Abstract: A method of restoring a gas turbine engine component includes removing a defect section of a turbine engine component according to a template. The template is produced based upon common defect sections from other turbine engine components. A laser cladding is used to build a replacement section in place of the defect section. Thus, the turbine engine component is restored to near its original shape.

Abstract: A baby crib includes an upright segment having a lower end portion and an upper end portion, a base connected with the lower end portion of the upright segment, an elongated support structure extending along a horizontal plane above the base and connected with the upper end portion, and a bassinet assembled with the support structure and having an inner space adapted to receive the placement of a baby therein. The bassinet has a sidewall provided with a side opening communicating with the inner space. The support structure is operable to displace the bassinet horizontally to modify a distance between the bassinet and the upright segment.

Abstract: A method of restoring a gas turbine engine component includes repairing a turbine airfoil along a chordwidth dimension to rebuild a trailing edge of the turbine airfoil to near original dimensions. An eroded portion of the trailing edge of the turbine airfoil is removed and a filler material is deposited onto the trailing edge to produce a laser cladding. During the laser cladding process, a barrier member is inserted into a slot that extends through the trailing edge to prevent filler material from entering the slot and to act as a heat sink to remove heat from the trailing edge during the laser cladding process.

Abstract: A child safety seat comprises a backrest, a seat portion connected with a lower end portion of the backrest, and a tether including a strap held with the child safety seat, and a resilient member assembled with the strap. The resilient member and the strap have different elasticity, and a tensioning of the strap causes deformation of the resilient member. When the vehicle is subject to a frontal collision or suddenly brakes, the resilient member can deform to cushion the retaining force applied by the tether, which can reduce the risk of injuries.

Abstract: A baby crib includes an upright segment having a lower end portion and an upper end portion, a base connected with the lower end portion of the upright segment, an elongated support structure extending along a horizontal plane above the base and connected with the upper end portion, and a bassinet assembled with the support structure and having an inner space adapted to receive the placement of a baby therein. The bassinet has a sidewall provided with a side opening communicating with the inner space. The support structure is operable to displace the bassinet horizontally to modify a distance between the bassinet and the upright segment.

Abstract: A method of restoring a gas turbine engine component includes depositing a filler material onto a sulphidation section of an underside of a turbine engine platform and laser consolidating the filler material to produce a restored surface on the underside. The sulphidation section includes sulphidation pit portions that are filled during the laser consolidating to produce the restored surface. An eroded trailing edge of a turbine airfoil is laser cladded to produce a restored trailing edge thickness.

Abstract: A stroller includes a frame, a seat, two retaining mechanisms, and two retaining seats. The frame has a pair of first side portions. The seat has a bottom plate portion, a pair of second side portions, and a backrest portion. The retaining mechanisms are disposed respectively on one pair of the pair of the first side portions and the pair of the second side portions. Each of the retaining mechanisms includes a resilient pressing portion and a retaining hook. The retaining seats are disposed respectively on the other pair of the pair of the first side portions and the pair of the second side portions. Each of the retaining seats has a retaining groove engaging the corresponding retaining hook. The resilient pressing portions can be pressed to remove the retaining hooks from the retaining grooves.

Abstract: A child safety seat comprises a backrest, a seat portion connected with a lower end portion of the backrest, and a tether including a strap held with the child safety seat, and a resilient member assembled with the strap. The resilient member and the strap have different elasticity, and a tensioning of the strap causes deformation of the resilient member. When the vehicle is subject to a frontal collision or suddenly brakes, the resilient member can deform to cushion the retaining force applied by the tether, which can reduce the risk of injuries.

Abstract: A baby crib comprises a support frame, and a bassinet connected with the support frame. The bassinet includes a bottom board, an enclosure and a cover element. The enclosure has a lower end connected with a peripheral edge portion of the bottom board to define an inner space. A front of the enclosure has a side opening, and the cover element is movable relative to the enclosure to cover and uncover the side opening.

Abstract: A playpen includes a frame member and a fabric enclosure member. The frame member includes a top frame unit and a plurality of leg units that are connected to the top frame unit. Each of the leg units includes a plurality of first fasteners that are spacedly arranged along a longitudinal direction thereof. The fabric enclosure member includes a plurality of second fasteners for engaging respectively the first fasteners for securing the fabric enclosure member to the frame member. The fabric enclosure member cooperates with the leg units and the top frame unit of the frame member to define an inner play space.

Abstract: A stroller includes a frame, a seat, two retaining mechanisms, and two retaining seats. The frame has a pair of first side portions. The seat has a bottom plate portion, a pair of second side portions, and a backrest portion. The retaining mechanisms are disposed respectively on one pair of the pair of the first side portions and the pair of the second side portions. Each of the retaining mechanisms includes a resilient pressing portion and a retaining hook. The retaining seats are disposed respectively on the other pair of the pair of the first side portions and the pair of the second side portions. Each of the retaining seats has a retaining groove engaging the corresponding retaining hook. The resilient pressing portions can be pressed to remove the retaining hooks from the retaining grooves.

Abstract: The playard includes a frame body and a bassinet detachably mounted on the frame body. An opening and a cover that covers onto the opening are configured at the bottom panel of the bassinet. When the cover opens relative to the opening, a folding device at the bottom of the frame body can be operated by a user's hand sticking into the opening for folding the playard to a smaller size without the need of removing the bassinet. A height adjustment device is further configured on the side panels of the bassinet for adjusting the height of the bassinet by selectively setting the bassinet in a first using state that has a shallow depth or in a second using state that has a deep depth.

Abstract: A metal article and a method for welding the metal parts to form the metal article, where the method comprises feeding filler material to an intersection of the metal parts, and melting the filler material with a laser beam to form a weld between the metal parts at the intersection.

Abstract: A safety belt device is mounted on a support member that is formed with a positioning hole, and includes a belt, an anchor member that permits a first end portion of the belt to extend therethrough and that is retained removably on the support member at the positioning hole, and an elastic component connected to the anchor member and disposed to support a second end portion of the belt such that the elastic component deforms when a pulling force is applied on the second end portion of the belt and restores the belt to an initial state when the pulling force on the second end portion of the belt is removed.

Abstract: The present invention relates to a child seat, in particular a child seat having a flexible integrally formed thereon, and does not need any additional clothing or pad to be attached to the body thereof. The flexible member 16 is integrally formed directly on the body 18 of the child car seat 1 by over-molding process. The present invention applies a two-molding step process to forme the flexible member onto the body of the seat portion. By such arrangement, the manufacturing cost and assembling time can be reduced.

Abstract: The playard includes a frame body and a bassinet detachably mounted on the frame body. An opening and a cover that covers onto the opening are configured at the bottom panel of the bassinet. When the cover opens relative to the opening, a folding device at the bottom of the frame body can be operated by a user's hand sticking into the opening for folding the playard to a smaller size without the need of removing the bassinet. A height adjustment device is further configured on the side panels of the bassinet for adjusting the height of the bassinet by selectively setting the bassinet in a first using state that has a shallow depth or in a second using state that has a deep depth.

Abstract: A safety belt device is mounted on a support member that is formed with a positioning hole, and includes a belt, an anchor member that permits a first end portion of the belt to extend therethrough and that is retained removably on the support member at the positioning hole, and an elastic component connected to the anchor member and disposed to support a second end portion of the belt such that the elastic component deforms when a pulling force is applied on the second end portion of the belt and restores the belt to an initial state when the pulling force on the second end portion of the belt is removed.

Abstract: A metal article and a method for welding the metal parts to form the metal article, where the method comprises feeding filler material to an intersection of the metal parts, and melting the filler material with a laser beam to form a weld between the metal parts at the intersection.

Abstract: A method of restoring a gas turbine engine component includes removing a defect section of a turbine engine component according to a template. The template has a standardized shape and is used in a standardized location on the turbine engine component. The template is produced based upon common defect sections from other turbine engine components. A laser cladding is used to build a replacement section in place of the defect section. Thus, the turbine engine component is restored to near its original shape.