mhurhangee/ep-ind-claims huggingface dataset:
A protective cover (30, 130) for a fire protection sprinkler (10, 110) comprising: a pair of sidewalls (32, 132); an orthogonal wall structure (42, 142) connected to an upper edge of each of the pair of sidewalls (32, 132), said orthogonal wall structure (42, 142) including a slot therein that opens along an edge of the orthogonal wall structure in alignment with a side opening between the pair of sidewalls (32, 132), the slot including a pair of side edges including a pair of opposing arcuate regions adapted to engage a deflector mounting boss disposed at the end of a pair of frame arms of a fire protection sprinkler (10, 110), characterized by, an arcuate sidewall extending from said orthogonal wall structure (42, 142); and an upper wall extending inward from an upper edge of the arcuate sidewall, the upper wall opposing the orthogonal wall structure (42, 142), wherein the orthogonal wall structure (42, 142), the arcuate sidewall, and the upper wall defining a cavity that is adapted for receiving a deflector of the fire protection sprinkler (10, 110). a pair of sidewalls (32, 132); an orthogonal wall structure (42, 142) connected to an upper edge of each of the pair of sidewalls (32, 132), said orthogonal wall structure (42, 142) including a slot therein that opens along an edge of the orthogonal wall structure in alignment with a side opening between the pair of sidewalls (32, 132), the slot including a pair of side edges including a pair of opposing arcuate regions adapted to engage a deflector mounting boss disposed at the end of a pair of frame arms of a fire protection sprinkler (10, 110), characterized by, an arcuate sidewall extending from said orthogonal wall structure (42, 142); and an upper wall extending inward from an upper edge of the arcuate sidewall, the upper wall opposing the orthogonal wall structure (42, 142), wherein the orthogonal wall structure (42, 142), the arcuate sidewall, and the upper wall defining a cavity that is adapted for receiving a deflector of the fire protection sprinkler (10, 110).
Device for housing in a vibration-proof manner an electronic component, the device comprising a fiber-reinforced, injection-molded carrier element which comprises a cavity for receiving the electronic component, the electronic component which is arranged in the cavity, a damping layer which is applied directly on the carrier element and which is arranged at least in portions between the electronic component and the carrier element, wherein the damping layer comprises a material made of a thermoplastic elastomer and a thickness between the electronic component and the carrier element of at least 100 μm, a filling mass which adheres to the damping layer and the electronic component, and which is arranged between the electronic component and the carrier element, an electric conductor which is coupled with the electronic component and the carrier element, and which is at least in portions surrounded by the damping layer. a fiber-reinforced, injection-molded carrier element which comprises a cavity for receiving the electronic component, the electronic component which is arranged in the cavity, a damping layer which is applied directly on the carrier element and which is arranged at least in portions between the electronic component and the carrier element, wherein the damping layer comprises a material made of a thermoplastic elastomer and a thickness between the electronic component and the carrier element of at least 100 μm, a filling mass which adheres to the damping layer and the electronic component, and which is arranged between the electronic component and the carrier element, an electric conductor which is coupled with the electronic component and the carrier element, and which is at least in portions surrounded by the damping layer.
A loading tool for a crimping instrument, comprising: a target cover defining one or more snare guides and one or more target cover suture openings, each of which lies at least partially within a corresponding one of the one or more snare guides and wherein the target cover further defines a suture clearance slot coupled to each of the one or more target cover suture openings; a target tray coupled to the target cover; one or more suture fasteners; one or more snare loops, each wrapped around a corresponding one of the one or more snare guides; and at least one handle (86; 160) coupled to the one or more snare loops such that movement of the at least one handle (86; 160) relative to the one or more suture fasteners draws the one or more snare loops to which the at least one handle (86; 160) is coupled through one or more of the suture fasteners. a target cover defining one or more snare guides and one or more target cover suture openings, each of which lies at least partially within a corresponding one of the one or more snare guides and wherein the target cover further defines a suture clearance slot coupled to each of the one or more target cover suture openings; a target tray coupled to the target cover; one or more suture fasteners; one or more snare loops, each wrapped around a corresponding one of the one or more snare guides; and at least one handle (86; 160) coupled to the one or more snare loops such that movement of the at least one handle (86; 160) relative to the one or more suture fasteners draws the one or more snare loops to which the at least one handle (86; 160) is coupled through one or more of the suture fasteners.
A filter press comprising: a stack of filter plates, a body carrying said stack of filter plates, characterized by the filter press further comprising a weighing device disposed between the body and the stack of filter plates for supporting and carrying the weight of said stack of filter plates, wherein the weighing device comprises at least one weighing sensor for weighing filter cake formation in the stack of filter plates and an attachment structure attaching the stack of filter plates and the body together such that vertical movement of the stack of filter plates relative to the body is allowed.
A denture base for a dental prosthesis, comprising: a dental arch form; a plurality of tooth socket compartments recessed within the dental arch form, wherein one or more of the tooth socket compartments comprises a convex surface, the convex surface configured in a step-like structure characterized by a tread-like lingual-basal surface having a horizontal top section or surface and a riser-like buccal-basal surface having a vertical upright section or surface, such that the step-like structure projects from a lingual-facing side of the tooth socket compartment toward a buccal-facing side of the tooth socket compartment, and substantially traverses the width of the tooth socket compartment in a mesial-distal orientation; and one or more prominences (215a, 215b, 225a, 225b) projecting from the lingual-basal surface of the step-like structure, wherein the location of one or more prominences (215a, 215b, 225a, 225b) is selected from the group consisting of: a) the lingual-basal surface of the step-like structure, b) the lingual-basal surface of the step-like structure, and the buccal-basal surface of the step-like structure, c) both the lingual-basal surface and the buccal-basal surface of the step-like structure, wherein the one or more prominences extend in a continuous form over at least a portion of both the lingual-basal surface and the buccal-basal surface. a dental arch form; a plurality of tooth socket compartments recessed within the dental arch form, wherein one or more of the tooth socket compartments comprises a convex surface, the convex surface configured in a step-like structure characterized by a tread-like lingual-basal surface having a horizontal top section or surface and a riser-like buccal-basal surface having a vertical upright section or surface, such that the step-like structure projects from a lingual-facing side of the tooth socket compartment toward a buccal-facing side of the tooth socket compartment, and substantially traverses the width of the tooth socket compartment in a mesial-distal orientation; and one or more prominences (215a, 215b, 225a, 225b) projecting from the lingual-basal surface of the step-like structure, wherein the location of one or more prominences (215a, 215b, 225a, 225b) is selected from the group consisting of: a) the lingual-basal surface of the step-like structure, b) the lingual-basal surface of the step-like structure, and the buccal-basal surface of the step-like structure, c) both the lingual-basal surface and the buccal-basal surface of the step-like structure, wherein the one or more prominences extend in a continuous form over at least a portion of both the lingual-basal surface and the buccal-basal surface. a) the lingual-basal surface of the step-like structure, b) the lingual-basal surface of the step-like structure, and the buccal-basal surface of the step-like structure, c) both the lingual-basal surface and the buccal-basal surface of the step-like structure, wherein the one or more prominences extend in a continuous form over at least a portion of both the lingual-basal surface and the buccal-basal surface.
A method for operating an internal combustion engine having a fuel injection system with a high pressure accumulator, wherein a high pressure in the high pressure accumulator is controlled via a low-pressure-side suction throttle as a first pressure actuator in a first high pressure control loop, wherein in a normal operation mode a high pressure disturbance variable is generated via a high-pressure-side pressure control valve as a second pressure actuator, with fuel from the high pressure accumulator being fed into a fuel reservoir via said pressure control valve, characterised in that, in the event of a failure of the first high pressure control loop, a first mode of protection operation is set if the high pressure reaches or exceeds a first pressure limit value (p G1), wherein the high pressure is controlled by means of the pressure control valve via a second high pressure control loop in the first mode of protection operation, and a second mode of protection operation is set if the high pressure exceeds a second pressure limit value (p G2), wherein the pressure control valve is constantly opened in the second mode of protection operation.
A steering input system for a vehicle, the system comprising: - a steering input device configured to provide a steering action input for the vehicle, - an actuator assembly comprising a set of actuators, wherein a tilt actuator coupled to the steering input device is configured to provide a tilt motion for the steering input device about a generally horizontal rotation axis, wherein a first positioning actuator coupled to the steering input device via a first linkage arm is configured to provide a rotating motion for the steering input device about a first rotation axis, and a second positioning actuator coupled to the steering input device via a second linkage arm is configured to provide a rotating motion for the steering input device about a second rotation axis spatially separated from the first rotation axis, wherein the first positioning actuator and the second positioning actuator are configured to translate the steering input device from a drive position to a retracted position by a combined actuation action. - a steering input device configured to provide a steering action input for the vehicle, - an actuator assembly comprising a set of actuators, wherein a tilt actuator coupled to the steering input device is configured to provide a tilt motion for the steering input device about a generally horizontal rotation axis, wherein a first positioning actuator coupled to the steering input device via a first linkage arm is configured to provide a rotating motion for the steering input device about a first rotation axis, and a second positioning actuator coupled to the steering input device via a second linkage arm is configured to provide a rotating motion for the steering input device about a second rotation axis spatially separated from the first rotation axis, wherein the first positioning actuator and the second positioning actuator are configured to translate the steering input device from a drive position to a retracted position by a combined actuation action.
A cover for a cable fitting base, the cover comprising: a top; a bottom opposite the top; and a sliding latch, the sliding latch having a first end, a main body and a second end, whereby the sliding latch releasably secures the cover to the cable fitting base; characterised in that; the top of the cover has a recessed latch receiving area and the sliding latch is positioned within, and maintained by, the recessed latch receiving area. a top; a bottom opposite the top; and a sliding latch, the sliding latch having a first end, a main body and a second end, whereby the sliding latch releasably secures the cover to the cable fitting base; characterised in that; the top of the cover has a recessed latch receiving area and the sliding latch is positioned within, and maintained by, the recessed latch receiving area.
A magazine holder for a firearm, comprising: two actuating elements (2, 3) and a spring, wherein the first actuating element has a locking extension protruding in the direction of the weapon median plane for the temporary attachment of a magazine in the firearm, and a first actuating extension, wherein the second actuating element has a second actuating extension, and wherein the two actuating elements (2, 3) are operatively connected to one another such that the locking extension releases the fastening of the magazine counter to the tension of the spring during a release movement onto one of the two actuating elements (2, 3), characterized in that the first and second actuating elements (2, 3) are each designed as one piece, the second actuating element has a bearing extension on an end section facing away from the second actuating extension and connected by a connecting section, further in that the bearing extension is of thickened design, preferably of barrel-shaped or roller-shaped design, with respect to the end section in at least one spatial direction, and in that the first actuating element has a substantially shape-complementary bearing opening for receiving the bearing extension of the second actuating element in an assembling position. two actuating elements (2, 3) and a spring, wherein the first actuating element has a locking extension protruding in the direction of the weapon median plane for the temporary attachment of a magazine in the firearm, and a first actuating extension, wherein the second actuating element has a second actuating extension, and wherein the two actuating elements (2, 3) are operatively connected to one another such that the locking extension releases the fastening of the magazine counter to the tension of the spring during a release movement onto one of the two actuating elements (2, 3), characterized in that the first and second actuating elements (2, 3) are each designed as one piece, the second actuating element has a bearing extension on an end section facing away from the second actuating extension and connected by a connecting section, further in that the bearing extension is of thickened design, preferably of barrel-shaped or roller-shaped design, with respect to the end section in at least one spatial direction, and in that the first actuating element has a substantially shape-complementary bearing opening for receiving the bearing extension of the second actuating element in an assembling position.
A method of controlling a lawn mower robot having a main body, comprising: acquiring coordinate information of a boundary indication unit (100, 110) defining an operation region; deriving an imaginary quadrangle having four vertices and including the operation region; determining four coordinate points of the boundary indication unit (100, 110) each of which is close to a respective one of the four vertices of the imaginary quadrangle as four specific points; and directing the main body of the lawn mower robot to drive inside the operation region through pattern driving after beginning from any one of the four specific points. acquiring coordinate information of a boundary indication unit (100, 110) defining an operation region; deriving an imaginary quadrangle having four vertices and including the operation region; determining four coordinate points of the boundary indication unit (100, 110) each of which is close to a respective one of the four vertices of the imaginary quadrangle as four specific points; and directing the main body of the lawn mower robot to drive inside the operation region through pattern driving after beginning from any one of the four specific points.
A method of manufacturing a golf ball, the golf ball comprising a core and at least one cover layer surrounding the core, the method comprising: a) depositing a layer of silver having an average thickness which is ≥ 0.05 μm and ≤ 0.5 μm at a deposition surface of the golf ball to provide a reflective silver layer; and b) covering the reflective silver layer with a translucent, protective layer; - wherein the silver layer overlays at least 80% of the surface area of the deposition surface; - wherein prior to depositing the silver layer, the deposition surface is activated and/or sensitized; and - wherein depositing the layer of silver comprises depositing the layer of silver at the deposition surface from an aqueous silvering solution by combining a silvering solution comprising silver ions in solution and a reducing solution which, when combined with the silvering solution, provokes precipitation of the silver ions. a) depositing a layer of silver having an average thickness which is ≥ 0.05 μm and ≤ 0.5 μm at a deposition surface of the golf ball to provide a reflective silver layer; and b) covering the reflective silver layer with a translucent, protective layer; - wherein the silver layer overlays at least 80% of the surface area of the deposition surface; - wherein prior to depositing the silver layer, the deposition surface is activated and/or sensitized; and - wherein depositing the layer of silver comprises depositing the layer of silver at the deposition surface from an aqueous silvering solution by combining a silvering solution comprising silver ions in solution and a reducing solution which, when combined with the silvering solution, provokes precipitation of the silver ions. - wherein the silver layer overlays at least 80% of the surface area of the deposition surface; - wherein prior to depositing the silver layer, the deposition surface is activated and/or sensitized; and - wherein depositing the layer of silver comprises depositing the layer of silver at the deposition surface from an aqueous silvering solution by combining a silvering solution comprising silver ions in solution and a reducing solution which, when combined with the silvering solution, provokes precipitation of the silver ions.
A semiconductor device (100, 200, 300, 400) comprising: a substrate with a circuit being disposed on a first principal surface; a semiconductor element being provided at the first principal surface of said substrate and being electrically connected by wire bonding to said circuit for interconnection therebetween; a metallic core layer provided within said substrate and electrically connected to said semiconductor element; a plurality of conductive bumps provided on a second principal surface opposite to the first principal surface of said substrate; and a metal member provided at the second principal surface and electrically connected to said metallic core layer wherein a counterbore is provided at the first principal surface of said substrate and wherein said semiconductor element is mounted in said counterbore, wherein an electrical connection from the first principal surface to the second principal surface is provided by way of through going holes which are provided in the substrate, wherein the through going holes do not come into contact with the a metallic core layer, characterized in that the semiconductor device (100, 200, 300, 400) further comprises a thermally hardenable sealing resin for sealing at least said semiconductor element and the first principal surface side of said substrate; wherein said semiconductor element and said metallic core layer are electrically connected together by use of a conductive adhesive; the electrical connection from the first principal surface to the second principal surface is provided by way of via holes which are provided in the substrate and the through going holes, wherein the through going holes do not pass through from the first principal surface to the second principal surface and are filled with resin material which makes up the substrate.
A solid cosmetic composition comprising (i) an inner core which is a second vegetable butter composition wherein the second vegetable butter composition comprises (a) one or more low saturated vegetable butters, wherein the one or more low saturated vegetable butters are selected from vegetable butters having less than 60wt% saturated fatty acids based on the total fatty acids of the low saturated vegetable butter, wherein the total amount of low saturated vegetable butters is at least 50 wt.% based on the second vegetable butter composition; (b) an emulsifier; and (c) a colouring; (ii) an outer layer which is a first vegetable butter composition wherein the first vegetable butter composition comprises (a) one or more high saturated vegetable butters, wherein the one or more high saturated vegetable butters are selected from vegetable butters having greater than 60wt% saturated fatty acids based on the total fatty acids of the high saturated vegetable butter, wherein the total amount of high saturated vegetable butters is at least 50 wt.% based on the first vegetable butter composition,, and (b) a colouring. (i) an inner core which is a second vegetable butter composition wherein the second vegetable butter composition comprises (a) one or more low saturated vegetable butters, wherein the one or more low saturated vegetable butters are selected from vegetable butters having less than 60wt% saturated fatty acids based on the total fatty acids of the low saturated vegetable butter, wherein the total amount of low saturated vegetable butters is at least 50 wt.% based on the second vegetable butter composition; (b) an emulsifier; and (c) a colouring; (a) one or more low saturated vegetable butters, wherein the one or more low saturated vegetable butters are selected from vegetable butters having less than 60wt% saturated fatty acids based on the total fatty acids of the low saturated vegetable butter, wherein the total amount of low saturated vegetable butters is at least 50 wt.% based on the second vegetable butter composition; (b) an emulsifier; and (c) a colouring; (ii) an outer layer which is a first vegetable butter composition wherein the first vegetable butter composition comprises (a) one or more high saturated vegetable butters, wherein the one or more high saturated vegetable butters are selected from vegetable butters having greater than 60wt% saturated fatty acids based on the total fatty acids of the high saturated vegetable butter, wherein the total amount of high saturated vegetable butters is at least 50 wt.% based on the first vegetable butter composition,, and (b) a colouring. (a) one or more high saturated vegetable butters, wherein the one or more high saturated vegetable butters are selected from vegetable butters having greater than 60wt% saturated fatty acids based on the total fatty acids of the high saturated vegetable butter, wherein the total amount of high saturated vegetable butters is at least 50 wt.% based on the first vegetable butter composition,, and (b) a colouring.