阅读说明：本技术 穿/脱鞋隔离装置 (Isolation device for putting on/off shoes ) 是由 宁承均 于 2020-03-19 设计创作，主要内容包括：本发明涉及一种穿/脱鞋的隔离装置,是一种对外出的鞋进行消毒的隔离装置,发明要解决的技术问题是如何快捷的实现外穿鞋子的隔离以及消毒。发明通过采用可90度旋转的折叠设计实现了进门位置狭小垂直空间的充分利用,实现了外穿鞋子的隔离；隔离装置的脱鞋托板采用簸箕式结构,方便鞋的定位和收放操作；脱鞋托板采用模块化串联榫卯拼接结构设计,适应不同宽度的门口空间；发明采用了薄膜式电加热方式,实现了适合家庭使用的快速便捷消毒功能；发明在隔离器上采用了可转动的鞋子约束杆,利用约束杆的摩擦力和重力实现鞋子与隔离器的更好贴合,进一步改善了消毒效果。该发明不仅满足家庭使用,也满足对外鞋隔离要求较高的其它生产、营业场所使用。(The invention relates to an isolation device for putting on/taking off shoes, which is an isolation device for disinfecting outgoing shoes and aims to solve the technical problem of how to quickly realize isolation and disinfection of the outgoing shoes. The foldable shoe rack has the advantages that the narrow vertical space at the door entrance position is fully utilized by adopting the folding design capable of rotating by 90 degrees, and the isolation of externally worn shoes is realized; the shoe taking-off supporting plate of the isolating device adopts a dustpan type structure, so that the positioning and the folding and unfolding operation of the shoes are facilitated; the shoe taking-off supporting plate is designed by adopting a modular series mortise-tenon splicing structure and is suitable for doorway spaces with different widths; the invention adopts a film type electric heating mode, thereby realizing the quick and convenient disinfection function suitable for household use; the rotatable shoe restraint rod is adopted on the isolator, the shoe and the isolator can be better attached by utilizing the friction force and the gravity of the restraint rod, and the disinfection effect is further improved. The invention not only meets the use requirements of families, but also meets the use requirements of other production and business places with higher isolation requirements on the outer shoes.)

1. The utility model provides a wear/isolating device of taking off shoes, this isolating device of its characterized in that rotatably installs in the lower part of burglary-resisting door frame, when need not go out, isolating device can fold, when needing to go out, expand it, this isolating device includes well shoes layer board, the tray connector, shoes isolator receive and releases the connector, the tray connector is used for taking off the support and the connection of shoes layer board, and will take off shoes layer board and shoes isolator receive and release the connector and pass through the pin joint, shoes isolator receive and release connector and burglary-resisting door frame lower part fixed connection, realize taking off shoes isolator 90 degrees rotatory putting down, pack up two kinds of state conversion, and then realize the isolation of external shoes, accomodate the function.

2. The shoe on/off isolation device as claimed in claim 1, wherein the shoe-off supporting plate is of a dustpan type structure, which facilitates the positioning of the shoes, and is used for the positioning of the folded state, and the operation of putting down and folding up the shoe-off isolator can be conveniently and rapidly completed by feet.

3. The footwear wearing/taking off spacer as set forth in claim 1, wherein: the heating film is adhered to the shoe taking-off supporting plate and is made of an electric heating film material, the heating film is electrically connected with a household through an electric connecting device, electric energy is directly converted into heat energy during heating, the surface heating sterilization function is achieved, and high-temperature sterilization and drying are achieved for physically isolated shoes.

4. The footwear on/off isolation device according to claim 1, 2 or 3, wherein: the shoe taking-off supporting plate of the isolation device can adopt a modular design and is connected by adopting a mortise-tenon structure, and the size of the isolation device can be changed by connecting modules with different numbers in series during use, so that the isolation device is suitable for door frames with different widths.

5. The footwear wearing/taking off spacer as set forth in claim 4, wherein: the isolator shoe-removing support plate modules can be electrically connected in parallel and independently heated.

6. The footwear on/off isolation device according to claim 1, 2 or 3, wherein: the surface of the shoe restraint frame of the isolation device is made of a higher-density material with a high friction coefficient, and the shoe restraint frame is fixed through holes in the side face of the shoe-taking-off supporting plate and can rotate as required: the shoe is convenient to take off by rotating to the toe direction before taking off the shoe, and is pressed on the vamp by rotating backwards after taking off the shoe, when the shoe is folded along with the shoe taking off isolator, the restraint frame restrains the shoe to the surface of the shoe taking off supporting plate more effectively by means of gravity and friction force, so that the contact degree of the sole and the surface of the shoe taking off supporting plate is improved; the side surface of the shoe-taking-off supporting plate is provided with array holes, so that the shoe-taking-off supporting plate has ideal constraint effect when being used for adapting to shoes with greatly different sizes.

Technical Field

The invention relates to an isolation device for putting on/taking off shoes, in particular to an isolation device for disinfecting outgoing shoes.

Background

The isolation and disinfection of the externally worn shoes have common requirements in life at present, diseases enter from the mouth, the doorway is also the most effective part for preventing viruses of a family and a unit, and particularly for epidemic viruses, the isolation and disinfection of the externally worn shoes need to be more effective for preventing the viruses from the doorway. Most families currently have no independent external shoe isolation area and no disinfection condition. Therefore, an isolation device for the externally worn shoes, which is suitable for the entrance condition of the vast families, is urgently needed to be designed.

The entrance position is the best place for isolating external viruses, if proper disinfection facilities can be adopted, the area with the best disinfection effect is provided, at present, although the door space is utilized for disinfection by adopting modes of alcohol and the like, the problem that consumables such as alcohol and the like are difficult to supply exists, and the operation is difficult for children and old people.

In view of the above, it is necessary to design a novel shoe wearing/taking off isolator with compact structure and small occupied space so as to quickly realize the isolation and disinfection functions of the externally worn shoes.

Disclosure of Invention

The invention aims to solve the technical problem of how to realize the isolation and disinfection of outgoing shoes, and the technical scheme of the invention is as follows:

an isolating device for putting on/taking off shoes is rotatably arranged at the lower part of a door frame of a security door, when the isolating device does not need to go out, the isolating device can be folded and unfolded when the isolating device needs to go out, the isolating device comprises a shoe taking-off supporting plate, a tray connector and a shoe taking-off isolator receiving and releasing connector, the tray connector is used for supporting and connecting the shoe taking-off supporting plate, the shoe taking-off supporting plate is connected with the shoe taking-off isolator receiving and releasing connector through a pin, the shoe taking-off isolator receiving and releasing connector is rotatably connected with the lower part of the door frame of the security door, and 90-degree rotation can be realized;

furthermore, the shoe restraint frame is rotated backwards to press the shoe upper after the shoe is taken off (the shoe is conveniently taken off when the shoe restraint frame is rotated to the toe cap direction before the shoe is taken off), and when the shoe restraint frame is folded along with the shoe-taking-off isolator, the shoe is restrained to the surface of the shoe-taking-off supporting plate more effectively by the restraint frame through gravity and friction force, so that the contact degree of the sole and the surface of the shoe-taking-off supporting plate is improved; the side surface of the shoe-taking-off supporting plate is provided with array holes, so that shoes with different sizes have ideal constraint effects;

furthermore, the shoe taking-off supporting plate adopts a dustpan type structure, so that the positioning of shoes is convenient, meanwhile, the shoe taking-off supporting plate is used for positioning in a folded state, and the operation of putting down and closing the shoe taking-off isolator can be conveniently and quickly completed by feet;

furthermore, an electric heating film is adhered to the shoe taking-off supporting plate, the heating film is made of a non-metal material, the heating film is connected with household alternating current through an electric connecting device, and electric energy is directly converted into heat energy during heating;

furthermore, the shoe taking-off supporting plate of the isolation device can adopt a modular design, and the width size of the isolation device can be changed in a mode of connecting different numbers of modules in series when the isolation device is used;

furthermore, the modules of the shoe-taking-off supporting plate of the isolation device can be electrically connected in parallel and independently heated.

Has the advantages that: the invention does not change the structure of the existing anti-theft door, utilizes the limited space of the door opening to realize the isolation and the disinfection of the externally worn shoes, and adopts the foldable design to fully save the installation and the use space.

Drawings

FIG. 1a schematic view of the installation of the spacer when folded

FIG. 1b is a schematic view of the installation of the spacer when deployed

FIG. 2 Structure of the isolation device

FIG. 3 schematic view of the isolation device shoe restraint frame

The anti-theft door comprises an isolation device 1, an anti-theft door frame 2, a shoe taking-off supporting plate 3, a tray connector 4, a shoe taking-off isolator collecting and releasing connector 5, a heating film 6, a shoe restraint frame 7 and shoes 8.

Detailed Description

The isolating device provided by the invention is mainly installed at a doorway, and takes the most common anti-theft door as an example to explain the isolating device in detail.

As shown in fig. 1, the isolation device 1 of the present invention is installed at the lower portion of the doorframe 2 of the security door, and as shown in fig. 1, the isolation device 1 can be folded up when it is not necessary to go in and unfolded when it is necessary to go out.

In order to adapt to different door frame widths and individual requirements, the isolation device adopts a modular design, and the size of the isolation device can be changed in a mode of connecting different numbers of modules in series when the isolation device is used. Each isolator slip module is shown in fig. 2 (2 modules are shown), the isolator module consisting essentially of the following: the size of the shoe-taking-off support plate 3 is designed to satisfy the requirement that a pair of 46 yards of shoes (the length is 36cm, the width is 30cm, the length-width ratio of various shoes is considered to be different, but the maximum width of the general shoes is 30 cm): the thickness of the round corner is (36+2) cm multiplied by (30+2) cm multiplied by (5+3) cm, and the round corner is designed in the round corner, so that the round corner is convenient to clean; the tray connector 4 is used for supporting and connecting the shoe taking-off supporting plate 3, and connects the shoe taking-off supporting plate 3 with the shoe taking-off isolator collecting and releasing connecting body 5 through a pin; the shoe-taking-off isolator folding and unfolding connecting body 5 is designed to be semicircular and is fixedly connected with the lower part of a door frame of the security door, and is used for realizing 90-degree rotation of the tray connector and the shoe-taking-off supporting plate.

The shoe restraint frame of the isolation device has the working principle as shown in fig. 3, the restraint frame is made of a material with a high surface friction coefficient, has larger weight, is fixed through holes on the side surface of the shoe-removing supporting plate and rotates as required (the side surface of the shoe-removing supporting plate is provided with array holes, and has ideal restraint effect when being suitable for shoes with different sizes); when the isolation device is folded (vertical), the shoe is effectively restrained by the gravity and the friction force of the restraint frame. The specific working process is as follows: before taking off the shoes, the shoe restraint frame is rotated to the toe cap direction and is conveniently taken off the shoes (as the position of the restraint frame of the shoes on the left side of figure 3 indicates), and after taking off the shoes, the shoe restraint frame is rotated backwards and is pressed on the vamp (as the position of the restraint frame of the shoes on the right side of figure 3 indicates), and when the shoe take-off isolator is folded, the restraint frame relies on gravity and frictional force to restrain the shoes more effectively to the surface of the shoe taking-off supporting plate, so that the contact degree of the sole and the surface of the shoe taking-off supporting plate is improved.

The shoe taking-off supporting plate 3 is adhered with a heating film 6 (as shown in figure 2), the heating film is made of a non-metal nano carbon material, the heating film is electrically connected with a household through an electric connecting device, electric energy is directly converted into heat energy during heating, the heat efficiency is as high as more than 98%, more than 70% of the heat energy is transferred in a heat radiation mode, the heating is planar heating, and the heating speed is high and uniform. After the power is supplied for 3min, the surface temperature of the electric heating plate (element) can reach the design temperature. The isolator modules may be electrically connected in parallel and independently heated. The heating adopts a surface film pasting type resistance heating mode, and compared with the internal embedded type heating, the heating has the advantages of quick effect, energy conservation and high cost performance; the closing position is controlled by a proximity switch to realize automatic heating in the closing state; intervention control may also be employedThe heating time and the maximum power are manually set in the method, and the requirements of other heating, clothes drying and the like are met. Calculating the required heating power (the radiation heat transfer coefficient is calculated according to 7W/m²K): heating area (cm)²) Bottom surface 1015+ low side surface 87+ side surface 105+ rounded corners 2 × (46+55) + upper surface 70 ═ 1479; the temperature difference is calculated according to the room temperature of 20 ℃ and the maximum temperature rise of 70 ℃, and the temperature difference is 50 ℃; single module electrical heating power (W) area (cm)²) The temperature difference x the radiation heat transfer coefficient is 1479/10000 x 50 x 7 is 52. The surface of the heating film is made of high-strength insulating material, has the advantages of salt resistance, water resistance, mildew resistance, shock resistance and the like, and is particularly suitable for severe sole environments with water, soil and the like.