CN203977171U - Footwear dehydrator - Google Patents

Abstract

The shoe dehydrator of the utility model belongs to daily-use products. The utility model can be used with a household washing machine to dehydrate the shoes so that the shoes can be dried more quickly. The shoe dehydrator is composed of at least two shoe baskets and a support device ; Each end of the support device is connected with a shoe basket; the support device is a device that can be folded, stretched or disassembled; the cross section of the shoe basket of the shoe dehydrator is triangular or approximately triangular in shape.

Description

shoe dehydrator

technical field

The utility model relates to a dehydrator, in particular to a shoe dehydrator. the

Background technique

People need to dry the shoes after washing the shoes. However, due to the complexity of most shoe materials and the relatively high water absorption rate, the drying process of the shoes is very slow. If the dehydration bucket of the washing machine is used for dehydration, since the sole is heavy and has a curved surface, the sole always faces the wall of the dehydration bucket during the dehydration process, and the sole is difficult to penetrate water, so the dehydration efficiency is low. If the balance control of the washing machine is not good, it may also cause the shoes to flip and hit in the dehydration bucket, which may damage the washing machine or the shoes. The patent application number is 201020234891.4 discloses a kind of " dehydration support for shoes ", described device needs first to put " dehydration support for shoes " into dehydration barrel and then puts shoes into " retractable fixer " when using. In the "shoe groove", since the inlet diameter of the most widely used fully automatic washing machine is smaller than the diameter of the internal dehydration bucket (in order to prevent the water from overflowing the washing machine after vortex during the washing process), when the "shoe dehydration bracket" is put into the washing machine, the washing machine inlet will be It will block about one-third of the cross-section of the "shoe-placement groove of the telescopic fixer", making the process of placing shoes very difficult or even impossible; There is no device that can fix the shoes in the "groove". When the position of the shoes changes in the "shoe groove of the telescopic fixer" during the rotation of the dehydration bucket (such as a slight tilt, the angle of rotation) will affect the balance in the bucket and thus Swing occurs, and at the same time, the shoes are subjected to a large centrifugal force when the dehydration bucket rotates, and the shoes will be squeezed and deformed, and the deformation may cause damage to the shoes; the supporting device of the "shoe dehydration bracket" has no locking ability, and only relies on the spring Elastic support, the whole device may lose its supporting capacity when it swings, and an accident may occur in the bucket; the side facing the dehydration bucket in the "shoe groove of the telescopic fixer" of the "shoe dehydration bracket" is open, so The upper directly contacts the wall of the dehydration bucket, and when there are metal decorations and parts on the shoe, it will damage the dehydration bucket of the washing machine. the

Contents of the invention

For the problems mentioned in the "background technology", this patent provides solutions with different technical features to solve these problems. the

This patent has invented a shoe dehydrator. The technical scheme of the utility model is: the shoe dehydrator is composed of at least two shoe baskets and a support device; each end of the support device is connected with a shoe basket; the support device is a device that can be folded or stretched or disassembled; the shoe dehydrator The cross-section of the shoe basket of the device is triangular or approximately triangular in shape. the

The shoe basket can hold shoes, so you can put the shoes into the shoe basket first and then put the whole shoe dehydrator into the washing machine. It avoids the problem of putting the dehydrator into the washing machine first, and it is difficult to put the shoes into the dehydrator again, and the use process is more convenient and humanized. the

The cross-section of the shoe basket of the shoe dehydrator is triangular or approximately triangular in shape, and there are multiple holes on the side and bottom of the shoe basket. When the two sides of the shoe are close to the middle, the cross-sectional shape of the shoe from the toe to the heel is approximately triangular. Therefore, when the shoe is put into a shoe basket with a triangular or similar cross-section, the sole is close to one surface of the basket, and the rest The two uppers correspond to the other two sides of the shoe basket. This can prevent the shoes from turning and tilting in the shoe basket. At the same time, the support of the shoes during the dehydration process is more reliable, preventing the shoes from being deformed during the dehydration process; and the triangular or approximately triangular cross-section can save materials and space. Mechanical properties can also increase the strength of the shoe basket. the

The cross-section of the shoe basket is triangular. Since the three inner corners have small space and not much effective volume, the three corners can also be rounded or chamfered for aesthetics and material saving to form an approximate triangular shape. the

The shoe basket adopts a triangular or approximately triangular section, and one of the faces faces the wall of the dehydration bucket. When putting shoes in the shoe basket, put the toe of the shoe upwards, one side of the vamp is facing the wall of the dehydration bucket and the shoe mouth is facing the opposite direction of rotation of the dehydration bucket. During the dehydration process, when the water on the shoes loses its adhesion and performs centrifugal motion, the water droplets can fly out along the shoe mouth. This setting can make the dehydration process more energy-saving and efficient. the

When using the shoe dehydrator, the shoes are completely in the shoe basket, so the metal decoration and parts on the shoes will not damage the dehydration bucket of the washing machine. the

The supporting device is a device that can be folded. For example, the four connecting rods are connected end to end in the form of hinges to form a quadrilateral, and two diagonal corners of the quadrilateral are respectively connected to a shoe basket. When in use, put the shoes into the shoe basket and fold the supporting device, and put the shoe dehydrator into the dehydration bucket of the washing machine. Then deploy the supporting device so that the two shoe baskets are supported to the dehydration bucket wall. The supporting device is equipped with a locking mechanism when the folding device is used, and the supporting device is locked when the supporting device is unfolded. the

The supporting device is a telescoping device, such as a telescoping tube. The telescopic support device is located on both sides of the shoe basket, so that the telescopic device has a length adjustment range that can achieve performance. When adopting the telescoping supporting device, a locking mechanism is installed, and the locking mechanism can be locking mechanisms such as cam locking, thread locking, and ratchet. the

The supporting device is a detachable device. For example, one end of the support device is pre-connected with a shoe basket with shoes, then put it into the dehydration bucket and put the shoe basket against the wall of the dehydration bucket, then put the other shoe basket with shoes into the dehydration bucket and put the shoes The basket is against the wall of the dehydration barrel, and finally the other end of the detachable support device is installed with a separate shoe basket. the

The beneficial effects of the utility model are: the utility model can make the shoes dry more quickly after cleaning, and the utility model is convenient to use, low in cost and easy to popularize. the

Figure 1 of the accompanying drawings is a perspective view of the first embodiment, and Figure 2 of the accompanying drawings is an exploded view of the parts of the first embodiment. Among them, (1) shoe basket, (2) nut, (3) locker, (4) connecting rod, (5) rivet, (6) sleeve, (7) bolt. the

Figure 3 of the accompanying drawings in the description is a perspective view of Embodiment 2. Among them (1) shoe basket, (2) strut, (3) sleeve, (4) locker. the

Figure 4 of the accompanying drawings in the description is a perspective view of Embodiment 3. Wherein (1) shoe basket, (2) strut, (3) rivet, (4) bolt. the

Embodiment 1: As shown in Figure 2 of the accompanying drawing in the description, four identical (4) connecting rods are connected end to end to form a quadrilateral support device, (5) rivets and (6) sleeves connect the upper and lower opposite corners of the quadrilateral to form a hinge mechanism ; (5) rivets on the upper corners of the quadrilateral pass through (3) lockers at the same time; (7) bolts and (2) nuts connect the other two opposite corners of the quadrilateral to (1) the shoe basket; where (5) The rivet and (6) sleeve are interference fit, so as to realize the fixing of (5) rivet. (3) There is a pawl on the locker, which can hook (5) rivets to lock the supporting device. the

When using this embodiment, first put the toe of the shoe upwards, one side of the vamp is facing the wall of the dehydration bucket and the mouth of the shoe is put into the shoe basket facing the opposite direction of rotation of the dehydration bucket, and then put the shoe dehydrator with the shoes into the dehydrator Bucket, then hold the quadrilateral, the shoe basket will expand to both sides and touch the wall of the dehydration bucket, and then use the thumb to toggle the lock (3) to complete the locking, then close the cover, turn on the dehydration function and use it. Considering that different washing machines have different inner diameters, multiple support devices of different sizes can be equipped. Users can replace the appropriate support devices according to the size of their washing machines. (7) Bolts and (2) Nuts are designed to be disassembled directly by hand, or Use ordinary bolts to match the installation tools. This embodiment is easy to operate, and the quadrangular support device is held firmly by hand, and the support device simultaneously generates support force on the walls of the dehydration barrel on both sides, and the locking operation is simple and reliable at the same time. the

Embodiment 2: As shown in Figure 3 of the accompanying drawings in the description, (1) there are one (2) strut and one (3) sleeve on both sides of the shoe basket, and (4) lockers are installed at the end of the sleeve; two shoe baskets The (2) struts are respectively inserted into the (3) sleeve sleeves at the opposite positions. The locker in the figure is a cam locking device, and other locking devices can also be used. the

When using this embodiment, first put the toe of the shoe upwards, one side of the vamp is facing the wall of the dehydration bucket and the mouth of the shoe is put into the shoe basket facing the opposite direction of rotation of the dehydration bucket, and then put the shoe dehydrator with the shoes into the dehydrator bucket, and then push the shoe basket to both sides so that the shoe basket is against the wall of the dehydration bucket, and then use the thumb to move the lock (4) to complete the locking, then close the cover, turn on the dehydration function and use it. In this embodiment, the sleeve and the strut are located on both sides of the shoe basket, so that the length of the sleeve and the strut is long enough, so the supporting device has a large adjustment range and can be suitable for washing machines with different inner diameters. If the sleeve and the support rod are located in the middle of the shoe basket, due to the limited inner diameter of the dehydration bucket of most household washing machines, the adjustment range of the support device will not be enough to support. the

Embodiment 3: As shown in Figure 4 of the accompanying drawing in the manual, (2) one end of the strut is connected to (1) the shoe basket through (4) bolts; (2) the other end of the strut has an opening, which can be snapped into the corresponding position of another shoe basket for installation (3) rivets. the

When using this embodiment, put the toe up first, one side of the vamp is facing the wall of the dehydration bucket and the shoe mouth is put into the shoe basket facing the opposite direction of rotation of the dehydration bucket, and then put one of the shoe baskets with shoes into it. Put the shoe basket against the wall of the dehydration bucket, then put another shoe basket with shoes into the dehydration bucket and put the shoe basket against the wall of the dehydration bucket, and finally snap the opening at the other end of the (2) pole into the dehydration bucket (3) rivet on the other shoe basket, then close the machine cover, turn on the dehydration function and use it. Considering the different inner diameters of different washing machines, it can be equipped with multiple (2) support rods of different sizes. Users can replace the appropriate support device according to the size of their washing machines. (4) The bolts are designed to be disassembled directly by hand, or they can be The bolts are equipped with installation tools. the

The structures of the above embodiments can be arrayed with the center of symmetry as the axis, so as to realize dehydration of multiple pairs of shoes at the same time. the

Claims (7)

1. footwear dehydrator, is characterized in that footwear dehydrator is to be at least made up of two footwear baskets and a bracing or strutting arrangement; The every one end of bracing or strutting arrangement is connected with a footwear basket; Bracing or strutting arrangement is to fold flexible or removable device; The footwear basket cross section of footwear dehydrator is triangle or subtriangular shape.

2. footwear dehydrator according to claim 1, is characterized in that there are multiple holes the footwear basket side of footwear dehydrator and bottom surface.

3. footwear dehydrator according to claim 1, is characterized in that one of them face of footwear basket is just to dehydration barrel wall.

4. footwear dehydrator according to claim 1, is characterized in that bracing or strutting arrangement is provided with locking mechanism in the time using folding device.

5. footwear dehydrator according to claim 1, it is characterized in that bracing or strutting arrangement use can be flexible bracing or strutting arrangement time locking mechanism is installed.

6. footwear dehydrator according to claim 1, is characterized in that flexible bracing or strutting arrangement is positioned at footwear basket both sides.

7. footwear dehydrator according to claim 1, is characterized in that footwear evaporator structure carries out array taking symmetrical centre as axle.