Abstract:
A handle structure for a draw bar of a luggage case includes a handle, a handle casing, a push member, and a connecting device. The handle includes two control members each having a movable member pivoted to a stationary member. The movable member includes a press portion and a reaction portion at two sides of the pivot point. The handle casing is fixed around the handle to hold the press portion. The push member has a head portion disposed in the handle casing and connected to the reaction portions, and a shaft portion extending out of the handle casing. The connecting device is fixed to the rod portion, and the shaft portion is inserted in the connecting device. When the press portion is subjected to a force in a direction, the reaction portion is moved toward that direction, the reaction portion moves the shaft portion toward the rod portion.
Abstract:
A hard shell luggage case includes a body, a cover, a zipper and a plurality of wheels. The body includes an inner space defined by a bottom surface, annular lateral surface and a top surface, and a mouth defined by a mouth peripheral edge and located at the top surface. The cover is pivoted to the body and capable of being lifted to open, and includes a flat surface and a cover edge for mating with the mouth peripheral edge. The zipper is disposed between the body and the cover and includes a first row of teeth disposed on the mouth peripheral edge, a second row of teeth disposed on the cover edge, and at least one slider movably disposed between the first and second rows of teeth to separate or mesh together the two rows of teeth. The wheels are disposed at the bottom surface of the body.
Abstract:
A cover structure for a luggage case is to be connected to a case body of the luggage case, and includes: a main shell, a cover, at least one magnetic member, and two pivot members. With the at least one magnetic member disposed between the outer annular edge of the main shell and the connecting peripheral edge of the cover, the outer annular edge of the main shell and the connecting peripheral edge of the cover can be attracted together, so that the cover can be closed with respect to the main shell. To open the cover, the user has to pull the cover by applying a force to overcome the magnetic force of the magnetic member.
Abstract:
A golf bag is provided with a lower frame, an inner frame, two positioning support members, an upper frame, an outer support member and a cover. The two slots are provided at two opposite sides of the inner frame, the magnetic member is disposed on the inner surface of each of the slots, the first receiving cavities are formed on the lower frame, the magnetic end of the positioning support members are inserted in the slots and attracted by the magnetic members, and another end of the positioning support members are inserted in the first receiving cavities, all these arrangements contribute to strengthening the connection between the inner and lower frames, consequently stabilizing the structure of the golf bag.
Abstract:
A luggage case structure is provided with two aluminum alloy frames which extend in depth to the bottom of the two shells to form the four lateral surfaces of the two shells, which solves the problem of structure strength difference between the bottom of the shells of the convention luggage case and the lateral boards. Besides, the carbon fiber is formed into two-dimensional flat boards instead of a three-dimensional structure, which not only makes manufacturing easier, but also enhances the structural strength while reducing weight.
Abstract:
A luggage case with two zipper pockets includes a case body, a first zipper pocket and a second zipper pocket. The case body includes a datum plane located at on an outer surface thereof and is provided with an inner storage space sealed with a case-body zipper. The first zipper pocket is connected to and opened or closed with respect to the datum plane by a first zipper. The second zipper pocket is connected to and opened or closed with respect to the outer surface of the case body by a second zipper. The first and second zipper pockets are located at the same side of the case body, the first and second zippers are located at different heights with respect to the datum plane, so as to prevent interference of the two zippers when they move to the boundary between the two zipper pockets.
Abstract:
A handle-rotation apparatus for a handle of a luggage case is provided with two rotation mechanisms which are disposed between the retractable rods and connected to an annular grip member of the luggage case. The rotation mechanisms are capable of adjusting and locking the handle into a rotational position which is comfortable and ergonomically beneficial to a user.
Abstract:
A luggage case with two zipper pockets includes: a case body, a first zipper pocket and a second zipper pocket. The front surface of the luggage case body is a multi-stepped surface, and the first and second zipper pockets are provided on the front surface of different levels, which can prevent interference of the first zipper with the second zipper, when the two zippers move to the boundary between the two zipper pockets. Besides, since the front surface of the luggage case body is a multi-stepped surface, so as to prevent high moment of force from acting on the second zipper pocket, thus extending the life of the luggage case.
Abstract:
A luggage case includes a case woven by thermoplastic composite material, the case includes four integrally connected lateral walls, a bottom connected to the lateral walls, and four arc-shaped corners at cross points of the lateral walls, between each of the arc-shaped corners and the bottom is defined a closed hole. Any two of the lateral walls which are neighboring to each other are provided with a first overlapping portion and a second overlapping portion, respectively, and the first and second overlapping portions are integrally connected to each other without a notch formed therebetween, each of the corners of the case is folded to make the first and second overlapping portions overlapped with each other, so as to form a thickened pieces on an inner surface of each of the lateral walls.
Abstract:
A hard shell luggage case capable of expanding carrying capacity includes a case body, a cover, a case-opening zipper, an expansion layer and an expansion zipper. A case-opening zipper controls the closing and opening of the case body and the cover. An expansion zipper controls the closing and opening the expansion layer and the case. The expansion layer and the expansion zipper will be invisible and hidden in the case-opening zipper when the luggage case is in an expanded state and the case-opening zipper is closed, which enhances the aesthetic quality of the luggage case. Furthermore, the hard shell luggage case capable of expanding carrying capacity requires less sewing operations, which makes the luggage case easier to manufacture and reduces manufacturing cost.