Auxiliary shaving element for blade on shaving equipment

Abstract

The invention provides an auxiliary shaving element for a blade on shaving equipment. The auxiliary shaving element comprises a hair pulling base layer and at least one thickening layer, and the hairpulling base layer and the thickening layers are splittably and independently machined; the hair pulling base layer is provided with several bent and inclined elastic arms, the elastic arms and the thickening layers are of split structures, and the thickness of the thickening layers is selected according to the requirement for auxiliary shaving; the upper ends of the elastic arms are connected with the thickening layers. Split-type design is adopted for the hair pulling base layer and the thickening layers, the selection of materials for the thicknesses of the thickening layers is flexible andvariable, beard pulling force can be freely controlled, and therefore multiple beard lifting and pulling amounts of different degrees can be provided. Compared with the design that existing common thickening layers and hair pulling base layers are of integrated structures, the auxiliary shaving element is more suitable for being used by different people with different sensitive skins, and more comfortable shaving experience feeling is obtained while the shaving degree is improved.

Description

technical field [0001] The invention belongs to the technical field of razor manufacture, and relates to an auxiliary shaving element used for blades on shaving equipment. Background technique [0002] In order to obtain a better shave, the razor blade is required to be closer to the surface during use, and most of the razor blades in the prior art use a single-layer blade with a knife net. Due to structural reasons, It is always impossible to avoid and eliminate the unshaven beard caused by the thickness of the knife net, and the shave is poor. There are also very few parts that use a double-layer blade structure. The auxiliary shaving elements of this type of double-layer blade are made by forming and bending technology. This type of single-layer auxiliary shaving element with a single-layer shaving edge has limited pulling ability. , in order to obtain a better shaving effect, the thickness of the cutting edge has to be increased through multiple complex bending processe...

AI Technical Summary

Problems solved by technology

[0002] In order to obtain a better shave, the razor blade is required to be closer to the surface during use, and most of the razor blades in the prior art use a single-layer blade with a knife net. Due to structural reasons, It is always impossible to avoid and eliminate the unshaven beard caused by the thickness of the knife net, and the shave is poor

There are also very few parts that use a double-layer blade structure. The auxiliary shaving elements of this type of double-layer blade are made by forming and bending technology. This type of single-layer auxiliary shaving element with a single-layer shaving edge has limited pulling ability. , in order to obtain a better shaving effect, the thickness of the cutting edge has to be increased through multiple complex bending processes, so as to form a multi-layer auxiliary shaving element of the multi-layer shaving cutting edge, thereby improving the pulling ability. However, it is unavoidable that the molding is difficult, the manufacturing cost is high, and the bending process is easy to cause the edge deformation of the auxiliary shaving element. Due to the bending characteristics of the sheet metal, the thickness of the thickened layer material can only be consistent with the thickness of the base material, which is affected by the structure and material. Thickness limits this kind of multi-layer auxiliary shaving element can only provide a single amount of shaving, and different groups of people have different facial sensitivities. Pain and discomfort, reducing the comfort and experience of shaving

Images