mhurhangee/ep-ind-claims huggingface dataset:
An electrically powered saw blade emergency braking apparatus for stopping travel of the blade of an electrically powered saw of the type incorporating a cutting table through which the blade of the saw passes during a cutting operation, the apparatus comprising: a saw blade braking jaw; a movable jaw spaced apart from the braking jaw for reception of a blade of a saw between the braking jaw and the movable jaw; a driver comprising a piston arranged in a piston cylinder for driving the movable jaw from a retracted position into contact with a side face of a blade to force an opposite side of the blade against the braking jaw and thereby clamp a blade between the braking jaw and the movable jaw; and an actuator operable in response to an emergency braking signal; characterised by: a pressure chamber housing having a pressure chamber for holding a fluid at a predetermined pressure, the pressure chamber housing being mounted to the piston cylinder; a discharge port for directing pressurised fluid from the pressure chamber into the driver; and a valve member arranged to control flow of the pressurised fluid along a flow path between the valve member and the piston from the pressure chamber to the discharge port; and in that the actuator is arranged to release the pressurised fluid in the pressure chamber to drive the piston against the movable jaw for driving the movable jaw into said contact with the side face of a blade. a saw blade braking jaw; a movable jaw spaced apart from the braking jaw for reception of a blade of a saw between the braking jaw and the movable jaw; a driver comprising a piston arranged in a piston cylinder for driving the movable jaw from a retracted position into contact with a side face of a blade to force an opposite side of the blade against the braking jaw and thereby clamp a blade between the braking jaw and the movable jaw; and an actuator operable in response to an emergency braking signal; a pressure chamber housing having a pressure chamber for holding a fluid at a predetermined pressure, the pressure chamber housing being mounted to the piston cylinder; a discharge port for directing pressurised fluid from the pressure chamber into the driver; and a valve member arranged to control flow of the pressurised fluid along a flow path between the valve member and the piston from the pressure chamber to the discharge port; and in that the actuator is arranged to release the pressurised fluid in the pressure chamber to drive the piston against the movable jaw for driving the movable jaw into said contact with the side face of a blade.
A modular electronic damping control system for a vehicle, which modular electronic damping control system comprises: at least one damping component (200; 300; 400; 500; 600; 700; 800; 900) for locating at a vehicle suspension location; and a control system configured to control said at least one damping component when located at said vehicle suspension location, said control system configured to determine a type of at least one damping component, said control system configured to automatically tune a vehicle suspension of the vehicle based on a determined type of said at least one damping component, and wherein said control system is further configured to automatically monitor said at least one damping component and determine when a change has been made to said at least one damping component, and said control system configured to automatically re-tune said vehicle suspension based on said change to said at least one damping component. at least one damping component (200; 300; 400; 500; 600; 700; 800; 900) for locating at a vehicle suspension location; and a control system configured to control said at least one damping component when located at said vehicle suspension location, said control system configured to determine a type of at least one damping component, said control system configured to automatically tune a vehicle suspension of the vehicle based on a determined type of said at least one damping component, and wherein said control system is further configured to automatically monitor said at least one damping component and determine when a change has been made to said at least one damping component, and said control system configured to automatically re-tune said vehicle suspension based on said change to said at least one damping component.
A panel driving assembly, for driving a panel part, the panel driving assembly comprising: a first connecting piece, which is provided with a first rack, a first end of the first connecting piece being movably connected with the panel part; and a driving part, a first end of the driving part being movably connected with the panel part, a second end of the driving part being engaged with the first rack, and the driving part driving the panel part to be opened or closed, the panel driving assembly characterized in that the driving part comprises: a second connecting piece, one end of the second connecting piece being movably connected with the panel part; and a drive gear, connected with the second connecting piece and engaged with the first rack. a first connecting piece, which is provided with a first rack, a first end of the first connecting piece being movably connected with the panel part; and a driving part, a first end of the driving part being movably connected with the panel part, a second end of the driving part being engaged with the first rack, and the driving part driving the panel part to be opened or closed, the panel driving assembly characterized in that the driving part comprises: a second connecting piece, one end of the second connecting piece being movably connected with the panel part; and a drive gear, connected with the second connecting piece and engaged with the first rack. a second connecting piece, one end of the second connecting piece being movably connected with the panel part; and a drive gear, connected with the second connecting piece and engaged with the first rack.
Use of a glass ceramic having a quartz solid solution phase, which comprises the following components Component wt.-% SiO 2 37.0 to 50.0 Al 2 O 3 25.0 to 39.0 MgO 5.0 to 15.0 ZrO 2 13.5 to 19.0 as dental material.
An electrical device comprising: a heat-absorbing component, wherein the heat-absorbing component includes an enclosure of the device; one or more heat-generating components (102, 206), at least one heat-generating component (102, 206) located in proximity to an inner surface of the heat-absorbing component, wherein a gap exists between the at least one heat-generating component (102, 206) and the inner surface of the heat-absorbing component, the gap having a size less than 3.7mm; and an insulator, located in the gap, including a container enclosing atmospheric pressure gas within an internal cavity (124, 132), the atmospheric pressure gas having a thermal conductivity lower than air, characterized in the container being separate from the enclosure of the device and the container being a flexible polymer-based structure defining the internal cavity (124, 132). a heat-absorbing component, wherein the heat-absorbing component includes an enclosure of the device; one or more heat-generating components (102, 206), at least one heat-generating component (102, 206) located in proximity to an inner surface of the heat-absorbing component, wherein a gap exists between the at least one heat-generating component (102, 206) and the inner surface of the heat-absorbing component, the gap having a size less than 3.7mm; and an insulator, located in the gap, including a container enclosing atmospheric pressure gas within an internal cavity (124, 132), the atmospheric pressure gas having a thermal conductivity lower than air, characterized in the container being separate from the enclosure of the device and the container being a flexible polymer-based structure defining the internal cavity (124, 132).
A mutant chorismate-pyruvate lyase having resistance to product inhibition, wherein the mutant consists of an amino acid sequence having 90% or more of identity with any one of SEQ ID NOs: 1 to 9, has chorismate-pyruvate lyase activity, and has an amino acid which is alanine, cysteine, threonine, serine, or asparagine at an equivalent position of valine at position 80 of any one of SEQ ID NOs: 1 to 7, when the amino acid sequence of the mutant chorismate-pyruvate lyase is aligned with an amino acid sequence of any one of SEQ ID NOs: 1 to 7 or has an amino acid which is alanine, cysteine, threonine, serine, or asparagine at an equivalent position of isoleucine at position 79 of SEQ ID NO: 8 or 9, when the amino acid sequence of the mutant chorismate-pyruvate lyase is aligned with an amino acid sequence of SEQ ID NO: 8 or 9.
A fixture for holding a midsole (12; 88) of a shoe, the midsole (12; 88) having a top surface (80; 92), an outer perimeter surface to be painted, and a bottom surface, the fixture comprising: a lower jig (14, 16; 86) having an outer wall (18; 104) and a contacting surface (34, 56; 116) extending from the outer wall (18; 104) of the lower jig (14, 16; 86) and sized to apply a compressive force to the midsole (12; 88) along a desired paint line when the midsole (12; 88) is positioned in the lower jig (14, 16; 86) to prevent paint from moving onto the midsole (12; 88) below the contacting surface (34, 56; 116); and a top jig (70; 84) having a lower surface configured to be placed in contact with the top surface (80; 92) of the midsole (12; 88) when the midsole (12; 88) is held in the lower jig (14, 16; 86), the lower surface of the top jig (70; 84) shaped to apply a downward and outward force on an edge between the top surface (80; 92) of the midsole (12; 88) and the outer perimeter surface of the midsole (12; 88), thereby to prevent paint from moving onto the top surface (80; 92) of the shoe portion. a lower jig (14, 16; 86) having an outer wall (18; 104) and a contacting surface (34, 56; 116) extending from the outer wall (18; 104) of the lower jig (14, 16; 86) and sized to apply a compressive force to the midsole (12; 88) along a desired paint line when the midsole (12; 88) is positioned in the lower jig (14, 16; 86) to prevent paint from moving onto the midsole (12; 88) below the contacting surface (34, 56; 116); and a top jig (70; 84) having a lower surface configured to be placed in contact with the top surface (80; 92) of the midsole (12; 88) when the midsole (12; 88) is held in the lower jig (14, 16; 86), the lower surface of the top jig (70; 84) shaped to apply a downward and outward force on an edge between the top surface (80; 92) of the midsole (12; 88) and the outer perimeter surface of the midsole (12; 88), thereby to prevent paint from moving onto the top surface (80; 92) of the shoe portion.
A reference electrode (100, 200, 300, 400, 500) comprising: a conductive substrate (110, 210, 310, 410, 510) having a first surface(115, 215, 315, 515); and an ionically insulating, hydrophobic layer (120, 220, 320, 420, 520) adjacent to the first surface (115, 215, 315, 515); wherein either the ionically insulating, hydrophobic layer has a plurality of non-selective ion exchange sites (130, 230) on its exposed surface, or non-selective ion exchange sites (130, 230) on the exposed surface are provided by a non-selective ion exchange layer on the ionically insulating, hydrophobic layer. a conductive substrate (110, 210, 310, 410, 510) having a first surface(115, 215, 315, 515); and an ionically insulating, hydrophobic layer (120, 220, 320, 420, 520) adjacent to the first surface (115, 215, 315, 515); wherein
A patch device of a wearable device for health monitoring, the patch device comprising: a top layer; an electronic sub-assembly layer coupled to the top layer; a bottom layer coupled to the sub-assembly layer; a first intermediate layer that is coupled between the sub-assembly layer and the bottom layer, wherein the first intermediate layer comprises an adhesive die cut layer and a foam layer coupled to the adhesive die cut layer to create a waterproof seal over the sub-assembly layer, wherein both the adhesive die cut layer and the foam layer include a sealable flap to enable insertion and attachment of an electronic module to the disposable patch device; and a flap layer coupled to the sealable flap of the adhesive die cut layer to prevent the adhesive die cut layer from sticking to the electronic module. a top layer; an electronic sub-assembly layer coupled to the top layer; a bottom layer coupled to the sub-assembly layer; a first intermediate layer that is coupled between the sub-assembly layer and the bottom layer, wherein the first intermediate layer comprises an adhesive die cut layer and a foam layer coupled to the adhesive die cut layer to create a waterproof seal over the sub-assembly layer, wherein both the adhesive die cut layer and the foam layer include a sealable flap to enable insertion and attachment of an electronic module to the disposable patch device; and a flap layer coupled to the sealable flap of the adhesive die cut layer to prevent the adhesive die cut layer from sticking to the electronic module.
A sealing tool for sealing a flexible packaging material, the sealing tool comprising a first jaw including a first jaw surface and a second jaw including a second jaw surface with the respective jaw surfaces arranged opposite to each other, wherein the first jaw surface includes a groove (40; 50) and the second jaw surface includes a ridge (42, 52) and wherein the groove on the first jaw surface and the ridge on the second jaw surface are designed to mate with each other when the jaw surfaces are moved towards each other, and wherein the groove (40; 50) on the first jaw surface has a groove bottom featuring a curved cross-section and the ridge (42, 52) has a ridge top featuring a curved cross-section; characterized in that the curved cross-section of the groove and the curved cross-section of the ridge have a radius of curvature of at least 0.5 mm.
A topical composition comprising: - a polymer selected from a water absorbing acrylic or methacrylic resin, a copolymer of acryloyldimethyltaurate, an acrylate crosslinked silicone copolymer, or an anionic polysaccharide that is alginic acid or its sodium salt; - a high molecular weight hyaluronic acid (HMW HA) and/or its salt having a molecular weight of from 8 × 10 5 to 1 × 10 7 daltons; - a low molecular weight hyaluronic acid (LMW HA) and/or its salt having a molecular weight of from from 1 × 10 3 to 8 × 10 5 daltons; and - a sodium salt of poly(aspartic acid); and - water. - a polymer selected from a water absorbing acrylic or methacrylic resin, a copolymer of acryloyldimethyltaurate, an acrylate crosslinked silicone copolymer, or an anionic polysaccharide that is alginic acid or its sodium salt; - a high molecular weight hyaluronic acid (HMW HA) and/or its salt having a molecular weight of from 8 × 10 5 to 1 × 10 7 daltons; - a low molecular weight hyaluronic acid (LMW HA) and/or its salt having a molecular weight of from from 1 × 10 3 to 8 × 10 5 daltons; and - a sodium salt of poly(aspartic acid); and - water.
Method for forming a noble metal coating, preferably a silver coating, gold coating, copper coating, nickel coating or palladium coating, on at least one area of a metallic substrate in the form of a metallic wire or string material, with the following steps: - preheating the area of the substrate which is to be coated, - applying a noble metal solution, preferably a silver solution, gold solution, copper solution, nickel solution, or palladium solution, to the preheated area of the substrate - firing the noble metal solution applied to the substrate - cooling the substrate which has been coated with the fired noble metal solution wherein the substrate which has been coated with the fired noble metal solution after it has cooled is heated again for its thermal after-treatment, characterised in that the firing of the noble metal solution is carried out in a temperature range from 500°C to 600°C. - preheating the area of the substrate which is to be coated, - applying a noble metal solution, preferably a silver solution, gold solution, copper solution, nickel solution, or palladium solution, to the preheated area of the substrate - firing the noble metal solution applied to the substrate - cooling the substrate which has been coated with the fired noble metal solution
A steering assistance device comprising: a steering angle detection unit, which detects a steering angle of a vehicle; a steering assistance unit, which performs steering assistance of the vehicle by applying torque to a steering shaft; and a control unit, which increases the amount of steering assistance performed by the steering assistance unit as compared with a case where the steering angle is not included in the angular range, in case where the detected steering angle is included in an angular range corresponding to a steering play segment where the steering does not change the direction of wheels of the vehicle wherein the control unit is configured to control the steering assistance unit such that the change in the steering retention torque increases depending on whether the detected steering angle is included in the angular range (rθ) corresponding to the steering play segment or the detected steering angle is not included in the angular range (rθ). a steering angle detection unit, which detects a steering angle of a vehicle; a steering assistance unit, which performs steering assistance of the vehicle by applying torque to a steering shaft; and a control unit, which increases the amount of steering assistance performed by the steering assistance unit as compared with a case where the steering angle is not included in the angular range, in case where the detected steering angle is included in an angular range corresponding to a steering play segment where the steering does not change the direction of wheels of the vehicle wherein the control unit is configured to control the steering assistance unit such that the change in the steering retention torque increases depending on whether the detected steering angle is included in the angular range (rθ) corresponding to the steering play segment or the detected steering angle is not included in the angular range (rθ).
A computer-implemented method for authenticating content, comprising: determining, by a content producing device, an original manifest which indicates at least an original content name associated with a content object, wherein the content name is a hierarchically structured variable length identifier (HSVLI) which comprises contiguous name components ordered from a most general level to a most specific level; encapsulating the original manifest under an encapsulation name; renaming the content object with a new content name; and creating a new manifest which indicates the new content name, wherein the new manifest includes original authentication information associated with the original manifest, wherein the original authentication information includes the encapsulation name for the original manifest, thereby facilitating redistribution of content objects with different names without requiring re-computation of the original authentication information. determining, by a content producing device, an original manifest which indicates at least an original content name associated with a content object, wherein the content name is a hierarchically structured variable length identifier (HSVLI) which comprises contiguous name components ordered from a most general level to a most specific level; encapsulating the original manifest under an encapsulation name; renaming the content object with a new content name; and creating a new manifest which indicates the new content name, wherein the new manifest includes original authentication information associated with the original manifest, wherein the original authentication information includes the encapsulation name for the original manifest, thereby facilitating redistribution of content objects with different names without requiring re-computation of the original authentication information.
Gear-driven bearing unit comprising a housing, a drive gear and a rolling element bearing, the rolling element bearing comprising: an outer member provided with teeth for meshing with teeth of the drive gear, an inner member (141, 142) and one or more rows of rolling elements (151, 152) disposed between the inner and outer members, whereby at one axial side of the unit a first radial gap exists between a radially inner surface of the outer member and a radially outer surface of the inner member; and a second radial gap exists between a radially outer surface of the outer member and a radially inner surface of the housing, the unit being at least partly filled with a grease lubricant, which is retained within the unit by a first seal provided in the first radial gap and by a second seal provided in the second radial gap. characterized in that - one of the first and second seals (180, 190) comprises a first radial lip (181, 191) and a second radial lip (182, 192) that bear against a radially oriented counterface (137, 138); and in that - the grease lubricant comprises a calcium-based thickener or comprises calcium salt additives; - the teeth of the drive gear are made of hardened bearing steel and in that - the teeth on the outer member are made of a bearing steel that has been subjected to a hardening treatment that diffuses nitrogen into a surface of the teeth. an outer member provided with teeth for meshing with teeth of the drive gear, an inner member (141, 142) and one or more rows of rolling elements (151, 152) disposed between the inner and outer members, whereby at one axial side of the unit a first radial gap exists between a radially inner surface of the outer member and a radially outer surface of the inner member; and a second radial gap exists between a radially outer surface of the outer member and a radially inner surface of the housing, the unit being at least partly filled with a grease lubricant, which is retained within the unit by a first seal provided in the first radial gap and by a second seal provided in the second radial gap. characterized in that - one of the first and second seals (180, 190) comprises a first radial lip (181, 191) and a second radial lip (182, 192) that bear against a radially oriented counterface (137, 138); and in that - the grease lubricant comprises a calcium-based thickener or comprises calcium salt additives; - the teeth of the drive gear are made of hardened bearing steel and in that - the teeth on the outer member are made of a bearing steel that has been subjected to a hardening treatment that diffuses nitrogen into a surface of the teeth. - one of the first and second seals (180, 190) comprises a first radial lip (181, 191) and a second radial lip (182, 192) that bear against a radially oriented counterface (137, 138); and in that - the grease lubricant comprises a calcium-based thickener or comprises calcium salt additives; - the teeth of the drive gear are made of hardened bearing steel and in that - the teeth on the outer member are made of a bearing steel that has been subjected to a hardening treatment that diffuses nitrogen into a surface of the teeth.