TWM648857U - High-pressure water-toothbrush structure - Google Patents

Abstract

The new model is a high-pressure water toothbrush structure, which includes: an inner water spray part provided with a plurality of inner water spray nozzles; an outer water spray part provided with a plurality of outer water spray nozzles; and a handle, which has: a connecting part, connecting the inner water spray part and The outer spray part and the handle part. There is a connecting part between the inner water spray part and the outer water spray part, and the connection part forms a complete H-shaped structure with the inner water spray part and the outer water spray part. The water channel in the handle is connected with the water channel in the H-shaped body structure. The end of the handle is provided with a water inlet interface, and the water channel in the handle can be connected in series to a magnetized water device. Through the implementation of this new type, many interfaces and gaps between the upper and lower teeth in the oral cavity can be descaled, sterilized and anti-inflammatory simultaneously to achieve the purpose of cleaning teeth quickly and effectively.

Description

High pressure water toothbrush structure

The new invention is a high-pressure water toothbrush structure, especially a high-pressure water toothbrush structure that uses water pressure to simultaneously flush the inner and outer sides of the upper and lower jaw teeth.

Clean and healthy teeth not only reflect a person's physical health, but also further enhance a person's appearance. Therefore, the cleanliness and health care of teeth will improve people's quality of life and physical and mental health, and are gradually receiving more attention.

Various bacteria and dirt attached to the tooth surface are the greatest threat to the integrity of its appearance and health. Removing various bacteria and dirt attached to the tooth surface to achieve and maintain the cleanliness and health of the teeth and oral cavity relies on more convenient and effective cleaning tools.

This new type of toothbrush is a high-pressure water toothbrush structure, which mainly solves the problem of how to achieve the purpose of synchronously and effectively flushing and cleaning the inner and outer sides of the teeth or gums with an appropriate structure and arc surface arrangement.

The invention provides a high-pressure water toothbrush structure, which includes: an inner water spray part, which has a first arc surface structure and is provided with a plurality of inner water spray nozzles; an outer water spray part, which has a second arc surface structure, and It is provided with a plurality of external water nozzles; and a handle, which has: a connecting part, Connect the inner water spray part and the outer water spray part; and a handle part, which is formed by extending the connection part, and the end of the handle part is provided with a water inlet interface; wherein a water channel is provided in the handle, the water channel and the water inlet interface, and a plurality of inner water sprayers The mouth and the plurality of external water spray nozzles are connected with each other.

Through the implementation of this new model, at least the following progressive effects can be achieved:

1. It can effectively use high-pressure water to clean and clean all levels and gaps between the upper and lower rows of teeth in the oral cavity at the same time.

2. Water pressure massage can be performed simultaneously on both sides of the gums.

3. It can magnetize water molecule clusters to achieve better sterilization effect.

In order to enable any person familiar with the relevant art to understand the technical content of the present invention and implement it accordingly, and based on the content disclosed in this specification, the patent scope and the drawings, any person familiar with the relevant art can easily understand the relevant purposes and advantages of the present invention. , therefore the detailed features and advantages of the present invention will be described in detail in the embodiments.

100: High water toothbrush structure

110:Inner spray part

111: First arc structure

112:Inner water spray nozzle

120: External spray part

121: Second arc surface structure

122:Outer spray nozzle

130:Grip

131:Connection part

132: Grip part

133:Waterway

134:Water inlet interface

135: Human-induced curved arc-shaped structure

136:End

137:Arc-shaped concave part

138: switch

140:Water pipe

150: Magnetized water production module

161: Upper jaw teeth

162: Mandibular teeth

171:Hydraulic pump

172: Shell

173:Start switch

174:Adjustment knob

175:Liquid reservoir

L1: first length

L2: second length

[Fig. 1A] is an embodiment diagram of an upper U-shaped high-pressure water toothbrush structure of this new type; [Fig. 1B] is an embodiment diagram of a lower U-shaped high-pressure water toothbrush structure of this new type; [Fig. 1C] is an embodiment diagram of the new type of U-shaped high-pressure water toothbrush structure; Figure 1 is an embodiment of an H-type high-pressure water toothbrush structure; [Figure 1D] is an embodiment of a straight-cylindrical structure with a handle part of the present invention; [Figure 2] is an H-type high-pressure water toothbrush structure of the present invention. Embodiment Figure 2; [Figure 3] is a third perspective embodiment of an H-type high-pressure water toothbrush structure of the present invention; [Figure 4] is a cross-sectional embodiment of a high-pressure water toothbrush structure; [Figure 5] is Application example diagram of a high-pressure water toothbrush structure; [Fig. 6] is a three-dimensional embodiment of the inner water spray part and the inner water spray nozzle. [Fig. 7] is a three-dimensional embodiment of the outer water spray part and the outer water spray nozzle. [Fig. 8] is a high-pressure water toothbrush structure further having a An embodiment diagram of a magnetized water module; and [Figure 9] is an embodiment diagram of the structure of a high-pressure water toothbrush with a hydraulic pump and a liquid reservoir.

As shown in FIGS. 1A to 5 , this embodiment is a high-pressure water toothbrush structure 100, which includes: an inner water spray part 110; an outer water spray part 120; and a handle 130. The inner water spray part 110 has a first arc surface structure 111, the outer water spray part 120 has a second arc surface structure 121, and the handle 130 has: a connecting part 131; and a handle part 132.

As shown in Figures 1A to 1C, in the embodiment of the present invention, the first arc surface structure 111, the second arc surface structure 121, and the connecting portion 131 can form an upper U-shaped structure or a lower U-shaped structure. Or an H-shaped structure.

That is to say, the implementation of this invention can be an upper U-shaped structure, which can perform a single row cleaning function on the upper teeth in the oral cavity, or a lower U-shaped structure, which can perform a single row cleaning function on the lower mandibular teeth in the oral cavity, or a lower U-shaped structure, which can perform a single row cleaning function on the lower jaw teeth in the oral cavity. The H-shaped structure composed of the upper and lower U-shaped structures has the function of cleaning the upper and lower teeth in the oral cavity at the same time.

As shown in Figure 6, the inner water spray part 110 is mainly used to rinse the inside of the upper and lower jaw teeth. Therefore, the inner water spray part 110 has a first arc surface structure 111 and is provided with a plurality of inner water spray nozzles 112. , and in order to effectively and uniformly spray teeth, the curvature of the first arc surface structure 111 can follow or coincide with the internal curvature of the upper and/or lower jaw teeth 161, 162.

As shown in Figure 7, the outer water spray part 120 is mainly used to rinse the outer sides of the upper and lower jaw teeth. Therefore, the outer water spray part 120 has a second arc surface structure 121 and is provided with a complex structure. There are several external water nozzles 122, and in order to effectively and uniformly spray the teeth, the second arc surface structure 121 can follow or coincide with the external curvature of the upper and/or lower jaw teeth.

In order to facilitate operation and because there is a larger space inside the oral cavity, the first length L1 of the first arc surface structure 111, that is, the first length L1 placed on the inside of the upper and lower jaws, is longer than the second arc surface. The structure 121 has a second length L2, that is, the second length L2 placed outside the upper and lower jaws.

The handle 130 is mainly used structurally to support the inner water spray part 110 and the outer water spray part 120. In order to achieve the effect of water spray and facilitate the user's control, the handle 130 has: a connecting part 131; and a grip Handle 132. The handle 130 is provided with a water channel 133, and the water channel 133 is interconnected with the water inlet interface 134, a plurality of inner water nozzles 112, and a plurality of outer water nozzles 122.

The connecting portion 131 mainly forms a structure to support and connect the inner water spray portion 110 and the outer water spray portion 120 . After the connecting part 131 is combined with the inner water spray part 110 and the outer water spray part 120, it has an upper and lower U-shaped structure, and then forms an H-shaped structure again.

The handle part 132 is formed by extending from the connecting part 131, and the end of the handle part 132 is provided with a water inlet interface 134. The water inlet interface 134 is connected to a water pipe 140, so that continuous water supply can be completed; the handle part 132 It has a non-curved straight cylindrical structure, or the handle portion 132 can have a human-induced curved arc-shaped structure 135, which can increase the user's comfort and convenience during use under human factors engineering design.

When the handle portion 132 is manufactured, it can have a structure that is large at the end portion 136 and tapered toward the connecting portion 131 . In order to better implement human factors design, the handle portion 132 has an arc-shaped recess 137 . In order to effectively control the water spray for spray cleaning, a switch 138 can be provided in the arc-shaped recess 137, and the switch is connected in series to the water channel 133 and controls the opening or closing of the water channel 133.

As shown in Figure 8, the water channel 133 can be further connected in series with a magnetized water production module 150, especially a multi-stage magnetized water production module. Through the design of the magnetized water production module 150, This arrangement allows the water used to rinse teeth to be effectively magnetized in a larger contact area, producing magnetized water with high magnetic flux and a longer-lasting magnetization effect. This allows the water molecule clusters used to rinse teeth to achieve a better sterilization effect.

As shown in Figure 9, in addition, the water pipe 140 can be further combined with a hydraulic pump 171, and the hydraulic pump 171 can be disposed in a housing 172. Through the action of the hydraulic pump 171, the output flushing liquid can be The pressure is between 1.0~5.0kg/cm2. Under this pressure, clean, comfortable and safe use can be achieved.

In order to facilitate the user's operation, a start switch 173 is provided at one position of the housing 172. The user can conveniently control the starting and closing of the hydraulic pump 171 through the start switch 173. In addition, in order to facilitate the user to adjust the appropriate flushing For liquid pressure, an adjustment knob 174 can also be provided on the housing 172 to facilitate the user to adjust and control the hydraulic pump 171 to output different liquid pressures.

In order to continuously provide flushing liquid, the input end of the hydraulic pump 171 can be directly connected to a water source such as tap water through a water inlet pipe, or a liquid storage tank 175 is further provided on one side of the housing 172, and the liquid storage tank 175 is a movable The disassembly structure allows the user to separate or connect the liquid storage tank 175 and the housing 172 in a quick and labor-saving manner. When the liquid storage tank 175 is connected to the housing 172, the liquid storage tank 175 is also connected to the water pipe 140, thereby providing The user places rinsing liquid such as water, mouthwash or cleaning fluid into the liquid reservoir 175 as needed to enhance the effect of cleaning teeth.

Through the arrangement of the inner water spray part 110 and the outer water spray part 120, when the user places the inner water spray part 110 and the outer water spray part 120 in the oral cavity, the switch 138 is turned on and/or the start switch 173 is activated. , lower row of teeth, or upper and lower row of teeth, the front and back sides or the inner and outer sides, the liquid can be used to complete the cleaning at the same time.

However, the above-mentioned embodiments are used to illustrate the characteristics of the present invention, and their purpose is to enable those familiar with the technology to understand the contents of the present invention and implement them accordingly, but not to limit the patent scope of the present invention. Therefore, any other embodiments that do not deviate from the scope of the present invention are Equivalent modifications or modifications done in the spirit of disclosure shall still include Within the scope of the patent application described below.

100: High pressure water toothbrush structure

110:Inner spray part

111: First arc structure

112:Inner water spray nozzle

120: External spray part

121: Second arc surface structure

122:Outer spray nozzle

130:Grip

131:Connection part

132: Grip part

133:Waterway

134:Water inlet interface

136:End

Claims (11)

A high-pressure water toothbrush structure, which includes: an inner water spray part, which has a first arc surface structure, and is provided with a plurality of inner water spray nozzles; an outer water spray part, which has a second arc surface structure, and is provided with a plurality of inner water spray nozzles; an outer water spray nozzle; and a handle having: a connecting portion connecting the inner water spraying portion and the outer water spraying portion; and a handle portion extending from the connecting portion, and the end of the handle portion A water inlet interface is provided; a water channel is provided in the handle, and the water channel is interconnected with the water inlet interface, the plurality of inner water nozzles, and the plurality of outer water nozzles. The high-pressure water toothbrush structure as described in claim 1, wherein the first arc surface structure, the second arc surface structure, and the connecting part form an upper U-shaped structure, a lower U-shaped structure, or an H-shaped structure. type structure. The high-pressure water toothbrush structure as described in claim 1, wherein the first arc surface structure or the second arc surface structure follows the curvature of the upper and/or lower jaw teeth. The high-pressure water toothbrush structure as claimed in claim 1, wherein a first length of the first arcuate structure is longer than a second length of the second arcuate structure. The high-pressure water toothbrush structure as described in claim 1, wherein the handle part is an arc-shaped structure bent by a person, or the handle part is a structure with a large head at one end and is tapered toward the connecting part, or the handle part is The handle has an arc-shaped recess, or the handle has a non-curved straight cylindrical structure. The high-pressure water toothbrush structure as described in claim 1, wherein the handle portion is provided with a switch, which is connected in series to the water channel and controls the opening or closing of the water channel. The high-pressure water toothbrush structure of claim 1, wherein the water channel is connected in series with a magnetized water production module. The high-pressure water toothbrush structure of claim 7, wherein the magnetized water production module is a one-stage or multi-stage magnetized water production module. The high-pressure water toothbrush structure of claim 1, wherein the water inlet interface is connected to a hydraulic pump through a water pipe. The high-pressure water toothbrush structure as described in claim 9, wherein the hydraulic pump is installed in a casing, and a start switch is provided at a place in the casing to control the start and stop of the hydraulic pump and an adjustment knob to adjust The hydraulic pump is controlled to output different liquid pressures. The high-pressure water toothbrush structure of claim 10, wherein a liquid storage tank is further provided on one side of the housing. When the liquid storage tank is connected to the housing, the liquid storage tank is also connected to the water pipe.