KR200459600Y1 - Structure of a multilateral rope toothpick - Google Patents

Abstract

 The toothpick structure of the present design is a toothpick that combines a cleaning rod body and a soft material string, and is composed of a grip and a head, and a grip and a head relative to each other. It has a sleeve part and a sleeve sleeve part which can be respectively connected to a position, and can adjust an angle. It is fixed on the cleaning rod body so that the first washing machine having the cutting part on the hull of the string and the second washing machine having the flexible brush alternately act to scrape the tartar between the teeth effectively. You can remove calculus from all directions.

Description

Structure of a multilateral rope toothpick}

The present invention relates to the construction of a multi-angle toothpick, in particular a sleeve having a plurality of adjustment grooves provided on a head and a sleeve portion having a plurality of adjustment ribs provided on a grip. It is related to the structure of a multi-angle file toothpick is made by connecting the sleeve portion, which can be rotated in various directions to adjust the angle.

A well-known oral hygiene toothpick (refer to FIG. 13 and FIG. 14) is a thread 31 of cotton yarn material fixed on an F-shaped or Y-shaped rod 30. As shown in FIG. This kind of known toothpick is a fixed form of integral molding, and the thread 31 maintains a tight linear shape and under the structure lacking elasticity, the thread 31 is broken when removing the tartar of the gap of the tooth. There is concern. In addition, if the seal 31 is broken during the sanitary treatment of the oral cavity, waste occurs because the entire toothpick must be disposed of hygienically.

 Since the position and arrangement of the user's teeth are different when scraping the tartar of the gap of the teeth, the well-known fixed type toothpick can not be adjusted to fit between the teeth from various angles, and it is inconvenient to use, and the tartar is between the teeth. There was a possibility that the effect of tartar removal would be greatly reduced.

The purpose of this paper is to provide a structure of a multi-angle toothpick, having a sleeve portion having a plurality of adjustment ribs provided on a grip, and a plurality of adjustment grooves provided on a head. A cleaning rod structure formed by connecting blood sleeves and rotating in various directions, wherein the first and second cleaning portions provided on the cleaning rod body are made of a flexible material. The present invention provides a file toothpick that can be exchanged, eliminates waste such as a conventional toothpick which discards the whole after use, and can control the cleaning angle, thereby effectively removing tartar in the gap of the tooth.

 Another object of this paper is to effectively tartar the slit part by the reciprocating action of the string part consisting of the first washing machine having the cutting part and the second washing machine having the flexible brush installed vertically and shortly. It is to provide a structure of a multi-angle file toothpick to scrape off.

The file toothpick structure of the present invention is a file toothpick combining a cleaning rod body and a soft material string, and the cleaning rod body is composed of a grip and a head, and is located at a relative position between the grip and the head. Each has a sleeve portion and a sleeve sleeve that can be laid out and adjusted in angle. The first washing machine having a cutting part on the hull of the string and the second washing machine having a flexible brush are fixed on the cleaning rod body so that they can be used alternately, effectively between teeth. By scraping dental calculus, teeth can be sanitized in all directions and at multiple angles.

This paper improves the inconvenience of using a conventional toothpick, and effectively removes tartar from multiple angles by scraping the tartar between teeth effectively in various directions.

As shown in Figures 1 to 5, the present invention combines the cleaning rod body 10, which can adjust the angle, with a flexible flexible material exchangeable cord 20, and constitutes a toothpick to remove tartar in the gap of the teeth. The cleaning rod body 10 is composed of a rod-shaped grip 11 and a head 12 suitable for ergonomics.

 A lower portion of the grip 11 is provided with a sleeve portion 111 that engages with an upward direction of the head 12, and the sleeve portion 111 is provided with a plurality of outer edges. It has an adjustment rib 113 of the semi-circular elastic block 112 with a stop frame 114 is installed below. The head 12 is a door frame type, which forms a space portion 121 for installing the string 20 on one side, and the sleeve portion 122 that engages with the sleeve portion 111 at one upper end of the head 12. Install it. The blood sleeve portion 122 is provided with a shaft hole 123 having a plurality of adjustment grooves 124 on the inner wall, and a recess groove 125 on the outer edge of the head 12 door frame type, and stops. In the middle, a C-shaped slot 126, which is in communication with the yaw groove 125, is provided through. The replaceable cord 20 is installed in a circular or straight line, and the first washing machine 21 having the cutting portion 211 removes calculus of the gap of the teeth. In addition, a second washing machine 22 having two or more flexible brushes 221 at a proper position on the string 20 can be installed to remove square tartar and massage the gums. have. The flexible brushes 221 of the second washing machine 22 are vertically arranged in long and short lengths. An annular fastening point 23 is installed at an appropriate position of the string 20, and the hook-type accommodating portion 115 is attached to the front at the middle of the grip 11.

 In use, as shown in FIGS. 6 and 7, first, the blood sleeve 122 of the head 12 is fixed to the sleeve 111 of the grip 11, and both elastic blocks 112 of the sleeve 111 are fixed. Is fixed to the adjusting hole 124 of the sleeve 122 and fixed to the adjusting groove 124, and each of the adjusting ribs 113 of the outer circumference of both elastic blocks 112 has an angle of the inner wall of the laying hole 123. Teeth into the adjustment groove 124, the string 20 from both sides of the space portion 121 of the head 12

It is inserted into both C-shaped slots 126 through the recessed groove 125 to position the fastening point 23, and the string 20 includes the first and second washing parts 21 and 22. The use portion 20a is formed between the space portion 121 of the head 12 to form a slit to remove the tartar, the unused portion 20b is naturally fixed to the storage portion 115, the next use Wait. When the user wants to sanitize the mouth, the cutting part 211 of the first washing machine 21 effectively scrapes away the tartar of the gap of the teeth, and the teeth of the flexible brush 221 of the second washing machine 22. Reciprocating between them can also easily remove square calculus. When the calculus of molar teeth is to be removed (shown in Fig. 8). While holding the grip 11 and turning it to the left and right, each adjustment rib 113 of the elastic block 112 of the sleeve portion 111 in front of the grip 11 receives the rotation of the grip 11 and the shaft hole of the head 12. (123) It stops in each adjustment groove 124 of an inner wall (shown in FIG. 9). Cleaning rods can be flexibly angled in multiple directions to remove tartar from teeth at optimal angles. In addition, when the cleaning rod body 10 is to be replaced after use for a certain period of time (shown in FIG. 10), the elastic frame 112 of the sleeve portion 111 is compressed inward and the stopper 114 is moved to the blood sleeve portion. When it is detached from the shaft hole 123 of 122, the grip 11 and the head 12 are separated, and an exchange operation is performed, and only a part of a string is exchanged, and waste of a resource can be reduced.

 As shown in Fig. 11, the head 12 of the cleaning rod body 10a is designed to have the cleaning portion 12a and the clearance brush 121a, and the blood sleeve portion 122 of the cleaning portion 12a is grip 11. Elastically coupled to the sleeve 111 of the cleaning rod body 10 is a structure that can clean the teeth in multiple angles.

 As shown in Fig. 12, the file 20 may be used alone as an oral hygiene product, or may be fixed on the cleaning rod 10 to be used as a file toothpick, and a suitable stage may be picked up according to the needs of the user. It can also be used for elastic use.

1 is a stereoscopic exploded view of the present design.

Fig. 2 is a local enlarged view of the grips in this paper.

3 is a three-dimensional view of the head in the present design.

Fig. 4 is an enlarged view of the string in the present design.

Fig. 5 is a perspective view of the string in the present design.

6 is a three-dimensional view of the combination of the present design.

7 is a sectional view of the present design.

Fig. 8 shows a state of use of the present design.

Fig. 9 is a sectional view of the use state of the present design.

Fig. 10 is an exploded state diagram of the cleaning rod body in this design.

11 is a three-dimensional exploded view according to the embodiment of the present design.

Fig. 12 is a single state diagram of the yarn in the present design.

Fig. 13 is a three-dimensional view (1) of the invention.

Fig. 14 is a three-dimensional view (2) of the invention.

   DESCRIPTION OF THE REFERENCE NUMERALS

10, 10a; Cleaning rod body

11; Grip

111; Sleeve part

112; Elastic Block

113; Adjustment rib (lib)

114; Suspension frame

115; Storage

12; Head

12a; Cleaning unit

121; Space

121a; Crevice brush

122; Blood sleeve

123; Snowman

124; Home

125; Yaw groove

126; Slot

20; line

20a; Used part

20b; Unused part

21; First Tax Government

211; Cutting

23; Fastening point

Claims (10)

In the structure as a toothpick combining a cleaning rod body and a flexible material interchangeable file,  The electric cleaning rod body is composed of a grip and a head, and has a sleeve portion and a sleeve portion that can be adjusted at an angle by being connected to the relative positions of the electric grip and the head, respectively. ,  The first washing machine having the cutting part on the hull of the electric cord and the second washing machine having the flexible brush are fixed on the electric cleaning rod body so that it can be used alternately, effectively scraping out the tartar between teeth. The structure of the file toothpick characterized in that it can be sanitized at multiple angles. The method of claim 1, A half moon-shaped elastic block (black) with a stop frame protruding into the lower end of the sleeve portion of the electric grip is formed integrally so as to face each other and is inserted into the snow hole formed in the sleeve of the head. Structure of a file toothpick, characterized by being fixed. 3. The method of claim 2, The electro-elastic block has a plurality of adjustment ribs in the longitudinal direction on the outer edge thereof, and is toothed with a plurality of adjustment grooves on the inner wall of the electrical laying hole, the electric adjustment ribs of the electric grip (grip) in each electric adjustment groove The structure of the file toothpick characterized by receiving a rotation and adjusting the angle of the electric head. The method of claim 1, The electric head is a door frame type, the structure of the file toothpick characterized in that it forms a space for installing a string on one side. The method of claim 1, The electric head is provided with a recessed groove on the outer rim, and in the middle of the recess, a C-shaped slot which is in communication with the electrical recessed groove is installed, and an electric cord can be fixed. Featuring a structure of a toothpick.             The method of claim 1,  A structure of a file toothpick characterized in that two or more fastening points are provided at appropriate positions of an electric file, and the use portion of the electric file is fixed. The method of claim 1, The electric string is a structure of a toothpick, characterized in that circular or straight. The method of claim 1, The second taxon of the electric cord has a structure of a toothpick, wherein a flexible brush is arranged vertically and shortly. The method of claim 1, A hook toothpick structure characterized in that a hook-type accommodating portion is installed forward from the interruption of the electric grip, and the unused portion of the electric cord is stored so that it can be used for replacement. The method of claim 1, The sleeve of the electric grip is elastically coupled to the sleeve where the crease brush is formed on the outer circumference of the cleaning part so that the crevice brush can sanitize the teeth at various angles. The structure of the toothpick characterized by the fact that it is.

Images