BATTERY CARRYING DEVICE

Abstract

This invention relates to a battery holder designed for easy removal and transport of batteries shipped in boxes in mass production areas and R&D laboratories. Considering that handling batteries by hand is not safe for workers, a hand-held carrying device has been developed. The invention concerns an apparatus for holding battery cells in multiple units within shipping boxes. The apparatus holds the batteries by their positive terminals using a magnet within the apparatus during transport.

Description

1 TARIFF BATTERY CARRYING DEVICE This invention is used in mass production areas, R&D laboratory areas, and shipped in boxes. 5 battery holder designed for easy removal and transport of batteries from boxes It is related. Handling batteries by hand is considered unsafe for workers' health and safety. A long-distance transport device has been developed. The invention concerns holding battery cells in multiple boxes within shipping boxes. It is a useful device. Through this device, batteries are connected from their positive terminals. The devices are held in place by magnets within the apparatus during the transportation process. is being carried out. Batteries come in cardboard boxes of 16x16 or 10x10 battery cells. They arrive at the battery production site. Production personnel classify these batteries. He is trying to remove 100 batteries one by one from cardboard boxes for his machine. They are difficult to remove from the boxes because there are separators between the cells inside the cardboard. They are available. The battery holders have a magnetic structure at their ends, allowing you to easily hold 10 or 16 batteries. It can receive the battery by contact from the top. The battery holder functions as a battery carrying device. 20 is doing. There is a small possibility that the battery cell may not be present when the user handles it. There is a risk of explosion. Therefore, the batteries can be handled manually using the device described in this invention. It is being transported away from contact. 25 Currently, removing batteries from the shipping box is quite difficult. The device that is the subject of this invention... Thanks to this feature, multiple units can be extracted and transported quickly. During mass production, multiple battery cells are stacked in boxes and then removed from the box. Removing it causes a waste of time. Thanks to the device described in the invention, the battery Its cells can be easily extracted and reused in multiple batches. 30 In the current state of the art, some companies use pneumatic conveying systems for transportation. It is already possible to carry batteries using a magnetic device or holder. It is not being done. 2 This invention is then explained with examples and illustrations. The battery. The carrying capacity is given as an example in the images, in sets of 10. Battery diameters and Since their heights can vary, the dimensions of the carrying device are also as follows. It can vary. Reference List: 1- Cover 2- Centering pin 2.1 - Housing cover centering pin housing 2.2 - Body centering pin housing 10 3- Spring pin 3.1 - Spring pin housing 3.2 - Spring pin hole 3.3 - Spring 4- Body 15 5- Holder housing 6- Battery 7- Battery compartment 8- Magnetic holder part 8.1 - Magnet housing (e.g., diameter: 10 mm) 20 8.2. Magnet 9- Screw 9.1 - Screw clearance 9.2 - Screw hole 10- Holding gap 25 Explanation of the Figures: Figure 1 shows the front view of the battery carrying apparatus, which is the subject of the invention. Figure 2 shows a perspective view of the battery carrying apparatus, which is the subject of the invention. 30 Figure 3 shows a perspective view of the exploded battery carrying apparatus, which is the subject of the invention. Figure 4 shows the exploded battery carrying apparatus, the subject of the invention, from a different angle. It is a perspective view. 3 DETAILED DESCRIPTION OF THE INVENTION: The invention is a battery carrying apparatus consisting of at least one body (4) and the bottom of the body (4) 5 with the retaining housing (5) located in the part and the upper part of the body (4) It consists of the protective cover (1). Holding gap (10) on the body (4) and magnet holder part (8) and Diameter 10 mm' The magnet holder (8.1) is positioned. The retaining housing (5) has a U-shaped structure and the bottom of which holds the batteries to be carried. (6) Battery holders (7) made to fit the diameter measurements are positioned. The retaining housing (5) is fitted into the body (4) as shown in the figures and The centering pins (2) are fitted into the body centering pin housings (2.2). Then the spring pins (3) are inserted into the spring pin slots (3.2) on the housing. Then the protective cover (1) of the retaining housing 15 as shown in Figures 1 and 2. (5) is placed on it. At this time, the lower part of the protective cover (1) is located The spring pin housings (3.1) sit on the spring pins. By means of screw (9) The housing cover (1) is passed through the screw hole (9.1) into the retaining housing (5) and screwed Mounting of the housing cover (1) to the body by screwing it into the hole (9.2). It is completed. 20 The batteries (6) are taken out of the shipping box by means of the apparatus that is the subject of the invention and The transportation process is carried out as follows: The user positions their hand in the grip space (10). He wants to carry 16x16 or 10x10 battery boxes inside the box. magnet holder (8.1) (e.g. diameter: 10 mm) 25 on the batteries in section (8.1) It performs the alignment. Once the batteries to be transported are aligned, they are held in place by the magnet (8.2) and transported. It is taken to the desired area. Batteries brought to the area to be moved (6) should be left in the relevant area (4). Using the holding slot (10) numbered (4) on the body, 30 It is pulled upwards by applying force. In this way, it is in the retaining housing (5) 4 By hitting the battery compartment (7) in the area, the magnets (8.2) are drawn out of the batteries (6) It moves away and the batteries are placed in the relevant area. 10 20

Claims

REQUESTS 1- The subject of the invention is a battery carrying apparatus, the feature of which is; at least one body (4) and the bottom of the body (4). the retaining housing (5) located in the part and the upper part of the body (4) It is characterized by the presence of a protective cover (1). 5 2- According to Request-1, it is an apparatus with the following features; a magnetic holder with a holding gap (10) on it. part (8) is positioned on the housing (4) with magnet (8.1) and magnet (8.2) It is characterized by having 3- It is an apparatus according to claims 1 and 2, and its characteristic is that it has a U-shaped structure and a bottom Battery holders made to fit the diameter of the batteries (6) to be carried in the part (7) It is characterized by having a retaining housing. 4- Items 1 to 3 are devices with the following characteristics: - Fitting the body (4) into the retaining housing (5) - centering pins (2) into the body centering pin slots (2.2) seating, - spring pins (3) are inserted into the spring pin slots (3.2) on the housing, 20 - the cover (1) is placed on the retaining housing (5), - spring pin housings (3.1) located at the bottom of the housing cover (1) sitting on its pins, - screw (9) into the housing cover (1) holder housing (5) by passing it through the gap (9.1) and screwing it into the screw hole (9.2) 25 fixing the protective cover (1) to the body It is an apparatus characterized by...