first sidewall extending outward from the first side edge of the body portion , and a second sidewall extending outward from the second side edge of the body portion ; and a first set of raised portions protruding from a first interior surface of the first sidewall , and a second set of raised portions protruding from a second interior surface of the second sidewall , wherein the first interior surface and the second interior surface face toward one another, characterised in that two or more of the raised portions (310-360) of the first set of raised portions differ in three-dimensional shape. an upper surface , an opposite-facing lower surface , and a forward edge , a rearward edge , a first side edge , and a second side edge ; a first sidewall extending outward from the first side edge of the body portion , and a second sidewall extending outward from the second side edge of the body portion ; and a first set of raised portions protruding from a first interior surface of the first sidewall , and a second set of raised portions protruding from a second interior surface of the second sidewall , wherein the first interior surface and the second interior surface face toward one another,
Inhaler component for the intermittent formation, synchronous with the inhaling or drawing, of a vapour-air mixture and/or condensation aerosol, comprising: a housing ; a chamber disposed in the housing ; an air admission opening for the supply of air from the environment into the chamber ; an electric heating element for evaporating a portion of a liquid material , wherein the vapour formed is mixed in the chamber with the air supplied through the air admission opening , and the vapour-air mixture and/or condensation aerosol is formed; and a wick having a capillary structure, said wick conjointly with the heating element forming a composite and, upon evaporation, automatically resupplying the heating element with the liquid material , characterized in that the heating element is at least partially integrated in the wick; and wherein the heating element is composed of an electrically conducting thin layer, wherein the wick is composed of an electrically nonconducting material, and wherein the thin layer has been applied to the wick surface by PVD or CVD methods. a housing ; a chamber disposed in the housing ; an air admission opening for the supply of air from the environment into the chamber ; an electric heating element for evaporating a portion of a liquid material , wherein the vapour formed is mixed in the chamber with the air supplied through the air admission opening , and the vapour-air mixture and/or condensation aerosol is formed; and a wick having a capillary structure, said wick conjointly with the heating element forming a composite and, upon evaporation, automatically resupplying the heating element with the liquid material , characterized in that the heating element is at least partially integrated in the wick; and wherein the heating element is composed of an electrically conducting thin layer, wherein the wick is composed of an electrically nonconducting material, and wherein the thin layer has been applied to the wick surface by PVD or CVD methods.
A foamed spacer fluid comprising: cement kiln dust, a free water control agent; a lightweight additive comprising hollow microspheres, gilsonite, or any combination thereof; a foaming agent, a gas, and water, wherein the foamed spacer fluid has: (a) a higher yield point at 130° F (54°C) than at 80° F (27°C), (b) a higher yield point at 180° F (82°C) than at 80° F (27°C), and/or (c) a higher plastic viscosity at 180°F (82°C) than at 80° F (27°C); wherein the yield point of the foamed spacer fluid at 180°F (82°C) is greater than 20 lb/100 ft 2 (0.98 kg/m 2 ); and wherein the foamed spacer fluid has a density in a range of from 4 Ib/gal (479 kg/m 3 ) to 13 Ib/gal (1560 kg/m 3 ). cement kiln dust, a free water control agent; a lightweight additive comprising hollow microspheres, gilsonite, or any combination thereof; a foaming agent, a gas, and water, wherein the foamed spacer fluid has: (a) a higher yield point at 130° F (54°C) than at 80° F (27°C), (b) a higher yield point at 180° F (82°C) than at 80° F (27°C), and/or (c) a higher plastic viscosity at 180°F (82°C) than at 80° F (27°C); (a) a higher yield point at 130° F (54°C) than at 80° F (27°C), (b) a higher yield point at 180° F (82°C) than at 80° F (27°C), and/or (c) a higher plastic viscosity at 180°F (82°C) than at 80° F (27°C); wherein the yield point of the foamed spacer fluid at 180°F (82°C) is greater than 20 lb/100 ft 2 (0.98 kg/m 2 ); and
A system for retrofitting an electrical actuator system of a hydro-electric turbine in a hydraulic control environment, the system comprising: - a control interface configured to receive a hydraulic control signal generated for hydraulic actuators and process the hydraulic control signal to generate a first control signal for controlling movement of a first electrical actuator , and a second control signal for controlling movement of a second electrical actuator ; the first and a second electrical actuators being operably connected at opposite positions to a gate operating ring which is connected to rotating wicket gates of the turbine ; the first and second control signals causing the first and second electrical actuators to have axial movements which are identical in speed and opposite in directions for rotating the gate operating ring to a desired position, thereby, substantially imitating an exact movement of the hydraulic actuators in response to the hydraulic control signal. - a control interface configured to receive a hydraulic control signal generated for hydraulic actuators and process the hydraulic control signal to generate a first control signal for controlling movement of a first electrical actuator , and a second control signal for controlling movement of a second electrical actuator ; the first and a second electrical actuators being operably connected at opposite positions to a gate operating ring which is connected to rotating wicket gates of the turbine ;
Ejection device for ejecting a movable furniture part of a piece of furniture , wherein the movable furniture part is connected movably via a furniture hinge to a furniture body of the piece of furniture , wherein the movable furniture part can be moved from a closed position on the furniture body into an opened position, wherein the ejection device comprises an electric drive unit and a control rod , wherein the control rod can be integrated into a wall of the furniture body , characterised in that the control rod comprises coupling means , wherein the control rod is configured to come into contact with the furniture hinge via the coupling means , wherein the coupling means can be coupled to the furniture hinge on a hinge arm of the furniture hinge .
Method for injection moulding two or more parts with a different size, shape and/or volume using an injection moulding machine and tool comprising two or more mould cavities , and a feed system comprising at least one gate a plurality of runners located upstream of said at least one gate , whereby said plurality of runners comprises at least one moveable wall and said method comprises the step of changing at least one cross-sectional dimension (T x , B x , H x , S x ) of said plurality of runners by moving said movable wall, wherein said method is for injection moulding said two or more parts with a different size, shape and/or volume simultaneously, and comprises the step of changing said at least one cross-sectional dimension (T x , B x , H x , S x ) of said plurality of runners by moving said at least one movable wall in order to achieve at least one of the following: a) to apply a holding pressure to material in said plurality of runners and consequently to said two or more mould cavities , b) to compress residue in said plurality of runners , characterized in that said at least one cross-sectional dimension (T x , B x , H x , S x ) of said plurality of runners is individually variable by means of a plurality of side gate inserts that are adapted to change said at least one cross-sectional dimension (T x ) of said plurality of runners . a) to apply a holding pressure to material in said plurality of runners and consequently to said two or more mould cavities , b) to compress residue in said plurality of runners ,
A suction head for a waste sorting system, comprising a main tubular body having a connecting end for connection to a suction system (S) and a suction end for engagement with a waste item; an upper sleeve member and a lower sleeve member arranged around the suction end , wherein the upper sleeve member is longitudinally movable with respect to the main tubular body and wherein the lower sleeve member is removable from the suction end ; an annular gripper sheet of flexible material arranged between the upper and lower sleeve member ; and a biasing member in longitudinal biasing engagement with the upper sleeve member for biasing the upper sleeve member toward the lower sleeve member and clamping the annular gripper sheet between the upper and lower sleeve member . an upper sleeve member and a lower sleeve member arranged around the suction end , wherein the upper sleeve member is longitudinally movable with respect to the main tubular body and wherein the lower sleeve member is removable from the suction end ; an annular gripper sheet of flexible material arranged between the upper and lower sleeve member ; and a biasing member in longitudinal biasing engagement with the upper sleeve member for biasing the upper sleeve member toward the lower sleeve member and clamping the annular gripper sheet between the upper and lower sleeve member .