RU178597U1 - BATTERY FOR CARRIAGE OF BATTERIES - Google Patents

Abstract

The trolley for transporting batteries refers to hand trolleys, designed to transport batteries from the consumer to the service unit. The utility model relates to transport engineering, in particular mechanical assembly processes at the installations of locksmith sections in motor vehicle repair shops for cars, vehicles (including railway and aircraft), agricultural machines. The main technical problem to be solved by the claimed utility model is to reduce the time and the labor involved in delivering a massive battery from a consumer to a workshop. The main idea aimed at fulfilling the technical task is to provide as many degrees of freedom as possible to the battery that is moved during repair and maintenance work. That is, the battery must move both vertically and horizontally or, in another language, the device must provide work to raise, lower or move the battery. Moreover, the movement of the battery on the device should be carried out by muscular traction of a person. In the claimed utility model, it is proposed to use a roller table similar in size to the size of the battery to solve the described technical problem. Roller is a frame in which shafts (rotating cylinders) are inserted parallel to each other. The frame is attached to a scissor lift equipped with a pneumatic actuator with a pedal, which in turn is attached to a four-wheel trolley equipped with a U-shaped handle.

Description

The trolley for transporting batteries refers to hand trolleys, designed to transport batteries from the consumer to the service unit. The utility model relates to transport engineering, in particular mechanical assembly processes at the installations of locksmith sections in motor vehicle repair shops for cars, vehicles (including railway and aircraft), agricultural machines.

A distinctive feature of this utility model is the use of a roller table containing a set of shafts installed in the frame. Rolling table allows you to horizontally move the battery. The frame is connected to a device for raising and lowering it. The device is mounted on a hand truck. The trolley is fitted to the unit, on which stands a massive battery. At the same time, the height of the block is not important, since the lifting device allows you to raise the roller conveyor to the required height. The battery is installed by the muscular strength of the hands on the roller table and moved on it by the muscular strength of the hands. Thus, it is possible, using the trolley, to remove and place batteries on the units that have staged places at a height comparable to human growth.

The main technical problem to which the claimed utility model is aimed is to reduce the time and labor required to deliver a massive battery from the consumer to the workshop. The main idea aimed at fulfilling the technical task is to provide as many degrees of freedom as possible to the battery that is moved during repair and maintenance work. That is, the battery must move both vertically and horizontally or, in another language, the device must provide work to raise, lower or move the battery. Moreover, the movement of the battery on the device should be carried out by muscular traction of a person.

All technical solutions that are used to solve the Dyna problem can be divided into devices that provide horizontal movement (wheeled trolleys and roller tables), and devices that provide vertical movement (various types of scissor or screw type lifting mechanisms). The more degrees of freedom the device provides to the transported load, the less time can be spent moving it. The conceptual idea of the claimed utility model is a roller table mounted on a lifting device mounted on a hand truck.

Known device "Rolgang" WO 2010 / 147511A2, which is a set of shafts installed in the frame. The frame is connected to a device configured to raise and lower the frame. This device would allow to move the battery horizontally. He has a device for attaching to a lifting device. This device alone can only move the battery horizontally. To raise and lower it requires the installation of additional equipment.

This device has common features with the claimed - the roller table itself, created on the frame, on which the battery can be moved. Roller is made in the form of a frame, inside of which there are shafts. So, the frame. of the claimed invention can be attached to a lifting device and, theoretically, it can provide movement of the battery horizontally and vertically. The technical result of this invention is the expansion of the possibilities of using the roller table.

However, the known device is preferably used together with the drive to rotate the shafts, and it is designed for long products. In addition, it does not include a lifting device, which is its integral part. The device is bulky and inconvenient to install on a hand truck. Also, due to its geometric dimensions, it is inconvenient for maintenance and transportation of batteries.

A known device "Hand Truck" RU 31125 U1, designed for the transportation of diagnostic equipment, including a battery. The device comprises a frame frame in which "load-bearing rollers" are inserted, placed on two support wheels and driven by muscular strength of the hands by means of a U-shaped handle. The product contains a front rack, which brings the frame with "load-bearing rollers" in a horizontal position.

With the claimed utility model, this device connects the execution in the form of a cart on wheels with a U-shaped handle. This trolley also has a frame with "load-bearing rollers", which can be called a roller table. However, this device does not have a lifting device. The cart cannot be used when removing the battery at a height and it can only move the battery horizontally.

A device is known “Lifting trolley for dismantling and transportation of equipment” RU 2027624 C1. This device is a trolley made in the form of a frame on running wheels, equipped with a lifting drive device, on which a cargo platform for transporting goods is attached. By means of a drive, the device is lowered and raised by the muscular strength of the arms. The drive is driven by hands through a screw mechanism.

With the claimed utility model, this device connects the execution in the form of a trolley on the support wheels with a cargo platform, placed on a lifting mechanism. The device is capable of performing work on lifting, lowering and moving cargo.

The platform is not equipped with a roller table, which imposes a restriction on the transportation of the battery. It is problematic to remove a massive battery from a platform without a live roll. Rollergang makes it possible to move - along the horizontal batteries, using only the muscular strength of the hands.

A device "Hand truck for the transportation of goods" RU 2491200 C2 is known, which is a frame with wheels, a platform and a load-lifting mechanism mounted on it, based on a screw pair, a winch or a manual hoist. This device is conceptually the closest to the claimed utility model and is selected as a prototype, since this device allows you to move a massive load, both vertically and horizontally and is driven by muscular arm strength. The device is designed for transportation of goods, includes a frame with wheels, horizontally located, a platform and a lifting mechanism. The device allows you to take a massive load from the floor and transfer it to the required distance on a removable pallet. The absence of the roller table is compensated by the fact that the lifting mechanism (equipped with a point grip for connecting the load) is mounted on the rack and it is possible to move the lifting mechanism relative to the load at the desired distance.

However, this device does not have a roller table in a removable pallet. In addition, the device is equipped with a screw hoist mounted on a U-shaped rack. The device is equipped with a steering wheel, through which you can control the height of the load. This fact allows us to talk about the prototype only as a device for lifting from the floor. In addition, spot capture is not always convenient for capturing a massive battery, which, as a rule, has the shape of a parallelepiped.

In the claimed utility model for solving the described technical problem, it is proposed to use a roller table similar in size to the size of the battery. Roller is a frame in which shafts (rotating cylinders) are inserted parallel to each other. The frame is attached to a scissor lift equipped with a pneumatic actuator with a pedal, which in turn is attached to a four-wheel trolley equipped with a U-shaped handle.

Below is an explanatory drawing (Fig. 1).

(1) Roller.

(2) Scissor lift.

(3) Trolley frame.

(4) Hydraulic drive of the lift.

(5) Wheels.

(6) Pedal of hydraulic lift drive.

(7) U-shaped handle.

The massive battery is located on the roller table (1), along which it can move in the horizontal direction through the muscular traction of a person. The roller table (1) is mounted on a scissor-type lifting mechanism (2), which is driven by a hydraulic drive (4), which is controlled by a pedal (6). By pressing the pedal (6) through the hydraulic drive (4) and the scissor-type lifting mechanism (2), you can adjust the height of the roller table (1) and the battery located on it. The scissor lift mechanism (2) is attached to the carriage frame (3). The cart is equipped with wheels (5) and a U-shaped handle (7). The position of the battery can thus be changed by pushing the U-shaped handle (7) of the trolley.

Claims (1)

A battery trolley equipped with a roller conveyor, based on a metal frame with shafts inserted in it, located parallel to each other and perpendicular to the side of the frame, mounted on a scissor lift, hydraulically driven, mounted on a four-wheel trolley equipped with a U-shaped handle .

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