A take-out delivery heat preservation electric vehicle

Abstract

The application discloses a take-out delivery heat preservation electric vehicle, which has high space utilization, can carry more take-outs, continuously heats the take-outs and guarantees the temperature of the take-outs, and is characterized in that the vehicle body is provided with a front driving wheel and two rear guide wheels at the bottom, a heat preservation bin is arranged between the two rear guide wheels, a rear hopper is arranged on the heat preservation bin and located directly above, the vehicle body is an electric vehicle, a lithium battery is arranged at the bottom of a pedal of the vehicle body, a partition plate is arranged in the heat preservation bin, the heat preservation bin is penetrated from front to back, a plurality of round holes are formed in the partition plate, the partition plate and the side wall of the heat preservation bin are connected through sliding rails, a bin cover is arranged at the rear side of the heat preservation bin, the rear hopper can be detached and separated, a seat cushion is arranged above the pedal and can be turned over, a hook is arranged at the bottom of the seat cushion, a USB interface is arranged at the lower side of an instrument panel of the vehicle body, and a mobile phone fixing clamp is arranged on the instrument panel of the vehicle body.

Description

TECHNICAL FIELD

[0001] The present application relates to a take-out delivery heat preservation electric vehicle, which can be used during take-out delivery, and belongs to the field of transportation tools. In particular, it relates to a heat preservation electric vehicle with high space utilization, which can carry more take-out food and continuously heat the take-out food to ensure the temperature of the take-out food. BACKGROUND

[0002] At present, as the pace of life accelerates, more and more people will choose to order take-out. In cold winter, the delivery personnel will place the take-out food in a heat preservation box for storage to prevent the loss of heat of the take-out food and affect the taste of the orderer. The existing take-out vehicle mainly uses foam and other heat preservation materials to preserve the take-out food, but cannot heat the take-out food to prevent the take-out food from becoming cold and affecting the taste of the consumer. In addition, the existing take-out vehicle does not fully utilize the space and can carry less take-out food, which affects the economic benefits of the delivery personnel.

[0003] Publication No. CN208665408U discloses a take-out vehicle, which includes an electric vehicle body, a take-out box arranged in front of the seat of the vehicle body, a square storage space arranged in the take-out box, the storage space being divided by a detachable partition, and the top of the storage space being closed by an openable cover. A display screen is arranged between the two handlebars of the vehicle body and can be taken out. The seat of the vehicle body is arranged below the battery space for placing the battery. The take-out vehicle can only store the take-out food during use and cannot heat the take-out food. After the take-out food is delivered, it is easy to become cold and affect the taste of the consumer. In addition, the space is not fully utilized and the take-out vehicle can carry less take-out food, which will affect the income of the delivery personnel.

[0004] Publication No. CN211308823U discloses an electric self-propelled take-out vehicle, which includes a vehicle frame, a front wheel fork connected to the vehicle frame, a rear wheel support frame, a seat, a rear seat, the vehicle frame being composed of two parallel five-sided frames, the upper and lower sides of the five-sided frame being parallel, and the vertices of the two five-sided frames being connected by a support pipe to form a three-dimensional frame. The take-out vehicle does not have heat preservation effect, the take-out food is easy to become cold after being delivered, which affects the taste of the consumer. In addition, the space is not fully utilized, which affects the number of take-out food carried by the delivery personnel. SUMMARY

[0005] In order to improve the above situation, the present application provides a take-out delivery heat preservation electric vehicle, which has high space utilization, can carry more take-out food, and can continuously heat the take-out food to ensure the temperature of the take-out food.

[0006] The application discloses a take-out delivery heat preservation electric vehicle, which is characterized by comprising a vehicle body, a rear hopper and a heat preservation bin.

[0007] The vehicle body is an electric vehicle, the bottom of a pedal of the vehicle body is provided with a lithium battery, the heat preservation bin is internally provided with a partition plate, the heat preservation bin is penetrated from front to back, a plurality of round holes are formed in the partition plate, the partition plate and the side wall of the heat preservation bin are connected through sliding rails, a bin cover is arranged on the rear side of the heat preservation bin, the rear hopper can be detached and separated, a seat cushion is arranged above the pedal and can be turned over, the bottom of the seat cushion is provided with a hook, a USB interface is arranged on the lower side of a vehicle body instrument panel, and a mobile phone fixing clamp is arranged on the vehicle body instrument panel.

[0008] Beneficial effects.

[0009] I. The take-out can be heated, and the temperature of the take-out after delivery can be ensured.

[0010] II. The utilization rate of space is high, and the delivery man can carry more take-outs during delivery.

[0011] III. The structure is simple, convenient and practical.

[0012] IV. The cost is low, and the application is convenient to popularize. BRIEF DESCRIPTION OF DRAWINGS

[0013] Figure 1 A three-dimensional structure diagram of the take-out delivery heat preservation electric vehicle;

[0014] Figure 2 A three-dimensional structure diagram of the take-out delivery heat preservation electric vehicle, which only shows the three-dimensional structure of another perspective;

[0015] Figure 3 A structure diagram of the heat preservation bin of the take-out delivery heat preservation electric vehicle;

[0016] Figure 4 A structure diagram of the USB interface of the take-out delivery heat preservation electric vehicle.

[0017] IN THE DRAWINGS

[0018] Among them are: the vehicle body (1), the rear hopper (2), the seat cushion (3), the pedal (4), the USB interface (5), the partition plate (6), the bin cover (7), and the heat preservation bin (8). DETAILED DESCRIPTION

[0019] The present application is a take-out delivery heat preservation electric car is realized in this way: the present application is a take-out delivery heat preservation electric car, including the car body (1), the rear hopper (2) and the heat preservation warehouse (8), the car body (1) bottom is provided with a front drive wheel and two rear guide wheels, the rear guide wheel is provided with heat preservation warehouse (8) between, the rear hopper (2) is placed on the heat preservation warehouse (8), and is located directly above, the car body (1) is electric car, the car body (1) pedal (4) bottom is provided with lithium battery, the heat preservation warehouse (8) is built-in partition (6), the heat preservation warehouse (8) is penetrated front and back, a plurality of round holes are opened on the partition (6), the partition (6) and the heat preservation warehouse (8) side wall are connected through slide rail, the warehouse cover (7) cover is placed on the rear side of the heat preservation warehouse (8), the rear hopper (2) can be detached and separated, the cushion (3) is placed above the pedal (4), and can be turned over, the cushion (3) bottom is provided with a hook, the car body (1) instrument panel lower side is provided with USB interface (5), the car body (1) instrument panel upper side is provided with mobile phone fixing clamp;

[0020] The rear hopper (2) is of open structure, and the opening position is provided with a pull handle, the partition (6) is a heating plate, the rear hopper (2) bottom is provided with a heating plate, the heating plate is connected with lithium battery;The warehouse cover (7) and the heat preservation warehouse (8) are closed by magnetic strip adsorption between them;The front drive wheel is a motor wheel hub;

[0021] When using, the take-out is placed in the rear hopper (2), the small package take-out or milk tea beverage is placed in the heat preservation warehouse (8), a take-out box is placed below the cushion (3), and the hook provided below the cushion (3) is used to hang the take-out bag, which can provide multiple areas for placing take-out,

[0022] The heat preservation warehouse (8) is built-in partition (6), which can form a stacked arrangement of the heat preservation warehouse (8), avoid the stacking of food between the leakage;

[0023] The heat preservation warehouse (8) is penetrated front and back, which can facilitate the placement of larger size objects, and increase the overall volume by penetrating design;

[0024] A plurality of round holes are opened on the partition (6), which can be used for placing cup-shaped food of milk tea;

[0025] The partition (6) and the heat preservation warehouse (8) side wall are connected through slide rail, the partition (6) can be pulled out of the heat preservation warehouse (8), and the edge is taken and identified;

[0026] The rear hopper (2) can be detached and separated, which can facilitate the whole take-out to be carried and delivered;The pedal (4) can be turned over, which can facilitate the take-out box below the cushion (3) to be taken out, and also can be matched with the take-out box to press the box body;

[0027] The seat cushion (3) is provided with a hook at the bottom, which can be used for hanging a take-out meal bag; the vehicle body (1) is provided with a USB interface (5) below the instrument panel, which can charge the courier's mobile phone and provide energy support; the vehicle body (1) is provided with a mobile phone fixing clamp above the instrument panel, which can fix the mobile phone and avoid the safety hazard caused by holding the mobile phone; the partition plate (6) is a heating plate, and the rear hopper (2) is provided with a heating plate at the bottom, which can keep the delivered food warm and ensure the temperature of the food; the warehouse cover (7) and the heat preservation warehouse (8) are closed by magnetic strip adsorption, which can form a closed structure to keep the food in the heat preservation warehouse (8) warm and protected; the front drive wheel is a motor hub, forming a front wheel drive, which is convenient for operation and control;

[0028] The purpose of improving the efficiency of take-out delivery is achieved.

Claims

1. A take-out delivery heat-retaining electric vehicle, characterized by Including car body, rear cargo hold and heat preservation storehouse, car body bottom is provided with a front drive wheel and two rear guide wheels, rear guide wheel is provided with heat preservation storehouse between, rear cargo hold is placed on heat preservation storehouse, and is located directly above, heat preservation storehouse is built-in partition, storehouse cover is placed in heat preservation storehouse rear side, partition and heat preservation storehouse side wall are connected through slide rail, heat preservation storehouse is penetrated before and after, multiple round holes are opened on the partition, the cushion is placed above the pedal, and can be turned over, the bottom of the cushion is provided with a hook, when using, the take-out is placed in the rear cargo hold, the take-out is placed in the heat preservation storehouse, a take-out box is placed below the cushion, the hook arranged below the cushion is used to hang the take-out bag, multiple areas can be provided for the placement of take-out.

2. The electrically powered heat-retaining delivery vehicle for take-out food according to claim 1, characterized in that The storehouse cover and the heat preservation storehouse are closed by magnetic strip adsorption.

3. The electrically powered delivery vehicle of claim 1, wherein The car body is an electric vehicle, and a lithium battery is arranged at the bottom of the pedal of the car body.

4. The electrically powered delivery vehicle of claim 1, wherein The partition is a heating plate.

5. The electrically powered delivery vehicle of claim 1, wherein The rear cargo hold can be detached and separated, and a heating plate is arranged at the bottom of the rear cargo hold.

6. The electrically powered delivery vehicle of claim 1, wherein A USB interface is arranged on the lower side of the car body instrument panel, a mobile phone fixing clamp is arranged on the upper side of the car body instrument panel, the rear cargo hold is of an open structure, and a pull handle is arranged at the opening position.

7. The electrically powered delivery vehicle of claim 1, wherein The front drive wheel is a motor wheel hub.

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