TWM679016U - Remote-controlled vacuum cleaner with attached carrier - Google Patents

Abstract

This invention is a remotely controlled vacuum cleaner with a mounting bracket. A key feature is the detachable bracket, allowing users to separate the vacuum cleaner from the bracket as needed. The vacuum cleaner is remotely controlled using a handheld remote, and the bracket is attached to it using a telescopic hook structure, with a load capacity limited to the movable vacuum cleaner. Telescopic ball wheels allow for pushing or pulling. This invention further facilitates the movement of the bracket on the vacuum cleaner.

Description

Remote-controlled vacuum cleaner with attachment carrier

A remotely controlled vacuum cleaner device, which can be equipped with a carrier, particularly one with a movable and detachable carrier, allowing the vacuum cleaner device and carrier to be used separately. Using a handheld remote controller, the user monitors the surrounding environment through a camera on the vacuum cleaner device, remotely controls the movement of the vacuum cleaner device, and consequently moves the attached carrier to the correct position.

It is understood that vacuum cleaners are designed for a single purpose: vacuuming. They require the user to hand-hold the vacuum cleaner and move it within the limited space of the power cord, or they can be moved automatically by a cordless vacuum cleaner. They do not have the function of carrying items. If the vacuum cleaner could be moved or carried at the same time, it would enable the vacuum cleaner to perform more diverse functions. Adding a movable and detachable carrier would improve the user's enjoyment of using it for more purposes.

This invention is a remotely controlled vacuum cleaner with a mounting bracket. A key feature is the detachable bracket, allowing users to separate the vacuum cleaner from the bracket as needed. The vacuum cleaner is remotely controlled using a handheld remote, and the bracket is attached to it using a telescopic hook structure, with a load capacity limited to the movable vacuum cleaner. Telescopic ball wheels allow for pushing or pulling. This invention further facilitates the movement of the bracket on the vacuum cleaner.

To facilitate your review committee's further understanding of the technical means and operational process of this invention, its structure, characteristics, and operation methods, the following detailed explanation is provided with examples and illustrations:

Please refer to Figures 1, 2, 3, 4, 5 and 6. This invention is a remotely controlled vacuum cleaner that can be attached to a carrier, especially a vacuum cleaner with a movable and detachable carrier that can be used separately. Please refer to Figure 1. This vacuum cleaner (10) has two rotary brooms (2), a climbing front wheel (3), a roller broom (4), a suction port (5), and two power rear wheels (6) at the bottom to form a movable vacuum cleaner (10). A camera (1) and a controller transceiver (7) are provided at the front end of the vacuum cleaner (10) to control the movement direction of the climbing front wheel (3) and the power rear wheel (6). When the power is turned on, the rotary broom (2) and the roller broom (4) start to operate, sweeping up dust and small debris and sucking them into the suction port (5) for collection.

Please refer to Figure 2, which shows a remote controller (11) held in both hands. The image captured by the camera (1) on the vacuum cleaner (10) is displayed on the screen (60) of the remote controller (11) to remotely control the movement of the vacuum cleaner (10) and adjust the direction of the camera (1) on the vacuum cleaner (10). The hand lever on one side of the remote controller (11) is a joystick (20) that can control the forward, backward, left and right movement of the vacuum cleaner (10). Rolling the movement direction joystick (20) can be linked to the rotation direction of the movement control (40), thereby remotely controlling the movement of the vacuum cleaner (10). The vacuum cleaner (10) can move forward, backward, or turn left or right. The hand lever on the other side of the remote controller (11) is a lens direction lever (30) that can adjust the lens direction of the lens (1) on the vacuum cleaner (10). Rolling the lens direction lever (30) can be linked to the function mode (50) to rotate the direction, thereby remotely controlling the lens (1) to swing up and down or turn left and right. The vacuum cleaner (10) is equipped with a controller transceiver (7) to receive the control signal sent by the remote controller (11) and to control the vacuum cleaner (10) and the lens (1).

Please refer to Figures 3, 4, 5, and 6, which show a carrier (100) that can be hooked above the vacuum cleaner (10). The carrier (100) has a storage space (101) in the middle for placing items. The bottom edge has multiple retractable hooks (102) that can extend in length. The retractable hooks (102) extend according to the height and volume of the vacuum cleaner (10). 2) It is securely attached to the vacuum cleaner (10). Moving the vacuum cleaner (10) can carry the carrier (100) to move, limited to the weight that the vacuum cleaner (10) can bear; furthermore, the carrier (100) is mainly equipped with telescopic ball wheels (103), and its telescopic length is higher than that of the vacuum cleaner (10). The movement of the vacuum cleaner (10) is to push the carrier (100) to move.

1: Camera lens 2: Rotary broom 3: Climbing front wheel 4: Roller broom 5: Vacuum nozzle 6: Power rear wheel 7: Controller transceiver 10: Vacuuming device 11: Remote controller 20: Movement direction joystick 30: Camera direction joystick 40: Movement control 50: Function mode 60: Display screen 100: Carrier 101: Storage space 102: Telescopic hook 103: Telescopic ball wheel

Figure 1 is a schematic diagram of the vacuum cleaner device created in this work.

Figure 2 is a schematic diagram of the original rocker.

Figure 3 is a schematic diagram of the attached carrier of this creation.

Figure 4 is a schematic diagram of the telescopic hook of the creative carrier.

Figure 5 is a schematic diagram of the telescopic spherical wheel, the carrier of this creation.

Figure 6 shows the connection between the vacuum cleaner and the remote control in this invention.

1: Shot

10: Vacuum Cleaning Device

100: Carrier

101: Storage Space

102: Telescopic hook

Claims (5)

A remote-controlled vacuum cleaner includes an attached carrier and comprises a vacuuming device, a remote controller, and a carrier. The vacuuming device is equipped with a rotary broom, a front climbing wheel, a roller broom, a suction port, and a power rear wheel, forming a movable vacuuming device. When the power is turned on, the rotary broom and roller broom operate, sweeping up dust and small debris and sucking them into the suction port for collection. A carrier can be mounted above the vacuuming device to carry items, and the items on the carrier are transported along the movement of the vacuuming device. The vacuum cleaner is equipped with a camera at its front end for monitoring its position. It also has a controller transceiver to control the direction of movement of the front and rear power wheels. This transceiver receives control signals from a remote controller and controls the vacuum cleaner and camera. A remote controller uses wireless communication technology to communicate with the transceiver on the vacuum cleaner and to operate the vacuum cleaner in corresponding modes. The remote-controlled vacuum cleaner described in claim 1 includes an attached carrier, wherein the hand lever on one side of the remote controller is a joystick that can control the forward, backward, leftward, and rightward movement of the vacuum cleaner. Rolling the joystick can be linked to controlling the rotation direction, thereby remotely controlling the vacuum cleaner to move forward, backward, or turn left or right. The remote-controlled vacuum cleaner described in claim 1 includes an attachment carrier, wherein the hand lever on the other side of the remote controller is a lens direction joystick that can adjust the lens on the vacuum cleaner device. Rolling the lens direction joystick can be linked to the function mode rotation direction, thereby remotely controlling the lens to swing up and down or turn left and right. The remote-controlled vacuum cleaner as described in claim 1 includes an attachment carrier, wherein the bottom edge of the carrier is provided with multiple retractable hooks of retractable length, which are securely attached to the vacuum cleaner device; the vacuum cleaner device can be moved by carrying the carrier, and the weight is limited to the load-bearing capacity of the vacuum cleaner device. The remote-controlled vacuum cleaner described in claim 1 includes an attached carrier, wherein the bottom edge of the carrier may be further provided with multiple telescopic ball wheels, the telescopic length of which is greater than that of the vacuuming device, and the carrier is moved by pushing the vacuuming device.