Abstract: The present disclosure provides a portable charger connection frame, comprising: a storage box, a cover body, and an engaging element. The storage box comprises a head portion, a body and an end portion which are sequentially connected, wherein the head portion has a head accommodation chamber inside and one side of the body close to the head accommodation chamber has a opening communicating with the head accommodation chamber; the cover body is in the head accommodation chamber, covers the opening, and is pivotally connected to a side wall of the head portion; the engaging element is used to restrict the cover body from leaving the head accommodation chamber. In the present invention, a portable charger is placed in the storage box as well as is directly used and taken through detaching the cover body, therefore charging operation saves time and is effortless.

Abstract: A cooler box includes a body portion and a cover portion pivotally turnably connected to each other via a hinge structure. The body portion has a storage opening and internally defines a storage space communicable with the storage opening; and includes, from an outer to an inner side, an outer shell, an insulation layer and an inner shell. The body portion further includes a binding frame assembled to an upper end thereof. The binding frame includes two substantially parallelly extended clamping wall portions, which together inwardly clamp on the outer shell, the insulation layer and the inner shell, such that the insulation layer is fixedly held in an enclosed space defined in between the binding frame, the outer shell and the inner shell. With the binding frame, different components of the cooler box can be more easily assembled together to reduce the assembling time and increase the productivity.

Abstract: The present disclosure provides a portable charger connection frame, comprising: a storage box, a cover body, and an engaging element. The storage box comprises a head portion, a body and an end portion which are sequentially connected, wherein the head portion has a head accommodation chamber inside and one side of the body close to the head accommodation chamber has a opening communicating with the head accommodation chamber; the cover body is in the head accommodation chamber, covers the opening, and is pivotally connected to a side wall of the head portion; the engaging element is used to restrict the cover body from leaving the head accommodation chamber. In the present invention, a portable charger is placed in the storage box as well as is directly used and taken through detaching the cover body, therefore charging operation saves time and is effortless.

Abstract: A cooler box includes a body portion and a cover portion pivotally turnably connected to each other via a hinge structure. The body portion has a storage opening and internally defines a storage space communicable with the storage opening; and includes, from an outer to an inner side, an outer shell, an insulation layer and an inner shell. The body portion further includes a binding frame assembled to an upper end thereof. The binding frame includes two substantially parallelly extended clamping wall portions, which together inwardly clamp on the outer shell, the insulation layer and the inner shell, such that the insulation layer is fixedly held in an enclosed space defined in between the binding frame, the outer shell and the inner shell. With the binding frame, different components of the cooler box can be more easily assembled together to reduce the assembling time and increase the productivity.

Abstract: A cooler box manufacturing method includes the steps of bonding an acrylonitrile butadiene styrene (ABS) sheet material to a polycarbonate (PC) layer to form a two-layered panel; heating and softening the two-layered panel and attaching the latter to a forming mold by vacuum suction to provide a rigid body shell and a rigid cover shell; sequentially attaching insulation pads and inner wall layers to inner surfaces of the rigid body and cover shells to provide a cooler box body and a cooler box cover that respectively internally have insulation pad or pads covered by an inner wall layer; and finally, pivotally connecting the cooler box cover to the cooler box body to complete a cooler box. The cooler box so manufactured has rigid shells to not only provide heat and cool insulation for food and beverage storage, but also prevent the stored food and beverage from colliding with one another.

Abstract: An advantageously recyclable environment-friendly thermal insulation box includes an inner box, an outer box and an insulation layer. The inner box has a sealed bottom, a peripheral wall, and a top opening having an engaging edge formed therearound. An engaging groove is provided between the engaging edge and the peripheral wall. The outer box includes a closed bottom and an open top provided with an engaging protrusion. Through engagement of the engaging protrusion with the engaging groove, the outer box is externally connected to the inner box with an enclosing space formed between the two boxes for receiving the insulation layer therein. The inner and outer boxes are made of a PP or an HDPE material, and the insulation layer is made of an EPE material, allowing the no longer usable thermal insulation box to be directly recycled to produce plastic pellets with good mechanical properties and accordingly higher value.

Abstract: A hard luggage case with changeable case portion includes a first and a second case portion; a closure structure connected to between the first and the second case portion for binding them together to form the luggage case; a coupling structure provided in the luggage case with one longitudinal edge fixedly connected to the first case portion and another longitudinal edge detachably connected to the second case portion; and a covering structure externally provided on the luggage case corresponding to the coupling structure, and having one longitudinal edge externally fixedly connected to the first case portion and another longitudinal edge forming a free end. When the coupling structure and the covering structure are detached from the second case portion, the closure structure allows the second case portion to completely separate from the first one and be replaced with a structurally identical third case portion that shows a different exterior design.

Abstract: A chair with cold protection hand pockets includes a chair body having a seat, a backrest upward extended from a rear edge of the seat, and two armrests located above two lateral side of the seat; and a base located below the chair body to support the seat at a predetermined height from the ground. Two cold protection hand pockets are provided on front ends of the two armrests. Each of the cold protection hand pockets encloses a receiving space having an inlet opening, via which a user may extend one hand into the receiving space. When the chair is used outdoors, the user may rest two arms on the armrests with two hands extended through the inlet openings into the receiving spaces of the cold protection hand pockets to achieve the purpose of protecting hands against cold and wind while keeping hands warm.

Abstract: A health-beneficial pet collar includes a belt, a fastening device connected to between two opposite ends of the belt, an adjusting member, and a magnetic unit. By operating the fastening device, the two ends of the belt can be selectively connected to each other for the belt to form a loop structure enclosing a receiving space therein, through which a pet's neck can extend. The adjusting member is slidably connected to the belt near an end thereof for adjusting a diameter of the loop structure as necessary. The magnetic unit may include an engaging member axially engaged with one side of the belt in contact with the pet's neck, and a plurality of magnets sandwiched between the belt and the engaging member. With the magnets mounted on the belt, the pet collar can help the pet to improve blood circulation, reduce the possibility of cancer and relieve pains.