JP6383466B1 - Wearable dental care device - Google Patents

Abstract

An object of the present invention is to provide a wearable dental care apparatus with excellent instrument operability in various dental practice sites such as a patient's home, school, and nursing facility. A wearable dental examination apparatus 1 for carrying out treatment by attaching a dental examination module 2 to a body M, the dental examination module 2 having at least an instrument 5 for examination, A module support 3 for holding the attachment 5 and a mounting tool 4 for mounting the module support 3 on the body M. The dental care module 2 can include an operation unit, a power supply unit, and a control unit. The wearing tool 4 includes, for example, a waist belt 41 and a shoulder belt 42. [Selection] Figure 1

Description

  The present invention relates to a wearable dental care apparatus, and more particularly to a wearable dental care apparatus for carrying out a medical care by attaching a dental care module to a body.

  Conventionally, a portable dental care apparatus for providing a dental care service is known (for example, Patent Document 1). The portable dental medical device described in Patent Document 1 can be handled flexibly at a visited place by accommodating a dental care module used during mobile medical care at a visited place in a transportable case.

Japanese Patent Laying-Open No. 2015-19865 (see claim 4, FIGS. 1 to 3)

  However, since the portable dental care apparatus described in Patent Document 1 is used by housing a dental care module in a case, there are cases where it is difficult to apply it to various visiting medical care sites with different circumstances.

  Visiting medical treatment sites are placed in various different environments such as a patient's home, an evacuation facility in a disaster area, a hospital, and a nursing facility. For example, there is no place to place equipment such as cases and instruments in the visiting clinic, the equipment is unstable and operability is poor even if there is a place to place it, and the instrument hose is not long enough. Inconvenience such as instrument not reaching the patient's mouth. For this reason, dentists, dental hygienists, assistants, and the like (hereinafter referred to as “dentists etc.”) may not be able to perform treatment smoothly and efficiently.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a wearable dental care apparatus with excellent instrument operability in various dental practice sites.

  In order to solve the above-mentioned problem, it is a wearable dental medical apparatus for performing medical treatment by attaching a dental medical module to a body, wherein the dental medical module has at least an instrument for medical treatment, and the instrument A module support section for holding the attachment, and a mounting tool for mounting the module support section on the body.

  INDUSTRIAL APPLICABILITY The present invention can provide a wearable dental care apparatus with excellent instrument operability in various dental practice sites.

It is a perspective view which shows the external appearance of the mounting | wearing type dental care apparatus which concerns on the 1st Embodiment of this invention, and has looked at the state with which the body was mounted | worn from diagonally forward. It is the perspective view which looked at the external appearance of the mounting | wearing type dental care apparatus which concerns on the 1st Embodiment of this invention from back. It is the perspective view which looked at the external appearance of the mounting | wearing type dental care apparatus which concerns on the 1st Embodiment of this invention from the front. It is a block diagram which shows the content of the dental care module in the wearable dental care apparatus which concerns on the 1st Embodiment of this invention. It is a perspective view which shows operation | movement of the dental care module in the mounting | wearing type dental care apparatus which concerns on the 1st Embodiment of this invention, (a) is the state which pulled back the instrument, (b) was pulled forward. Indicates the state. It is a perspective view which shows the external appearance of the mounting | wearing type dental care apparatus which concerns on the 2nd Embodiment of this invention, and has looked at the state with which the body was mounted | worn from diagonally forward. It is a block diagram which shows the content of the dental care module in the wearable dental care apparatus which concerns on the 2nd Embodiment of this invention. It is a block diagram which shows the content of the dental care module in the wearable dental care apparatus which concerns on the 3rd Embodiment of this invention. It is a perspective view which shows the modification of the operation part which concerns on the 1st Embodiment of this invention.

  The wearable dental care apparatus 1 according to the first embodiment of the present invention will be described in detail with reference to FIGS. 1 to 5 as appropriate. The wearable dental care apparatus 1 is an instrument for attaching a dental care module 2 to the body and providing medical care by a dentist or the like.

<Overall configuration>
For example, as shown in FIG. 1, the wearable dental care apparatus 1 includes a module support unit 3 that holds a dental care module 2 and a mounting tool 4 that attaches the module support unit 3 to a body M. The mounting tool 4 includes a waist belt 41 having a module support portion 3 that holds the instrument 5 and the like, and a shoulder belt 42 connected to the waist belt 41.

<Dental care module>
The dental treatment module 2 is configured by a doctor or the like appropriately selecting or combining necessary instruments 5 or the like according to the purpose of treatment and the content of treatment.

  For example, as shown in FIG. 4, the dental care module 2 supplies various instruments 5 for medical care, and supplies the medical fluid H (liquid such as cleaning liquid, disinfectant liquid, and water) to the instruments 5. Liquid device 6, air supply unit 81 that supplies compressed air, power supply unit 82 that is an energy supply unit, control unit 83 that controls the operation of instrument 5, and operation unit 84 that operates instrument 5 And.

  The air supply unit 81, the power supply unit 82, and the control unit 83 are accommodated in the control box 8. The medical liquid H is a liquid such as a cleaning liquid, a disinfecting liquid, or water for use in dental practice, but is not particularly limited.

  The energy supply unit is means for supplying drive energy to the instrument 5. The energy supply unit supplies electric power when the instrument 5 is the micromotor 51, and supplies compressed air when the instrument 5 is an air turbine or an air scaler (not shown) that uses compressed air as driving energy.

  In the present embodiment, the energy supply unit is configured as the power supply unit 82. However, the present invention is not limited to this, and when the instrument 5 is an air turbine or the like (not shown), for example, compressed air Compressed air that is driving energy is supplied to an air turbine or the like from a compressed air supply unit 81b that supplies the air.

<Instrument>
For example, the instrument 5 includes a micromotor 51 that is a therapeutic instrument, a micromotor conduction delivery pipe 52 that is a conduction delivery pipe that conducts the micromotor 51 and the control box 8, a scaler 53, a scaler 53, and a control box. 8 is provided with a scaler conduction delivery pipe 54 that is a conduction delivery pipe that conducts to the electrical connection.

  Here, the “conduction delivery pipe” is a supply flow path for supplying the driving energy necessary for the instrument 5, the medical fluid H, etc., and may be a bundle of a plurality of supply pipes or a plurality of supply pipes. The tube may be installed in one tube.

  For convenience of explanation, “instrument 5” is generically described when there is no need to distinguish between the micromotor 51 and the scaler 53 which are the individual instruments 5.

  A handpiece HP is attached to the tip of the micromotor 51. The micromotor conduction delivery pipe 52 includes a cable 52a that is a conduction pipe that conducts to the power source 82 that is a drive source that drives the micromotor 51, a medical fluid pipe 52b that is a delivery pipe that supplies the medical fluid H, and a compression. An air supply pipe 81b1 for supplying air is included.

  In the present embodiment, the example in which the micromotor 51 is used as the treatment instrument has been described. However, even if the air turbine (not shown) is driven by air instead of the micromotor 51, there is a difference in the drive source. It can be configured similarly.

  The scaler conduction delivery pipe 54 includes a cable 54 a that is a conduction pipe that supplies power to the scaler 53 and a medical fluid pipe 54 b that is a delivery pipe that supplies the medical fluid H.

<Liquid injection device>
The liquid injection device 6 is disposed in a storage container 61 that stores the medical fluid H, a pump 62 that sucks the medical fluid H, a medical fluid pipe 52b that communicates from the pump 62 to the micromotor 51, and a medical fluid pipe 52b. The medical valve 52c, the medical fluid pipe 54b communicating from the pump 62 to the scaler 53, and the electromagnetic valve 54c disposed in the medical fluid pipe 54b are provided.

  The storage container 61 is attached to the waist belt 41 by a container holder 61a (see FIG. 2) fixed to the waist belt 41. Since the medical fluid H stored in the storage container 61 is sucked in a state opened to the atmospheric pressure, the storage container 61 can use a plastic bottle. Thereby, it is excellent in portability, mobility, and availability even at the time of dental treatment at a visited place, and convenience can be improved.

  The pump 62 sucks the medical fluid H stored in the storage container 61 from the suction pipe 62a in a state where the medical liquid H is released to the atmospheric pressure, and supplies it to the micromotor 51 and the scaler 53 via the medical fluid piping 52b and the medical fluid piping 54b, respectively. The medical fluid H is supplied. The pump 62 uses a pump that is driven by electric power supplied from the power supply unit 82. The amount of liquid injected into the micro motor 51 and the scaler 53 is controlled by the electromagnetic valve 52c and the electromagnetic valve 54c, respectively, and is adjusted by a water volume button 84b2 described later.

  In addition, the liquid injection device 6 supplies the medical fluid H from the storage container 61 to the instrument 5, the storage container 61 that stores the medical fluid H instead of the pump 62, the supply pipe that supplies the compressed air to the storage container 61. And a delivery pipe to be provided.

  The medical fluid H is supplied to the instrument 5 by filling the storage container 61 with compressed air from an external compressor C or an air tank filled with compressed air to generate a compression pressure in the storage container.

<Control box>
The air supply part 81 includes an air filling connection part 81 a for connection to the external compressor C, and an air supply pipe 81 b for connecting the air filling connection part 81 a and the micromotor 51. The air supply unit 81 supplies compressed air for cooling the motor and spray air for cleaning the affected area from the micromotor conduction delivery pipe 52 to the micromotor 51 by the external compressor C connected to the air filling connection unit 81a.

In the present embodiment, for convenience of explanation, the air supply unit 81 and the power supply unit 82 that is an energy supply unit will be described separately, but the compressed air is not limited to motor cooling. For example, driving of an instrument such as an air scaler, control of a control unit, an operation unit, and the like by compressed air is also included.
That is, the air supply unit 81 and the energy supply unit are not strictly distinguished, and when the instrument 5 is an air turbine or the like (not shown), for example, compressed air is supplied from the compressed air supply unit 81b. Supply to air turbines.

  The power supply unit 82 includes a battery 82a, a connection unit 82b for connecting to an external power supply such as a commercial power supply, and a power switch 82c. When an external power source is connected to the connection unit 82b, the power source unit 82 can drive the instrument 5 using external power or charge the battery 82a. Further, when the external power source is disconnected from the connection portion 82b, the instrument 5 can be driven using the battery 82a.

  The control unit 83 includes a micro motor board 83 a that controls the operation of the micro motor 51 and a scaler board 83 b that controls the operation of the scaler 53.

The operation unit 84 includes an operation switch 84a that drives the micromotor 51 and the scaler 53, and a controller unit 84b that controls the amount of water and the rotation speed.
The operation switch 84a can be configured by appropriately arranging a switch for operation at hand. For example, an on / off switch 84 a 1 for the micromotor 51 and the scaler 53 is provided.

  In the present embodiment, the operation switch 84a is configured as a switch that is held and operated by hand. However, the present invention is not limited to this, and an operation for holding the operation switch 84a as shown in FIG. A part holding part 85 may be provided. The operation unit holding unit 85 may be configured to be attachable to at least one of the body M, the wearing tool 4, and the instrument 5. The operation unit holding unit 85a is provided on the body M. The operation unit holding unit 85 b is provided in the mounting tool 4. The operation unit holding unit 85 c is provided in the instrument 5.

  Specifically, in the operation unit holding unit 85a, the operation switch 84a is ring-shaped and wound around the micromotor 51 or the scaler 53 (see the operation switch 84a1). The operation unit holding unit 85b is attached to the shoulder belt 42 (see FIG. 1) and operates the operation switch 84a (see the operation switch 84a2). In the operation unit holding unit 85a, the operation switch 84a can be operated by attaching to the body M such as a wrist or a finger (see the operation switch 84a3).

  In addition, in the case where “the operation unit holding unit 85 is provided so as to be freely attachable to the mounting tool 4”, in addition to the case where the operation unit holding unit 85 a is provided directly on the mounting tool 4 as in the present embodiment, 8 includes using a magnet, a hook, or the like, and indirectly attaching the operation unit holding unit 85 to the mounting tool 4 via the control box 8 or the like.

  The controller unit 84b is provided with a switch that is operated less frequently than the operation switch 84a. For example, the controller 84b is provided with a selection switch 84b1, a water volume button 84b2, a power volume button 84b3, an optical button 84b4, a forward / reverse button 84b5, and a water injection button 84b6.

  The selection switch 84b1 selects the micromotor 51 or the scaler 53. The water volume button 84b2 adjusts the supply amount of the medical fluid H supplied to the micromotor 51 and the scaler 53. The power volume button 84b3 adjusts the driving amount of the micromotor 51 and the scaler 53. The optical button 84b4 turns on an illumination lamp (not shown) provided in the instrument 5. The forward / reverse button 84b5 selects the rotation direction of the micromotor 51. The water injection button 84b6 injects the medical solution H into the affected area. The controller unit 84b is used by being attached to the shoulder belt 42 (see FIG. 1) or being placed near the patient.

  Moreover, although the said operation part 84 has illustrated the push-type switch, it is not limited to this, It can replace with the switch generally distribute | circulated in general.

  Further, the operation unit 84 is not limited to wired or wireless. For example, by controlling the external device such as a smartphone, the control unit 83, and the operation unit 84, control and operation by voice recognition and image recognition, control and operation of the driving amount of the instrument 5 by a slider bar displayed on the screen, etc. Conceivable.

<Attachment>
As shown in FIG. 1, the module support unit 3 includes an instrument holding unit 31 that holds the micromotor 51 and the scaler 53, a control box holding unit 32 that holds the control box 8, as shown in FIG. And a container holder holding part 33 for holding the container holder 61a.

  “Supporting the instrument 5 and the like” means various supports such as a means for fixing and supporting the instrument 5 by placing it in a fixing means or a container, and a means for supporting the instrument 5 by placing it on a mounting means such as a tray. Means can be applied.

  As shown in FIG. 1, the waist belt 41 is configured with various size adjustment functions so that it can be worn on the body M while the dental care module 2 is held by the module support 3. Since the configuration of the waist belt 41 is not particularly limited, detailed description thereof is omitted.

  In the present embodiment, the module support portion 3 is configured on the waist belt 41. However, the present invention is not limited to this. The module support portion 3 is provided on the shoulder belt 42, and the waist belt 41 and the shoulder belt 42 are provided. It is also conceivable that the module support portions 3 are provided separately for each.

  As shown in FIGS. 2 and 3, the shoulder belt 42 is connected from the back part of the waist belt 41 to the front part through the shoulder part and the chest part. The back portion includes a back belt 42a extending in the vertical direction along the spine. A right front belt 42b and a left front belt 42c which are divided into left and right from the shoulder and respectively pass through the chest are provided.

  In the present embodiment, the shoulder belt 42 and the waist belt 41 are connected, but the present invention is not limited to this, and the shoulder belt 42 and the waist belt 41 may be independent without being connected.

  At least one of the right front belt 42b and the left front belt 42c is provided with a conduction delivery pipe support portion 43 that supports the micromotor conduction delivery pipe 52 and the scaler conduction delivery pipe 54. The conduction delivery tube support portion 43 is a band-like band that is supported by applying an appropriate holding force, and is provided at one or a plurality of locations from the shoulder to the chest of the body M (see FIG. 1).

  In the following description, for convenience of description, the micromotor conduction delivery pipe 52 and the scaler conduction delivery pipe 54 are collectively referred to as conduction delivery pipes 52 and 54 when it is not necessary to distinguish between them.

  In the example of FIGS. 2 and 3, the conduction delivery pipe support portion 43 supports both the conduction delivery pipes 52 and 54 along the right front belt 42b. That is, the conduction delivery pipes 52 and 54 extend upward from the back of the body M toward the shoulder by the conduction delivery pipe support 43, and extend downward from the shoulder through the chest (see FIG. 1). It is supported along the right front belt 42b.

  With this configuration, the conduction delivery pipe support portion 43 is supported by applying an appropriate holding force to hold the instrument 5 from the instrument holding portion 31 as shown in FIG. The delivery tubes 52 and 54 can be pulled back (see FIG. 5A) or forwarded (see FIG. 5B).

  In addition, at least one of the conduction delivery pipe support portion 43 and the conduction delivery pipes 52 and 54 can be provided with an appropriate holding force by having a resin member. For example, by providing a resin member in each of the conduction delivery pipe support 43 and the conduction delivery pipes 52 and 54, friction between the conduction delivery pipe support 43 and the conduction delivery pipes 52 and 54 is reduced, and the conduction delivery pipes 52 and 54. Can be pulled back backward (see FIG. 5A) or sent forward (see FIG. 5B).

  When the instrument 5 is accommodated in the instrument holding part 31, the conduction delivery pipe support part 43 has a surplus length δ with respect to the body M on the back side of the body M when the conduction delivery pipes 52 and 54 are accommodated. Thus, the conduction delivery pipes 52 and 54 are supported.

  Here, the surplus length δ can be determined with reference to the time when the instrument 5 is accommodated (see FIG. 1). Since the conduction delivery pipes 52 and 54 are connected to the control box 8 at the back of the body M and are connected to the instrument 5 at the front of the body M, the length from the control box 8 to the instrument holding portion 31 is long. Have

That is, the surplus length δ is
δ = (length of the conduction delivery pipes 52 and 54) − (length from the back to the front along the body M)
Can be determined as
Further, (the length from the back to the front along the body M) is substantially the same as the length along the shoulder belt 42.
Therefore,
δ = (length of the conduction delivery pipes 52 and 54) − (length along the shoulder belt 42)
Can be determined as

  Specifically, as shown in FIG. 5A, the conduction delivery tube support portion 43 is configured such that when the micromotor 51 is accommodated in the instrument holding portion 31, the micromotor conduction delivery tube 52 is connected to the body M. The scaler conduction delivery tube 54 is supported so as to have an extra length δ with respect to the body M on the back side.

On the other hand, when the instrument 5 is used, the conduction delivery tubes 52 and 54 are supported so that the conduction delivery tubes 52 and 54 have a surplus length δ with respect to the body M on the chest side of the body M.
Specifically, as shown in FIG. 5 (b), the conduction delivery tube support portion 43 is configured so that the scaler conduction delivery tube 54 has a surplus length with respect to the body M on the chest side of the body M when the scaler 53 is used. The scaler conduction delivery pipe 54 is supported so as to have δ. That is, in the scaler conduction delivery pipe 54, the surplus length δ on the back side at the time of housing moves to the surplus length δ1 on the chest side.

  In use, as shown in FIG. 5 (a), the scaler conduction delivery tube 54 can be further pulled back from the time of accommodation, so that the scaler 53 can be freely operated. In this case, the scaler conduction delivery pipe 54 has a slack portion Δ on the back side.

As a result, the continuity delivery pipes 52 and 54 have a surplus length δ with respect to the body M, so that a dentist or the like can pull back the instrument 5 backward or send it forward when using dental care. Or move it up, down, left and right.
Further, the instrument 5 can be easily accommodated in the instrument holding portion 31 during non-clinical treatment.

  As shown in FIG. 9, the instrument holding unit 31 includes a sterilization bag 34 that is a body protecting means for protecting the body from the instrument 5. The sterilization bag 34 is a member interposed between the instrument 5 and the body M so that the body M and the instrument 5 do not come into contact with each other, and is formed so as to cover the instrument 5.

  With this configuration, it is possible to prevent the handpiece bar 51a and the scaler chip 53a from coming into contact with the body M and causing sanitary problems when the instrument 5 is housed in the instrument holder 31. By using the sterilization bag 34, sterilization can be performed.

  Further, when the instrument 5 is used a plurality of times during one medical examination, it is possible to prevent the body M such as a dentist from being contaminated by blood or cutting powder adhering thereto.

  The sterilization bag 34 shown in FIG. 9 is a cylindrical container formed so as to cover the instrument 5, but is not limited thereto, and the body protection means includes a disposable bag, a body M Various forms can be appropriately employed in consideration of the shape of the instrument 5 and the like, such as providing a contact prevention wall between the instrument 5 and the instrument 5.

  A sterilization bag 34 having a sterilized instrument 5 is attached to the instrument holding portion 31 to accommodate the instrument 5. The sterilization bag 34 becomes a structure which can be removed from the instrument holding part 31 after medical treatment.

  In the present embodiment, the body protection means is configured by the sterilization bag 34, but the present invention is not limited to this, and an instrument container or the like that can be sterilized may be provided.

The wearable dental care apparatus 1 according to the first embodiment of the present invention configured as described above has the following operational effects.
In other words, the wearable dental care apparatus 1 is particularly suitable for dental care at a visited place because the instrument 5 necessary for dental care can be attached to a body M such as a dentist. By providing the instrument holding part 31 for accommodating the instrument 5, the instrument 5 used for medical treatment can be taken out and accommodated freely.

  The wearable dental care apparatus 1 can be used by a dentist or the like in a doctor's office, but is particularly preferably used in various dental practice sites such as a patient's home, an evacuation facility in a disaster area, a hospital, and a nursing facility. be able to.

Next, a wearable dental care apparatus 1A according to a second embodiment of the present invention will be described with reference to FIGS.
As shown in FIG. 6, the wearable dental care apparatus 1 </ b> A is a medical instrument for attaching a dental care module 2 </ b> A in the case where a syringe 55 is applied as the instrument 5 to a body F and performing a diagnosis by a dentist or the like. The syringe 55 is an instrument that supplies medical liquid H and air to the affected area.

  The wearable dental care apparatus 1A includes a module support 3A that holds the dental care module 2A, and a wear tool 4A that wears the module support 3A on the body F.

As shown in FIG. 7, the dental care module 2 </ b> A in the wearable dental care apparatus 1 </ b> A includes a medical fluid supply device 6 </ b> A that supplies the medical fluid H and compressed air R to the syringe 55.
The medical fluid supply device 6A includes an air tank 63 filled with compressed air R, a medical fluid tank 64 in which medical fluid H is stored, a communication pipe 65 that communicates the medical fluid tank 64 and the air tank 63, and an air tank 63. And a delivery pipe 66 that allows the medical fluid tank 64 and the syringe 55 to communicate with each other.

  The delivery pipe 66 includes a delivery pipe 66a that communicates the air tank 63 and the syringe 55, a delivery pipe 66b that communicates the medical fluid tank 64 and the syringe 55, a three-way valve 67, an on-off valve 68, an on-off valve 69, It has. The delivery pipe 66a and the delivery pipe 66b constitute a conduction delivery pipe for supplying the medical fluid H, compressed air, and the like necessary for the instrument 5.

  The air tank 63 is a pressure vessel filled with compressed air R in advance from an external compressor C (see FIG. 4) or the like. The medical fluid tank 64 has the same configuration as the storage container 61 (see FIG. 4). The three-way valve 67 is a valve that selects a flow path for supplying the compressed air R from the air tank 63 to the communication pipe 65 and a flow path for supplying the compressed air R from the air tank 63 to the delivery pipe 66a.

  The syringe 55 includes an operation unit 55a. The operation unit 55a includes a not-shown liquid injection button and an air spray button. When a dentist or the like operates the liquid injection button, the compressed air R is supplied from the air tank 63 through the communication pipe 65 to the medical liquid tank 64 via the three-way valve 67. Then, the pressure in the medical liquid tank 64 is increased. Thereby, the medical fluid H is supplied from the medical fluid tank 64 to the syringe 55 through the opening / closing valve 69 and the delivery pipe 66b.

  When a dentist or the like operates the air spray button, the compressed air R is supplied from the air tank 63 to the syringe 55 through the delivery pipe 66a via the three-way valve 67 and the on-off valve 68.

  As shown in FIG. 6, the mounting tool 4 </ b> A includes a bag 44 having a module support 3 </ b> A that holds the instrument 5 and the like, a shoulder belt 45 connected to the bag 44, and a conduction delivery provided on the shoulder belt 45. A tube support 46 is provided.

  The bag 44 contains an air tank 63, a medical fluid tank 64, and the like. The conduction delivery pipe support 46 supports the delivery pipe 66 by applying an appropriate holding force. Since the effect of the mounting tool 4A is the same as that of the mounting tool 4 in the first embodiment described above, a detailed description thereof is omitted.

  In addition, in this embodiment, although the case where the syringe 55 was applied as the instrument 5 was demonstrated, it is not limited to the syringe 55, it replaces with the syringe 55 and it is the air turbine and air scaler which use compressed air as drive energy. A therapeutic instrument such as (not shown) can also be applied.

  The control unit 83 and the operation unit 84 can also be controlled using compressed air, so that a configuration that does not require a battery, an external power source, or the like can be employed.

Next, a wearable dental care apparatus 1B according to a third embodiment of the present invention will be described with reference to FIG.
The wearable dental care apparatus 1B is a second substitute for the pump 62 of the liquid injection device 6 and the external compressor C (see FIG. 4) of the air supply unit 81 in the wearable dental care apparatus 1 according to the first embodiment. The medical fluid supply device 6A (see FIG. 7) according to the embodiment is applied. For this reason, about the structure similar to 1st Embodiment, the detailed description which overlaps using the same code | symbol is abbreviate | omitted.

The wearable dental medical device 1B includes a medical fluid supply device 6B that supplies the medical fluid H and the compressed air R to the instrument 5.
The medical fluid supply device 6B includes an air tank 63, a medical fluid tank 64, a communication pipe 65, and a delivery pipe 66 that communicates the air tank 63, the medical fluid tank 64, and the instrument 5.

  The delivery pipe 66 includes a delivery pipe 66 a that communicates the air tank 63 and the air supply pipe 81 b, a delivery pipe 66 b that communicates the medical fluid tank 64 and the instrument 5, and a three-way valve 67.

  The air tank 63 is a pressure vessel filled with compressed air R in advance from an external compressor C (see FIG. 4) or the like. When the compressed air R is filled in the air tank 63 during non-clinical treatment, the external compressor C is connected to the air filling connection portion 81a. Further, at the time of medical care, the compressed air R can be used while the external compressor C is connected to the air filling connection portion 81a. The operational effects of the medical fluid supply device 6B are the same as those of the medical fluid supply device 6A in the second embodiment, and thus detailed description thereof is omitted.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to above-described embodiment, It can change and implement suitably. For example, in the present embodiment, the waist belt 41, the shoulder belt 42, the bag 44, and the like have been described. However, the present invention is not limited to this, and the shoulder belt 42 is used as long as it can be worn on the bodies M and F. It is also possible to adopt a variety of forms such as a waist belt 41, a clothing type that is worn on the back, and a rucksack type that bears on the back using the shoulder belt 42 without using the waist belt 41. Moreover, it can also be used combining various forms, such as a waist belt 41 and a clothing type.

1,1A, 1B Wearable dental medical device 2,2A, 2B Dental medical module 3,3A Module support 4,4A Mounting tool 5 Instrument 6 Injection device 6A, 6B Medical fluid supply device 8 Control box 31 Instrument Retention unit (module support)
32 Control box holder (module support)
33 Container holder holding part (module support part)
34 Sterilization bag (body protection means)
41 Waist belt (wearing equipment)
42 Shoulder belt
43 Conducting delivery pipe support 44 Bag (wearing tool)
45 Shoulder belt (equipment)
46 Conducting delivery pipe support 51 Micro motor (instrument)
52 Micromotor conduction delivery pipe 52a Cable (conduction pipe)
52b Medical fluid piping (delivery pipe)
52c Solenoid valve 53 Scaler (instrument)
54 Scaler conduction delivery tube 54a Cable (conduction tube)
54b Medical fluid piping (delivery pipe)
54c Solenoid valve 55 Syringe (instrument)
61 Reservoir 63 Air tank 64 Medical solution tank 65 Communication pipe 66 Delivery pipe 81 Air supply part 81a Air filling connection part 81b Air supply pipe (delivery pipe)
82 Power supply (energy supply)
83 Control Unit 84 Operation Unit 85 Operation Unit Holding Unit H Medical Solution HP Handpiece

Claims (21)

A wearable dental care apparatus for attaching a dental care module to a body for medical care,
The dental care module has at least an instrument for medical treatment;
A module support for supporting the instrument;
A mounting tool for mounting the module support on the body,
Wearable dental care device characterized by. The instrument comprises a therapeutic instrument for wearing a handpiece,
The dental care module comprises a conducting tube for conducting the treatment instrument to a drive source for driving the treatment instrument;
The wearable dental examination apparatus according to claim 1. The dental care module further includes an energy supply unit that supplies driving energy to the instrument, and a control unit that controls the operation of the instrument,
A module support unit for holding the energy supply unit and the control unit, and a wearing tool for mounting the module support unit on the body;
Having
The wearable dental care apparatus according to claim 1 or 2, characterized in that: The dental care module further includes an operation unit for operating the instrument,
An operation unit holding unit for holding the operation unit,
The operation portion holding portion is attachable to at least one of the body, the wearing tool, and the instrument;
The wearable dental care apparatus according to any one of claims 1 to 3. The operation unit is operated by at least one of wired and wireless;
The wearable dental care apparatus according to claim 4. The energy supply unit is a power supply unit that supplies power, and the power supply unit is a battery, a secondary battery, or an external power source;
The wearable dental care apparatus according to claim 3. The dental care module comprises an air supply terminal for connecting the instrument and an external compressor;
The wearable dental examination apparatus according to any one of claims 1 to 6. The energy supply unit is a compressed air supply unit that supplies compressed air, and the compressed air supply unit is an air tank or an external air supply source;
The wearable dental care apparatus according to claim 3. The dental care module further comprises a liquid injection device for supplying medical fluid to the instrument,
The liquid injection device includes a pump that sucks the medical liquid stored in a storage container in a state of being opened to atmospheric pressure, and a delivery pipe that supplies the medical liquid from the pump to the instrument. ,
The wearable dental care apparatus according to claim 2 . The dental care module further comprises a liquid injection device for supplying medical fluid to the instrument,
The liquid injection device includes a supply pipe that supplies compressed air to a storage container in which the medical liquid is stored, and a delivery pipe that supplies the medical liquid to the instrument.
The wearable dental care apparatus according to claim 2 . The dental care module has a medical fluid supply device for supplying medical fluid and compressed air to the instrument,
The medical fluid supply apparatus includes: an air tank filled with compressed air; a medical fluid tank in which the medical fluid is stored; a communication pipe that communicates the medical fluid tank and the air tank; the air tank and the medical fluid tank And a delivery pipe that communicates with the instrument,
The wearable dental care apparatus according to any one of claims 1 to 8, wherein   The wearable dental care apparatus according to claim 11, wherein the instrument is a syringe.   The wearable dental medical device according to claim 11, wherein the medical fluid supply device includes an air filling connection portion that connects the air tank and an external compressor. The wearing tool has a conduction delivery pipe support portion that supports a conduction delivery pipe composed of at least one of the conduction pipe and the delivery pipe,
The conduction delivery pipe support part supports the conduction delivery pipe so that it can be pulled out from the back of the body to the chest,
The wearable dental care apparatus according to claim 9 or 10, characterized in that: At least one of the conduction delivery pipe or the conduction delivery pipe support has a resin member,
The wearable dental care apparatus according to claim 14. The conduction delivery tube support portion is configured so that the conduction delivery tube has a surplus length with respect to the body on the back side of the body when the therapeutic instrument is accommodated in the module support portion. Support
Supporting the conduction delivery tube so that the conduction delivery tube has a surplus length with respect to the body on the chest side of the body when using the treatment instrument;
The wearable dental care apparatus according to any one of claims 14 to 15, wherein: The wearing device has at least one of a waist belt and a shoulder belt,
The dental care module is held on at least one of the waist belt and the shoulder belt;
The wearable dental care apparatus according to any one of claims 1 to 16, wherein The waist belt and the shoulder belt coupled to the waist belt, wherein the dental care module is held on at least one of the waist belt and the shoulder belt;
The wearable dental care apparatus according to claim 17. The module support part has at least an instrument holding part,
The instrument holding part has a body protection means interposed between the instrument and the body so that the body and the instrument do not come into contact with each other;
The wearable dental care apparatus according to any one of claims 1 to 18, characterized by: The body protecting means is made of a heat-resistant material that can be sterilized;
The wearable dental care apparatus according to claim 19. The body protecting means is removable;
The wearable dental examination apparatus according to any one of claims 19 to 20, wherein

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