CN204219076U

CN204219076U - Toothpick structures

Info

Publication number: CN204219076U
Application number: CN201420663663.7U
Authority: CN
Inventors: 石婷婷
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-11-06
Filing date: 2014-11-06
Publication date: 2015-03-25
Anticipated expiration: 2024-11-06

Abstract

This utility model is a kind of toothpick structures, includes a body, and this body at least one end has the tiltedly sharp front end to one end, and top has an apical margin, and below has bottom one, and apical margin has two sides to the both sides of bottom; This dual-side offers at least one class's groove end angle, this class's groove end angle is under front end extension is opened in apical margin and respectively forms at least one line of rabbet joint in dual-side; Described body can be made into according to slot size there is different bottom widths, cone angle size that dual-side is formed between apical margin and body height.

Description

Toothpick structures

Technical field

This utility model is a kind of toothpick structures, the toothpick structures that espespecially a kind of toothpick section is tapered, its two sides offer the indenture along toothpick upper end apical margin bending curvature, there is when reaching pick one's teeth by the design of this indenture effect of better removing tartar or food residues bits.

Background technology

In toothpick on the market, there is various Shape design at present, toothpick body wherein disclosed by the TaiWan, China new patent number of applying for a patent No. 099202981 patent, disclosed by this patent, this patent physically has holds by section and the section of picking one's teeth, this section of picking one's teeth is formed at the one or both ends of holding by section, and the section of picking one's teeth top extends to form tip, the tip of the section of picking one's teeth described in it is characterized in that, it is the inclined-plane being cut convergent by the joint of holding by section and the section of picking one's teeth towards tip, the axial section of the section of picking one's teeth is made to present to push away and pull out shape, and make the section of picking one's teeth form laminar design to the section of tip, but the actual inclined-plane Shape design using its joint of holding by section and the section of picking one's teeth upper to cut convergent towards tip is too sharp-pointed in actual use, and under the prerequisite of improper use, easily injure gums, or thrust in tooth meat and cause hemorrhage injury, the user that particularly action such as old man or child is not sharp uses, risk is higher.

And the design of aforementioned existing toothpick, only terminate in when picking one's teeth and transfer to food residues bits, the attachment such as the food residues bits clamped for being absorbed in gingiva material on tooth surfaces, only can go again to strike with its tip, but but it is easily injured in the process of fiddling with because the Shape design at its tip is too sharp-pointed, therefore practicality is not high, its main cause is that aforementioned existing toothpick is except tip, not designing any auxiliary body makes toothpick in each direction of action, produce corresponding contact, and be only smooth surface, thus practicality is not good.

Utility model content

In view of the problems referred to above that prior art exists, problem to be solved in the utility model is, provides the toothpick structures that a kind of cleaning effect is better, solves the too sharp-pointed and problem that practicality is not good of existing toothpick structures.

For solving the problem, this utility model provides a kind of toothpick structures, is primarily characterized in that it includes a body, this body at least one end has the tiltedly sharp front end to one end, top has an apical margin, and below has bottom one, and apical margin has two sides to the both sides of bottom; This dual-side offers at least one class's groove end angle, this class's groove end angle is under front end extension is opened in apical margin and respectively forms at least one line of rabbet joint in dual-side; Described body can be made into according to slot size there is different bottom widths, cone angle size that dual-side is formed between apical margin and body height.

As preferably, this body is the trigone that cone is oblique.

As preferably, this line of rabbet joint terminates down to bottom according to the bending of top apical margin radian forward end.

As preferably, bottom this, be formed with an obtuse angle with at least one end apical margin intersection.

As preferably, this at least one class's groove end angle forms a shovel angle and shovel face on front extreme direction.

Compared with prior art, the beneficial effects of the utility model are, toothpick structures of the present utility model is by the setting at its both sides class groove end angle, the cleaning effect of picking one's teeth not only can be made better, and its line of rabbet joint produced more can produce the effect of clean surface of grinding one's teeth in sleep simultaneously, and structural durability is better, have both effectiveness.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of toothpick structures of the present utility model.

Fig. 2 is the three-dimensional partial cutaway schematic of toothpick structures of the present utility model.

Fig. 3 is the schematic side view of toothpick structures of the present utility model.

Fig. 4 is the A-A position cross-sectional schematic of this Fig. 3.

Fig. 5 is the B-B position cross-sectional schematic of this Fig. 3.

Fig. 6 is that the local location of toothpick structures of the present utility model analyses and observe action schematic diagram.

Reference numeral

Bottom 1 toothpick structures 11

12 apical margin 13 sides

Face is shoveled at 131/132/133 class's groove end angle 1311/1321/1331

14 front end T teeth

Detailed description of the invention

Please refer to the preferred embodiment side-looking of the present utility model shown in Fig. 1 to Fig. 3 and partial cross-sectional perspective view, for the food residues that the use that toothpick can be multi-faceted in time using can be made to reject on teeth space or gingiva is considered to be worth doing or tartar, toothpick structures 1 of the present utility model is characteristically a truncation surface be the trigone that a cone is oblique is body, this toothpick structures 1 enters in teeth space by boring oblique trigone with the proportional area larger compared with traditional round column toothpick, this toothpick structures 1 possesses following characteristics, it at least has the tiltedly sharp front end 14 to one end in one end, above this toothpick structures 1 body cone oblique triangle body, there is an apical margin 12, below have one bottom 11, the both sides of apical margin 12 to bottom 11 have two sides 13, each side 13 offers at least one class's groove end angle, this class's groove end angle is opened in apical margin 12 times for extending from front end 14 and respectively forms at least one line of rabbet joint in dual-side 13, in this preferred embodiment, this toothpick structures 1 dual-side 13 offers three class's groove end angles 131/132/133, this third slot line on average extends three position height and is uniformly distributed, this third slot line described also terminates in bending according to top apical margin 12 radian forward end 14 down to bottom 11, the bottom 11 of this cone oblique triangle body is linearly extended body, and be formed with an obtuse angle at least one end and described apical margin 12 intersection, wherein this body can be made into according to slot size and have different bottom 11 width, the cone angle size that dual-side 13 is formed between apical margin 12 and body height, user is provided to select.

Please refer to Fig. 4, preferred embodiment of the present utility model shown in Fig. 5 and Fig. 6, of the present utility model focusing on is designed by described class's groove end angle, the structural strength of toothpick structures 1 can be increased, special in the toothpick of timber as material, the end angle of class's groove can make timber in time being shaped, produce higher structural strength, and the angle formed at dual-side 13 by class's groove end angle 131/132/133 is in time picking one's teeth, not only pick out food residues bits by front end 14, and grind off by operating to swing up and down the effect that tartar reaches teeth surfaces simultaneously, when the dirt of dental surface or slag bits also can be made to come off, card falls within described class's groove end angle, take out of in passing, this class's groove end angle shown in Fig. 5 is on direction, front end 14 again, because the difference produced before class's face bending is backward respectively can form a shovel face 1311/1321/1331, when this shovel face can enter teeth space in picking one's teeth, considering food residues to be worth doing more effective rejecting and dividing, increasing the cleaning effect of picking one's teeth.

In sum, toothpick structures of the present utility model, by the setting at its both sides class groove end angle, the cleaning effect of picking one's teeth not only can be made better, and its line of rabbet joint produced more can produce the effect of clean surface of grinding one's teeth in sleep simultaneously, and structural durability is better, have both effectiveness.

Claims

1. a toothpick structures, is characterized in that, includes:

One body, this body at least one end has the tiltedly sharp front end to one end, and top has an apical margin, and below has bottom one, and apical margin has two sides to the both sides of bottom;

This dual-side offers at least one class's groove end angle, this class's groove end angle is under front end extension is opened in apical margin and respectively forms at least one line of rabbet joint in dual-side;

Described body be made into according to slot size there is different bottom widths, cone angle size that dual-side is formed between apical margin and body height.

2. toothpick structures according to claim 1, is characterized in that, this body is the trigone that cone is oblique.

3. toothpick structures according to claim 1, is characterized in that, this line of rabbet joint terminates down to bottom according to the bending of top apical margin radian forward end.

4. toothpick structures according to claim 1, is characterized in that, is formed with an obtuse angle with at least one end apical margin intersection bottom this.

5. toothpick structures according to claim 1, is characterized in that, this at least one class's groove end angle forms a shovel angle and shovel face on front extreme direction.