JP2013163544A - Barrel-like cold insulation container for drinking water container, and manufacturing method thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To perform an effective cooling of a drinking water container, enable a different atmosphere to be made at outdoor locations, events, entertainment parties and the like, and to promote utilization of forest thinnings.SOLUTION: In a structure of a mechanism, an aluminum foil (1-7) is adhered to an inner surface of a barrel type outer box, an aluminum foil is also adhered to an inner surface of a bottom plate, an aluminum foil (1-9) is adhered to an outer surface of an inner container (1-3), a heat insulation material (1-8) is installed between the aluminum foil (1-7) and the aluminum foil (1-9), a dispenser insertion guide is installed at an upper part of the container, a lid (2) is mounted on the structure, and a lock releasing device is installed at the lid.

Description

  The present invention is intended to keep the drinking water container cool and has the effect of promoting the function of the drinking water container. The present invention relates to a method for manufacturing the barrel-type cold storage container having an action of raising the atmosphere.

  In the conventional cold storage container, there is a limit to the type of drinking water in which the drinking water is directly put into the cold storage container, for example, carbonated drinking water is not suitable, and the drinking water outlet is below, A small cold storage container that requires a leg or base and does not change depending on the location is a jug type.

Japanese Patent Laid-Open No. 11-236097 Japanese Patent Application No. 2012-19448

  In the conventional cold storage container, the cold storage technique is simple (except for thermos bottles), and there is no one in which an aluminum box is attached to the inner surface of the outer box and the outer surface of the inner container.

  In order to achieve the above object, the barrel-type cold container of the drinking water container of the present invention does not adopt the integral molding technique, but adopts the technique of a single barrel-shaped outer box or a two-part manufacturing method. Aluminum foil can be affixed to the inner surface, and aluminum foil can be affixed to the outer surface of the inner container (1-3), and a heat insulating material (1-8) can be placed between them.

  Since the present invention is configured as described above, the following effects can be obtained.

  By adopting a barrel shape for the outer box of the cold storage container, it is possible to create a new design and change the surrounding atmosphere where it is installed, and it is possible to use thinned wood for the material, and add thinned wood It can increase value, and can make a great contribution when you are struggling with thinning.

  Since it is a technique that does not form a cold storage container, aluminum foil can be installed twice, further improving the cold storage effect.

Barrel type cool container of the present invention Front view Barrel type cold storage container of the present invention Left side longitudinal section Barrel type cold storage container of the present invention Plan view Barrel-type cold container lid vertical section Lock lot, connecting bar, lock lever (A) Top view (B) Left side view (1) Plan view (b) Left side view Dispenser insertion guide (b) Left side vertical section (b) Front view Dispenser insertion guide cap (A) Front view (B) Right side view

A barrel-type cold container for a drinking water container constructed as described above will be described with reference to the drawings.
In FIG. 1, a state in which the upper part of the barrel type cooler container (1-11) is carried is shown. Moreover, the figure which has attached the cap (1-6) to the dispenser insertion guide (1-5) on the upper front, and the form in which the rubber plate (1-10) is attached to the bottom of the barrel container is shown. This is because the surface of the place where it is installed is not damaged.

  In the embodiment shown in FIG. 2, the drinking water container is housed in the barrel-type cold container (1), and the dispenser is attached. In the lid, the lid is locked and the state (1-11) is raised.

  In the embodiment shown in FIG. 3, the positional relationship of the lid (2-6) for inserting a finger is shown in the lid (2), and the unlocking lever (2 of the lid is inserted in FIG. 4). -5) is pushed and the lid (2) is held and the lock is released. FIG. 5 shows a state in which a connecting bar (2-4) for connecting the lock lot (2-2) and the lock release lever (2-5) is integrally formed.

  The embodiment shown in FIG. 6 shows the relationship between the upper and lower casks of the barrel, the connection is made with screws, the screws are screwed into the barrel and fixed, and the front (1-12) is a nail It is struck in several barrels and fixed. FIG. 7 and FIG. 8 are parts diagrams relating to the dispenser mounting, showing the dispenser insertion guide (1-5) and its cap (1-6).

1 barrel outer box
1-1 Lock groove
1-2 Bottom plate
1-3 Inner container
1-4 Socket guide groove
1-5 Dispenser insertion guide
1-6 Insertion guide cap
1-7 Aluminum foil
1-8 Insulation
1-9 Aluminum foil
1-10 Rubber plate
1-11 After upper stage
1-12 In front of the upper stage
1-13 Middle stage
1-14 Middle lower floor
1-15 Lower ridge 2 Cooling container lid
2-1 Aluminum foil
2-2 Rock lot
2-3 Spring
2-4 Lock connection bar
2-5 Unlock lever
2-6 Cover for finger insertion
2-7 Lid fulcrum
2-8 Spring for returning the lid 3 Cap ear insertion space 4 Cap ear 5 Picking ear for opening the cap

Claims (5)

  The aluminum foil (1-7) and (2-1) attached to the barrel-type cold container body (1) and the container lid (2) are attached to the inner surface of the outer box of the barrel and the inner surface of the container lid to reflect heat. Promote the cold insulation effect, and also apply aluminum foil (1-9) to the outer surface of the inner container (1-3), and provide a heat insulating material between the aluminum foil (1-7). Structure that enhances the cold insulation effect.   When inserting a drinking water container into the inner container (1-3), a guide groove (1-4) is provided to guide a socket installed in the drinking water container to a fixed position, and a guide for inserting a dispenser ( 1-5) is provided, and when the dispenser is not installed, the guide (1-5) can be blocked with a cap (1-6) to prevent foreign matter from entering the container. Structure that can ensure hygiene.   With regard to carrying the barrel-type cold storage container, it is a mechanism that can be raised by raising the upper stage (1-11) of the barrel-type cold storage container, and can be returned to its original state after the use.   The position where the barrel-type cold container lid (2) can be locked can be achieved by providing the lock groove (1-1) around the circumference so as to be unlimited, and the lid edge is tapered. When the lid is closed with a taper on the inner upper surface of the barrel container so that it fits, the inner airtightness is maintained and the cold insulation effect is increased without providing a packing, and the lid is inserted into the barrel container. A structure that is easy to achieve because the lid edge is tapered.   When removing the lid (2) stored in the barrel-type cold container (1), each mechanism installed on the lid (2) (2-2, 2-3, 2-4, 2-5, 2-6 , 2-7, 2-8) are symmetrical, and as shown in Fig. 4, when the finger is inserted into the finger insertion lid (2-6), it is installed via the fulcrum (2-7) The spring (2-8) loses its force and falls downward, and the lock release lever (2-5) can be gripped, the lock lot (2-2) moves inward, the lock is released, and the lid (2) can be removed. In addition, the action will hold the unlocking lever (2-5) and the lid (2), and it consists of a series of mechanisms.