Design of automatic hair cutting and storage and automatic hair cutting

Abstract

The present application "automatic hair receiving and automatic hair cutting design" belongs to the technical field of hair cutting tools, which has two main purposes: one is to completely, massively and automatically store the hair cuttings during hair cutting, and the other is to realize automatic hair cutting. A dust suction port is arranged on the hair cutting tool and a dust suction device is synchronously installed, the hair cuttings are guided into a container through a pipeline for storage, so that the environmental pollution is reduced and the person participating in the hair cutting feels comfortable. In order to realize automatic hair cutting, one can design a head cover to place the head in the head cover, install a hair cutter in the head cover and connect the hair cutter with a computer to realize automatic hair cutting; two can design a cabinet type support integrated with a computer control hair cutting execution device, which includes a cabinet, a seat head support, a sliding arm and a support, a universal hair cutter and the like, a person sits on the seat on the cabinet, and the computer sends instructions to realize automatic hair cutting.

Description

[0001] Technical field: Hairdressing tools.

[0002] Background technology: Existing hairdressing tools and vacuum cleaner technology. Computer-controlled intelligent machine technology. Summary of the Invention:

[0003] Currently, there are no hairdressing tools on the market that can completely and automatically collect all the hair clippings into a storage bag. A vacuum port could be installed on the hairdressing tool, and a vacuuming device could be installed at the same time. The dust could be guided into a container through a hose for storage, thus eliminating environmental pollution, reducing harm to the human body, and alleviating discomfort for both hairdressers and hairdressers.

[0004] Currently, there is no fully automatic intelligent hair-cutting device on the market. I have designed the following two:

[0005] 1. Design a headgear to hold the head. The headgear contains one or more hair clippers that can be adjusted automatically or manually to achieve various desired hairstyles. The automatic hair clipper headgear is connected to a computer for control, allowing the hairdresser to operate the computer to cut the customer's hair. A dust collection device is installed synchronously with the fully automatic hair clipper headgear, and a storage bag is provided to collect and store all hair clippers.

[0006] 2. Design a cabinet and support structure for collecting and controlling hair clippings. The cabinet features an adjustable seat and headrest at the front, and a support for the hair-cutting device on top, along with a telescopic arm that aligns with the user's head and can be intelligently controlled. A universal hair clipper is installed at the lower end of the telescopic arm. The cabinet contains a computer, a vacuum cleaner, and a hair clippings storage bag. During a haircut, the computer issues commands, and the clippings are completely collected and stored in the storage bag within the cabinet.

[0007] Attached image description: as shown Figure 1 , Figure 2 , Figure 3 The images show several common types of hair clippers currently on the market. Hair clipper vacuum devices can have a vacuum fan installed simultaneously on the motor inside the clipper, with a guide tube at the end of the clipper to automatically collect hair clippings and transport them to a storage bag during a haircut. Alternatively, a vacuum cleaner can be installed at the end of the hair clipping guide to collect the hair clippings and store them in a storage bag. Detailed implementation method:

[0008] The existing hair clipper casing can be modified to include a hair-shaving suction inlet, a hair-shaving channel inside the casing, and a hair-shaving guide tube that can be installed at the tail end of the casing to deliver the hair shavings into a storage bag. A vacuum cleaner and conveyor fan can be installed inside the hair clipper, or a vacuum cleaner can be installed in the storage bag.

[0009] To achieve fully automated and intelligent haircutting, a haircutting machine was designed that can be controlled by a computer. Various hairstyles and head images are input into the computer, and the hairdresser cuts hair for the customer by operating the computer. Attached image description: Figure 1 This is a schematic diagram of a rotary razor-style vacuum hair clipper. Figure 2 This is a schematic diagram of a clipper-style vacuum hair clipper. Figure 3 This is a schematic diagram of a circular vibrating body-sensing vacuum hair clipper.

Claims

1. The concept and design of a storage bag for the complete, large-scale, and automatic storage of hair clippings used during haircuts.

2. Concept and design of fully automatic intelligent haircutting.

3. Install air intakes on hairdressing tools.

4. Set up a hair clipping conveying channel inside the hair clipper.

5. Install a vacuum cleaner in conjunction with the hair clipper. The vacuum cleaner can be installed inside the hair clipper or together with the storage bag, i.e., a vacuum cleaner that is integrated with the storage bag.

6. A hair clipping delivery tube is provided at the tail of the hair clipper, which can be connected to the storage bag.

7. Design a head cover to place the head inside, connect it to a computer, and realize automatic intelligent hair cutting.

8. Design a cabinet and its support that can accommodate an adjustable seat, headrest, computer, hair clipper storage device, and automatic hair-cutting execution device to achieve automatic hair cutting.

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