TWI860705B - Auxiliary mechanism of nasal physiotherapy device - Google Patents

Abstract

An auxiliary mechanism of a nasal physiotherapy device includes a first tube body extending in a first direction, and a second tube body integrated with the first tube body; the second tube body has a main tube extending in the first direction and a secondary tube extending in the second direction. A wire connecting a host and a light source module is allowed to pass through the first tube body and enter the main tube of the second tube body, so that the wire (in between) forms a ring structure and can be hung around the user's ear to form a positioning; and the wire entering the main tube can be guided through the secondary tube and directed toward the user's nasal cavity, so as to facilitate the light source module to enter the nasal cavity for physiotherapy, thereby achieving the functions of guiding and positioning the learning skills under the conditions of being simple, lightweight, and easy to operate.

Description

Auxiliary mechanism of nasal physiotherapy device

The present invention relates to a structure of an auxiliary mechanism of a nasal physiotherapy device; in particular, it relates to a technology for guiding a nasal physiotherapy device to be positioned at a correct position which can be easily operated by a person or user.

The use of nasal therapy equipment to provide health care and treatment for personnel is already known technology; for example, Taiwan Patent No. 96100964 "Infrared Nasal Therapy Device" and No. 110208488 "Improved Structure of Nasal Mucosa Therapy Device" provide typical implementation examples.

The nasal therapy device of Xizhijiyi usually includes a host, which is equipped with a driving circuit, a battery and other components. The host is connected to a wire, and the other end of the wire is provided with a light source module that can be inserted into the user's nasal cavity. The light source module can generate light, laser red light, etc. to perform a therapy operation on the user.

One of the topics related to the structure and practical application of learning and technology is to help the nasal therapy device to be fixed in the correct position without loosening or falling off. Learning and technology usually has an auxiliary structure similar to a spectacle frame to assemble the nasal therapy device so that the user can hang it on the ear.

However, as those who are familiar with this art know, the structure of the nasal therapy device combined with the auxiliary mechanism to achieve the auxiliary nasal therapy device fixed in the correct position is relatively complex, and the placement and operation are highly restrained and troublesome, and the wearing load is heavy, which is not what we expect.

Typically, these references show the use and structural design of the nasal physiotherapy device combination auxiliary tool. If the structure of the nasal auxiliary tool is redesigned to take into account the above-mentioned application scenarios and to make it different from the user, its usage pattern can be changed and its application effect can be increased, which is different from the old method. These topics are not taught or specifically disclosed in the above-mentioned references.

Therefore, the main purpose of the present invention is to provide an auxiliary mechanism of a nasal physiotherapy device, including a first tube body extending in a first direction, and a second tube body integrated with the first tube body; the second tube body has a main tube extending in the first direction and a secondary tube extending in the second direction. A wire connecting a host and a light source module is allowed to pass through the first tube body and enter the main tube of the second tube body, so that the wire (in between) forms a ring structure and can be hung around the user's ear to form a positioning; and the wire entering the main tube can be guided through the secondary tube and directed toward the user's nasal cavity, so as to facilitate the light source module to enter the nasal cavity for physiotherapy, thereby achieving the guidance and positioning of the knowledge and skills under the conditions of being simple, lightweight, and easy to operate.

The auxiliary mechanism of the nasal cavity therapy device according to the present invention includes a third tube body; the third tube body has a main tube extending in a first direction and a secondary tube extending in a third direction. Therefore, after the wire passes through the secondary tube, it can enter from the secondary tube of the third tube body and pass through the main tube, so as to facilitate the light source module to be directed to the nasal cavity of the user.

Please refer to FIG. 1 , the auxiliary mechanism of the nasal physiotherapy device of the present invention includes a combination of a first tube body and a second tube body, which are respectively indicated by reference numbers 10 and 20. The first tube body 10 and the second tube body 20 can be formed into a two-piece (separate) combination (connected) or an integrally formed structure.

The top, bottom, side, horizontal, vertical, etc. mentioned in the following descriptions are based on the directions shown in the figure as reference directions.

The figure shows the first tube 10 extending in a first direction X; the first direction X refers to the vertical direction shown in the figure or an angle inclined to the vertical direction. The second tube 20 has a main pipe 21 extending in the first direction X and a secondary pipe 22 extending in the second direction Y.

In the embodiment adopted, the main pipe 21 and the first tube body 10 form a connected structure. The second direction Y mentioned above refers to the horizontal direction shown in the figure or an angle inclined to the horizontal direction, so that the second tube body 20 is generally an L-shaped structure.

The imaginary line portion of FIG. 1 depicts the type of the nasal cavity therapy device, including a host 90, a light source module 95, and a wire 80 connecting the host 90 and the light source module 95; the nasal cavity therapy device belongs to the prior art, so it is not described in detail.

In a feasible embodiment, the covering material of the wire 80 can be made of a plastic material (or metal, etc.) to provide the function of bending and shaping the direction of the wire 80 by the personnel and wrapping it around the ear hanging part.

The figure also shows that the auxiliary mechanism may include a third tube 30; the third tube 30 has a main tube 31 extending in the first direction X and a secondary tube 32 extending in the third direction Z.

The third direction Z refers to the horizontal direction shown in the figure or an angle inclined to the horizontal direction; the third direction Z and the second direction Y generally form a shape extending in opposite directions, so that the third tube 30 generally forms an L-shaped structure.

Please refer to Figures 1 and 2. The wire 80 is allowed to pass through the first tube 10 and enter the main tube 21 of the second tube 20, so that the wire 80 (located therein) forms a ring structure and can be hung around the user's ear 85 to form a positioning; and the wire 80 entering the main tube 21 can be guided through the secondary tube 22 and directed toward the user's nasal cavity.

After the wire 80 passes through the auxiliary conduit 22, it can enter from the auxiliary conduit 32 of the third tube 30 and then pass through the main conduit 31, so as to facilitate guiding the light source module 95 to the user's nostrils, assisting the light source module 95 to be inserted into the nasal cavity for physical therapy, thereby achieving the functions of guiding, positioning and hanging around the ear 85 while meeting the conditions of a simple structure and easy operation, and improving the knowledge and skills.

It can be understood that the structural type of the first tube 10, the second tube 20 and/or the third tube 30 and the shaping characteristics of the wire 80 help to guide the wire 80 (and/or the light source module 95) to the correct position or direction, and have low constraints on each other, light load when worn, and are conducive to achieving the effects of lightness, easy positioning and reduced clutter.

In a modified embodiment, the auxiliary mechanism includes a clip 40 located between the first tube 10 and the host 90. The clip 40 is provided with an assembly hole 41, so that the clip 40 can be assembled (positioned) on the wire 80; the clip 40 is formed with two clip arms 42 and a damping portion 43 of a tooth-shaped structure disposed inside the clip arms 42. Therefore, the user can use the clip 40 to clip and fix it on the clothing to assist in positioning the wire 80 (and/or the host 90), and can further reduce the load generated by the wire 80 on the ear during use.

Please refer to Figure 3, which depicts a first tube body 10 having a side (or wall) provided with a groove 13 and/or an inclined guide surface 14 formed on the groove 13; a second tube body 20 (or main pipe 21, auxiliary pipe 22) having a side (or wall) provided with an (L-shaped) groove 23 and/or an inclined guide surface 24 formed on the groove 23.

In addition, the side (or wall) of the third tube 30 (or the main tube 31, the auxiliary tube 32) is provided with an (L-shaped) groove 33 and/or an inclined guide surface 34 formed on the groove 33; the grooves 13, 23, 33 and the inclined guide surfaces 14, 24, 34 facilitate personnel to press the wire 80 into the first tube 10, the second tube 20, and the third tube 30 respectively.

Typically, the auxiliary mechanism of this nasal therapy device meets the conditions of easy operation and simple structure. Compared with the old method, it has the following considerations and advantages:

1. The structural type and related matching structure of the auxiliary mechanism have been redesigned and considered. For example, the first tube body 10 is combined with the second tube body 20 having the main pipe 21 and the auxiliary pipe 22, so that the main pipe 21 extends in the first direction X and the auxiliary pipe 22 extends in the second direction Y; and the third tube 30 having the main pipe 31 and the auxiliary pipe 32, so that the main pipe 31 extends in the first direction X and the auxiliary pipe 32 extends in the third direction Z. The structure and other parts are obviously different from the user and change its use and operation mode, and are different from the old method.

2. In particular, the structural type of the first tube 10 and the second tube 20 is conducive to a lighter guiding wire 80 and makes the soft and easy-to-guide wire 80 to be easily shaped into a ring-shaped ear-hanging structure, so as to facilitate the function of directly hanging around the user's ear 85, and/or the first tube 10, the second tube 20 cooperates with the third tube 30 and the soft and easy-to-guide structure of the wire 80. The invention provides a simpler and lighter guide wire 80 (and/or light source module 95) to the correct position or direction to achieve the positioning effect of fixing the auxiliary nasal physiotherapy device in the correct position, so as to perform nasal health care and physiotherapy operations, which significantly improves the auxiliary mechanism of the nasal physiotherapy device combination in the prior art, which has a relatively complex structure and is difficult to store and operate.

Therefore, the present invention provides an auxiliary mechanism for an effective nasal physiotherapy device, the spatial form of which is different from the known one, and has advantages that cannot be compared with the old method, which shows considerable progress and fully meets the requirements of an invention patent.

However, the above description is only a feasible embodiment of the present invention and is not intended to limit the scope of implementation of the present invention. That is, all equivalent changes and modifications made within the scope of the patent application of the present invention are covered by the patent scope of the present invention.

10: First tube

13: Grooving

14: Oblique guide surface

20: Second tube

21: Main pipeline

22: Secondary pipeline

23: Grooving

24: Oblique guide surface

30: Third tube

31: Lead

32: Auxiliary catheter

33: Grooving

34: Oblique guide surface

40: Clamp

41: Combination hole

42: Arm clamp

43: Damping part

80: Wire

85: Ear

90:Host

95: Light source module

X: First direction

Y: Second direction

Z: Third direction

[Figure 1] is a schematic diagram of the three-dimensional structure of the present invention; it shows the structure of the first tube body, the second tube body, the third tube body and the clamping member; the imaginary line part in the figure shows the structure of the learning host, the wire and the light source module.

[Fig. 2] is a schematic diagram of an operational embodiment of the present invention.

[Fig. 3] is a schematic diagram of the three-dimensional structure of a modified embodiment of the present invention.

10: First tube

20: Second tube

21: Main pipeline

22: Secondary pipeline

30: Third tube

31: Lead tube

32: Auxiliary catheter

40: Clamping piece

41: Combination hole

42: Arm clamp

43: Damping part

80: Conductor wire

90:Host

95: Light source module

X: First direction

Y: Second direction

Z: Third direction

Claims (9)

An auxiliary mechanism of a nasal physiotherapy device comprises: a first tube (10) and a second tube (20); the first tube (10) extends in a first direction (X); the second tube (20) has a main channel (21) extending in the first direction (X) and a secondary channel (22) extending in a second direction (Y); the first tube (10) and the second tube (20) are divided into two pieces and then assembled and connected together or integrally formed together; the first tube (10) allows a wire (80) to pass through, and then allows the wire (80) to enter the main channel (21) of the second tube (20), so that the wire (80) forms a ring structure between the first tube (10) and the second tube (20). As in claim 1, the auxiliary mechanism of the nasal physiotherapy device, wherein the wire (80) can be guided through the auxiliary conduit (22) toward the user's nasal cavity; the covering material of the wire (80) can be made of a plastic material; the auxiliary mechanism includes a clamping member (40); the clamping member (40) is provided with a combination hole (41), and the clamping member (40) is formed with two clamping arms (42) and a damping portion (43) of a tooth-shaped structure arranged inside the clamping arm (42). An auxiliary mechanism of a nasal physiotherapy device as claimed in claim 1, wherein the auxiliary mechanism comprises a third tube (30); the third tube (30) has a main conduit (31) extending in a first direction (X) and a secondary conduit (32) extending in a third direction (Z). The auxiliary mechanism of the nasal physiotherapy device of claim 3, wherein the first tube (10) allows the wire (80) to pass through, and then allows the wire (80) to enter the main tube (21) of the second tube (20), so that the wire (80) forms a ring structure, and the wire (80) can be guided into the auxiliary tube (32) and the main tube (31) of the third tube (30) through the auxiliary tube (22); the coating material of the wire (80) can be made of a plastic material; the auxiliary mechanism includes a clamping member (40); the clamping member (40) is provided with a combination hole (41), and the clamping member (40) is formed with two clamping arms (42) and a damping part (43) of a tooth-shaped structure arranged inside the clamping arm (42). An auxiliary mechanism of a nasal physiotherapy device as claimed in claim 1, 2, 3 or 4, wherein the first direction (X) is one of a vertical direction and a direction inclined to the vertical direction; and the second direction (Y) is one of a horizontal direction and a direction inclined to the horizontal direction. As in claim 5, the auxiliary mechanism of the nasal physiotherapy device, wherein the second tube (20) is an L-shaped structure; the side of the first tube (10) is provided with a groove (13) and an oblique guide surface (14) formed on the groove (13); the side of the second tube (20) is provided with an L-shaped groove (23) and an oblique guide surface (24) formed on the groove (23). An auxiliary mechanism of a nasal physiotherapy device as claimed in claim 3 or 4, wherein the third direction (Z) is one of a horizontal direction and a direction inclined to the horizontal direction; the third direction (Z) and the second direction (Y) form a shape extending in opposite directions. As in claim 7, the auxiliary mechanism of the nasal physiotherapy device, wherein the third tube body (30) is an L-shaped structure; the side of the third tube body (30) is provided with an L-shaped groove (33) and an inclined guide surface (34) formed on the groove (33). An auxiliary mechanism of a nasal therapy device as claimed in claim 2 or 4, wherein the wire (80) is connected to a host (90) and a light source module (95).

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