The present invention is related to a razer, and in particular, a razer having a simple structure and convenient for carrying.
For personal hygiene, presently, the razors provided by accommodation places, such as hotel, motel or camping site, to customers for use are mostly disposable products for one-time use only. Accordingly, based on the cost concern, a lot of business operators mostly provide plastic products of low cost to customers for use. Although such products are able to achieve the purpose of convenient use for customers, nonetheless, the disposable method of one-time use only can cause waste of resource. Furthermore, plastic is a material that cannot be decomposed easily, and large amount of disposal of plastic can also cause burden to the environment.
In view of the above, a razor made from folding paper is known to have been proposed earlier, as shown in
A primary objective of the present invention is to provide a razor such that it is convenient to use and facilitated for carrying, and is also capable of reducing burden to the environment.
To achieve the aforementioned primary objective, a razor of the present invention comprises: a main body formed by folding a sheet material; the sheet material includes a first folding line, two third folding lines symmetrical to each other at left and right sides and two fifth folding lines. The first folding line is formed at the center of the sheet material and extends from one end of the sheet material toward another end thereof. The two third folding lines extend obliquely from the first folding line toward two left and right opposite sides of the sheet material. The two fifth folding lines are disposed at two sides of the first folding line and extend from a rear end of the sheet material toward the third folding lines. A blade securement portion is formed between the two third folding lines. The blade securement portion includes an opening hole penetrating through the two front and rear sides. A blade is attached to the blade securement portion and is partially exposed out of the opening hole.
From the above, it can be understood that the razor of the present invention utilizes a pre-stamped multiple folding lines in order to allow an eco-friendly sheet material to be folded in a simple and fast manner, such that a three-dimensional razor can be formed after folding. Accordingly, the razor of the present invention is convenient to use and is facilitated for carrying while being able to effectively reduce burden to the environment.
Preferably, the sheet material can be made of paper or other biodegradable materials.
Preferably, the blade securement portion further includes a reinforcement portion connected to a front side edge of the blade securement portion and folded along a fourth folding line to be attached to the blade securement portion, thereby allowing the blade to be held between the blade securement portion and the reinforcement portion in order to form a sandwich-like structure.
Preferably, the blade securement portion further includes two reinforcement portions connected to two left and right ends of a front side edge of the blade securement portion, and are respectively folded along a fourth folding line to be attached to the blade securement portion and covering two sides of the blade, thereby allowing the blade to be held between the blade securement portion and the reinforcement portions in order to form a sandwich-like structure.
Details of the structure, features, assembly or use method of the present invention will be further described in the following embodiments and practice methods. However, a person with ordinarily skilled in the art in the technical field of the present invention shall understand that the detailed description and specific embodiments for the practice of the present invention described are provided to illustrate the present invention only such that they shall not be treated as limitations to the scope of the claims of the present invention.
The applicant emphasizes that for this specification as a whole, including the following embodiments described and the claims applied, all directional terms are described based on the directions shown in the drawings. Furthermore, for the embodiments and drawings described, identical component signs are used to represent identical or similar components or structural features of the present invention.
First, please refer to
The main body 20 is formed by folding a sheet material 30. In this embodiment, the sheet material 30 uses a rectangular paper of 100 lb˜300 lb. In addition, according to the actual needs, the outer surface can use coating or lamination method to form a layer of plastic film formed by, such as polyethylene (PE) or polyethylene terephthalate (PET) material, such that the sheet material 30 has the waterproof effect; however, the present invention is not limited to such material only. Preferably, the sheet material can be made of eco-friendly materials, such as paper or other biodegradable materials, and the shape of such sheet material is not limited to any specific shape.
The sheet material 30 includes a first folding line 31, a second folding line 32, two third folding lines 33 symmetrical to each other at left and right sides, two fifth folding lines 35 and two auxiliary lines 36. All of these folding lines can be formed via stamping. The first folding line 31 extends from the rear end of the sheet material 30 toward the front end thereof. The second folding line 32 is horizontally arranged at the front of the front end of the first folding line 31. The two third folding lines 33 extend obliquely from the front end of the first folding line 31 toward two left and right opposite sides of the sheet material 30. The two fifth folding lines 35 are disposed at two left and right sides of the first folding line 31 and extend from the rear end of the sheet material 30 toward the front end thereof to connect to an intersection between the second folding line 32 and the third folding lines 33. The two auxiliary lines 36 are respectively formed at two sides of the second folding line 32 and extend to two opposite sides of the sheet material 30.
After folding, the two sides of the first folding line 31 are folded toward one identical direction along the first folding line 31, and then, the sheet material is folded along the two fifth folding lines 35 toward the opposite direction, such that a first slanted supporting portion 25 having a M-shaped structure is respectively formed between the first folding line 31 and the two fifth folding lines 35. In addition, a second slanted supporting portion 26 is formed between the second folding line 32 and the two third folding lines 33. A blade securement portion 23 is formed between the two third folding lines 33. The two slanted supporting portion 26 are connected to the blade securement portion 23 and the two first slanted supporting portions 25. The sheet material 30 includes two holding portions 21 respectively formed at the outer sides of the two fifth folding lines in order to allow the user to hold thereon. In addition, the formation of the M-shaped structure is able to effectively prevent bending and deformation of the holding portions 21, thereby enhancing the structural strength of the entire holding portions 21.
Furthermore, the two auxiliary lines 36 and the two third folding lines 33 are folded to form two supporting portions 22 and the blade securement portion 23. The two supporting portions 22 are located between the auxiliary lines 36 and the third folding lines 33 and are also symmetrical to each other at left and right sides with respect to the first folding line 31. The two supporting portions 22 are connected to one of the holding portions 21 respectively. The blade securement portion 23 is formed between the two third folding lines 33 and connected to the two supporting portions 22, thereby allowing the two supporting portions 22 to achieve the supporting effect for the blade securement portion 23. In addition, the blade securement portion 23 includes an opening hole 24 penetrating through the two front and rear sides. The blade 40 is arranged at the blade securement portion 23 and is partially exposed out of the opening hole 24. The shape of the aforementioned opening hole 24 is not limited to any specific shapes (a rectangular shape is used here as an example for illustration) as long as the blade 40 is able to expose appropriately.
Furthermore, to further enhance the stability of the blade 40, the blade securement portion 23 can have different structural variations. In a second embodiment of the present invention, the blade securement portion 23 further includes a reinforcement portion 27. As shown in
Moreover, the quantity of the reinforcement portion 27 can also be increased to two. In a third embodiment of the present invention, as shown in
Furthermore, please refer to
Furthermore, please refer to
In view of the above, the razor 10 of the present invention is able to utilize multiple folding lines formed via pre-stamping method in order to allow the sheet material 30 to be able to form into a three-dimensional razor available for use easily and swiftly through folding from a planar sheet material. Accordingly, the razor of the present invention is convenient to use and facilitated for carrying while being able to reduce the use of plastic such that the burden to the environment is also reduced.
Number | Date | Country | Kind |
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110120398 | Jun 2021 | TW | national |