TWM463144U - Waste battery recycling and sorting apparatus - Google Patents

Description

Waste battery recycling sorting device

This creation is a waste battery recycling classification device, in particular, a waste battery recovery device that can automatically classify batteries and control the number of tubes using an infrared device without having to manually sort them.

Generally, the battery recycling cylinder has an opening at the top, and the waste battery is thrown into the opening. Since there is no classification and sorting, the recycling space cannot be fully utilized, and the disorder is unsightly, unsightly, and may cause waste of batteries for a long time. After release, substances harmful to the human body are formed. Therefore, the general waste battery recycling cylinder has the following disadvantages:

1. The battery in the waste battery recycling cylinder is placed in a mess, causing the space to be disordered and the space cannot be fully used.

2. It is not possible to estimate the amount of waste batteries to be recycled.

In order to solve the shortcomings of the above-mentioned conventional waste battery recycling drum, the present invention will utilize a beveled slide to guide the classification of waste batteries, and has the following advantages:

1. This creation uses the inclined slides to place the horizontally placed batteries and effectively classify them according to their size, saving the capacity and tidying, and achieving effective space accommodation and management.

2. This creation has an infrared sensor device, which can effectively control the storage space of the battery. When the battery reaches a certain level, a warning light will be issued to inform the user to replace it. Storage Box.

(10)‧‧‧Input ramp slide mechanism

(101)‧‧‧ Input

(102)‧‧‧ battery slide slope

(103)‧‧‧Battery classification holes

(104) ‧‧‧ storage tank

(20)‧‧‧ Built-in infrared sensing mechanism

(201) ‧ ‧ warning lights

(202)‧‧‧transmitters

(30) ‧‧‧Replaceable waste battery storage box mechanism

(301)‧‧‧Replaceable storage box

(302)‧‧‧Infrared placement slot

(303)‧‧‧Handles

(304) ‧ ‧ warning lights extend out

(305)‧‧‧ Receiver

The first picture is the (10) input type inclined slide mechanism diagram of the creation.

The second picture is a picture of the built-in infrared sensing mechanism of the creation (20).

The third picture is the mechanism diagram of the (30) replacement waste battery storage box.

The fourth picture is a combination of the creations.

The fifth picture is the general organization chart of the creation.

A waste battery recycling and sorting device comprises a combination type inclined ramp mechanism (10), a built-in infrared sensing mechanism (20), and a replacement waste battery storage box mechanism (30), wherein the input type inclined slide mechanism (10) (Please refer to the first picture and the fourth picture. The fifth picture) is the outermost part of the device, including the input type (101), the battery slide slope (102), and the four battery classification holes (103). The combination type (101) is a horizontal rectangular parallelepiped input hole for inputting a battery of a desired classification, and the width and height thereof must allow the passage of the No. 1 battery, and the battery slide slope (102) is installed. Set at the position of the input type (101), the height of the input type (101) is gradually inclined downward to facilitate the battery to roll down. The battery sorting hole (103) is placed on the battery slide slope (102), and the inclined surface has four. Different types of battery sorting holes (103), from high to low, respectively, from small to large different sizes, in order to facilitate the classification of the battery into the storage tank (104) replacement storage box mechanism (30); built-in; Infrared sensing mechanism (20) (please refer to the second and fifth figures) is located in the input The underside of the battery slide slope (102) inside the ramp device (10), and the replacement waste battery storage box mechanism (30), comprising a combination of a warning light (201) and a transmitter (202). A warning light (201) is located on one side of the built-in infrared sensing mechanism (20) for generating an alarm signal when the battery is full, and the transmitter (202) is capable of emitting infrared light on the other side of the warning light (201). Signal, when the battery is full, block the infrared light, so that the warning light (201) lights up; the replacement waste battery storage box mechanism (30) (please refer to the third and fourth figures. The fifth figure) is located on the input ramp The storage tank (104) in the mechanism (10) includes four replacement storage boxes (301), infrared placement slots (302), handles (303), warning light extensions (304), and receivers (305). The combination storage box (301) is arranged in a sequence of small to large inner holes, and the replacement storage box (301) has a battery classification hole (103) of a special specification, and the inside is attached. There is an infrared placement slot (302), which can be placed with a built-in infrared sensing mechanism (20). When the battery blocks the infrared rays, the receiver (305) is not When the signal is sent back, the warning light (201) is illuminated at the warning light extension (304), and the user is reminded that the replacement waste battery storage box mechanism (30) is pulled out by the handle (303); Composition (please refer to the fourth figure), the input type inclined slide mechanism (10), the built-in infrared induction mechanism (20), and the replacement waste battery storage box mechanism (30) are combined and integrated into the waste battery recycling classification device, and the storage box is composed of The battery-to-input ramp guide mechanism is automatically sorted and rolled into an appropriately sized replacement storage box mechanism, and when the battery is fully loaded, it can be replaced with another new storage box, and the built-in infrared sensing mechanism increases the number of users. The convenience of being prompted when fully loaded.

(101)‧‧‧ Input

(102)‧‧‧ battery slide slope

(103)‧‧‧Battery classification holes

(104) ‧‧‧ storage tank

Claims (1)

The utility model relates to a waste battery recycling and classification device, which comprises a combination of an input type inclined slide mechanism, a built-in infrared induction mechanism and a replacement waste battery storage box mechanism, wherein the input type inclined slide mechanism is the outermost periphery of the device, and includes The input type, the battery slide slope, and the four battery sorting holes are combined, wherein the input type is a horizontal rectangular parallelepiped input hole for inputting the battery of the desired classification, and the width and height must allow the No. 1 battery to be worn. After that, the battery slide slope is installed beside the input position, and the input height is gradually inclined downward to facilitate the battery to slide down. The battery sorting hole is placed on the slope of the battery slide, and the inclined surface has four different sizes. The battery classification holes are small to large different sizes of holes from high to low, so as to separate the battery into the replacement storage box mechanism with the storage slot; the built-in infrared sensing mechanism is located inside the input inclined slide mechanism. Below the slope of the slideway, and above the replacement waste battery storage box mechanism, the warning light and the transmitter are combined, and the warning light is located in the built-in infrared One side of the line sensing mechanism is used to generate a warning signal when the battery is full. The transmitter emits an infrared signal on the other side of the warning light, and blocks the infrared light when the battery is full, so that the warning light is illuminated; The waste battery storage box mechanism is located in a storage slot in the input inclined slide mechanism, and is composed of four replacement storage boxes, infrared placement slots, handles, warning light extensions, and receivers, wherein the replacement storage The specifications of the box-shaped bevel inner holes are arranged from small to large, and the replacement storage box has the special specification of electricity. The pool sorting hole is internally provided with an infrared inlay slot, and a built-in infrared sensing mechanism can be placed. When the battery blocks the infrared rays, so that the receiver cannot send the signal back, the warning light is illuminated at the protruding end of the warning light to remind the user of the replacement. The waste battery storage box mechanism is pulled out by the handle; by the above components, the input type inclined slide mechanism, the built-in infrared induction mechanism, and the replacement waste battery storage box mechanism are integrated into the waste battery recycling classification device, and the storage box is composed of The battery-to-input ramp guide mechanism is automatically sorted and rolled into an appropriately sized replacement storage box mechanism, and when the battery is fully loaded, it can be replaced with another new storage box, and the built-in infrared sensing mechanism increases the number of users. The convenience of being prompted when fully loaded.