Patent ID: 12220093

DETAILED DESCRIPTION OF THE INVENTION

As shown inFIG.1toFIG.8, the present disclosure provides a novel folding bath bucket, including a folding bracket1and a water storage component2. The water storage component2is connected to the folding bracket1to form a bath bucket. The water storage component2includes a bottom wall201and a side wall202; the side wall202is arranged around the bottom wall201to form a water storage space203for water storage. In this embodiment, the water storage component2is made of a flexible thermal insulation material.

Further, as a connection manner for the water storage component2and the folding bracket1, a connection frame11is arranged at a top of the folding bracket1; a chamber101is formed inside the connection frame11; the chamber101forms a connection slot102at a bottom of the connection frame11; a connection portion21is arranged at a top of the side wall202of the water storage component in a protruding manner; and the connection portion21is clamped in the chamber101through the connection slot102to achieve the connection between the water storage component2and the folding bracket1.

It can be understood that in the present disclosure, the chamber101is arranged in the connection frame11; the chamber101is communicated to the outside through the connection slot102at the bottom of the connection frame11. To mount the water storage component2, the side wall202can be continuously inserted into the connection slot102at one end of the connection frame11to achieve sliding mounting of the connection portion21in the chamber101. Through the above arrangement, the connection portion21of the present disclosure is completely wrapped in the chamber101inside the connection frame11, avoiding damage caused by direct contact between the connection portion21and the outside. This solves the technical problem that “in the existing folding bath bucket, a thermal insulation fabric is easily damaged during use because it sleeves a bucket opening connection sleeve” and prolongs the service life of the folding bath bucket. Furthermore, the folding bath bucket has a simple structure and is convenient to mount.

Further, in this embodiment, a thickness of the side wall202matches a width of the connection slot102, so that the side wall202can conveniently pass through the connection slot102. A cross-sectional diameter of the connection portion21is greater than the width of the connection slot102, to prevent the connection portion21from falling off from the connection slot102and ensure that the connection portion21is clamped in the chamber101. Specifically, the connection portion21is columnar, which is made of an elastic material. Limiting portions211are formed on two sides of the connection portion21; and the limiting portions211resist against an inner wall of the chamber101to achieve the clamping between the connection portion21and the chamber101.

Further, in this embodiment, a partition plate1011is further arranged in the chamber101; the partition plate1011divides the chamber101into an upper chamber1012and a lower chamber1013; and the connection portion21is clamped in the lower chamber1013. Through the above arrangement, the partition plate1011can be configured to restrict displacement of the connection portion21in the chamber101in a vertical direction, so as to facilitate the sliding mounting of the connection portion21in the lower chamber1013.

Further, in this embodiment, the connection frame11includes several first sleeves111and several first connectors112; and adjacent first sleeves111are connected end to end through the first connectors112. Specifically, first insertion portions1121are formed at two ends of the first connectors112; first insertion ports1111are formed in the upper chamber1012at two ends of the first sleeves111; insertion slots1122are further provided at two ends of the first connectors112; and the partition plate1011extends to the two ends of the first sleeves111.

Through the above arrangement, to assemble the connection frame11, the first insertion portion1121and insertion slot1122at one end of each first connector112are respectively in inserted connection with the first insertion port1111at one end of one first sleeve111and the partition plate1011, and the first insertion portion1121and insertion slot1122at the other end of the first connector112are respectively in inserted connection with the first insertion port1111at one end of another first sleeve111and the partition plate1011. The above step is repeated to achieve end-to-end connection of the various adjacent first sleeves111.

Further, in this embodiment, as a preference, the connection portion21includes several connection units212; the connection units212are connected to the first sleeves111; and two adjacent connection units212form a first avoidance opening213at the first connector112. The first avoidance opening213is configured to avoid blockage of the water storage component2on the first insertion portions1121, so as to ensure successful insertion of the first insertion portions1121into the first insertion ports1111.

Further, in this embodiment, the folding bracket1further includes supporting rods12and a bottom frame13; lower ends of the supporting rods12are detachably connected to the bottom frame13; and upper ends of the supporting rods12are detachably connected to the first connectors112. Similar to the connection frame11, the bottom frame13includes several second sleeves131and several second connectors132; and adjacent second sleeves131are connected end to end through the second connectors132. Second insertion portions1321are formed at two ends of the second connectors132; second insertion ports1311are provided at two ends of the second sleeves131; and the second insertion portions1321are in inserted connection with the second insertion ports1311.

Through the above arrangement, the connection frame11and the bottom frame13of the present disclosure can include the first sleeves111, the second sleeves131, the first connectors112, and the second connectors132, so as to further reduce the volume of the folding bracket1.

Further, in this embodiment, as a connection manner for the supporting rods12and the connection frame11, as well as the bottom frame13, the folding bracket1further includes several third connectors14; and two ends of the supporting rods12are respectively connected to the first connectors112and the second connectors132through the third connectors14. Specifically, a third insertion port141is provided at one end of each third connector14, and a protrusion142is arranged at the other end; the first connectors112and the second connectors132include connection ports15; the two ends of the supporting rods12are respectively connected to the third insertion ports141; and the protrusions142are connected to the connection ports15.

Further, in this embodiment, as a connection manner for the protrusions142and the connection ports15, first insertion units1421are arranged on two sides of the protrusions142in a raised manner; second insertion units151are correspondingly arranged on inner side walls of the connection ports15in a recessed manner; and the first insertion units1421are in inserted connection with the second insertion units, so as to achieve the connection between the protrusions142and the connection ports15.

Further, in this embodiment, each supporting rod12includes an upper supporting rod121and a lower supporting rod122; and a lower end of the upper supporting rod121is in folded connection with an upper end of the lower supporting rod122. Through the above arrangement, a user can apply an inwards thrust to a folded connection part, so as to inwards fold the upper supporting rod121and the lower supporting rod122.

Further, to ensure that the upper supporting rod121and the lower supporting rod122are folded in half, in this embodiment, the upper supporting rod121has a length equal to a length of the lower supporting rod122, and the length is R1; a cross-sectional diameter of the folding bracket1is R2; and R1and R2satisfy the following relationship: R1≤R2/2. Through the above arrangement, R1≤R2/2 can ensure that after all the supporting rods12are folded in half, the folding points will not block each other.

Further, in this embodiment, each supporting rod12further includes a first hinge piece123and a second hinge piece124; a lower supporting rod insertion port1231is provided at a lower end of the first hinge piece123, and a first hinge portion1232is arranged at an upper end of the first hinge piece; a second hinge portion1241is arranged at a lower end of the second hinge piece124, and an upper supporting rod insertion port1242is provided at an upper end of the second hinge piece; the upper supporting rod insertion port1242and the lower supporting rod insertion port1231are respectively connected to the upper supporting rod121and the lower supporting rod122; and the first hinge portion1232is hinged with the second hinge portion1241, so as to achieve the folded connection between the upper supporting rod121and the lower supporting rod122.

Through the above arrangement, the folding bracket1of the present disclosure can include the first sleeves111, the second sleeves131, the first connectors112, the second connectors132, the upper supporting rods121, the lower supporting rods122, the first hinge piece pieces123, and the second hinge piece pieces124, which greatly reduces the overall volume of the folding bracket1, facilitates the assembling and disassembling, and solves the technical problem that “the existing folding bath bucket still occupies a large space after being folded”.

Further, in this embodiment, the water storage component2further includes a sleeving portion22; the sleeving portion22is arranged in an extension direction of the supporting rods12to sleeve the supporting rods12. Each sleeving portion22is provided with a second avoidance opening221at a connection between the upper supporting rod121and the lower supporting rod122. The first hinge piece123and the second hinge piece124can pass through the second avoidance opening221. Through the above arrangement, to mount the water storage component2, the supporting rods can be first inserted into the sleeving portions22, and then all the connection units212are clamped into the corresponding first sleeves111to achieve the mounting of the water storage component2. The operation is simple, and the assembling and disassembling are convenient.

As described above, one or more embodiments are provided in conjunction with the detailed description, The specific implementation of the present disclosure is not confirmed to be limited to that the description is similar to or similar to the method, the structure and the like of the present disclosure, or a plurality of technical deductions or substitutions are made on the premise of the conception of the present disclosure to be regarded as the protection of the present disclosure.