TW201529062A - Carriable dental treatment device - Google Patents

Abstract

The present invention provides a carriable dental treatment device, which not only can use for dental treatment processed at a fixed point, but also can use for provisional dental treatment when a visiting care or a disaster is occurring. The carriable dental treatment device is applied to dental treatment, and can be divided, moved and reassembled. When processing the dental treatment at the fixed point, a dental instrument module, a vacuum module and a chair module is disposed at the fixed point, and a fixed point drive energy source which comprise water, air and electricity is provided to drive the dental instrument module, the vacuum module and the chair module. When processing the provisional dental treatment, the dental instrument module and the vacuum module are divided and moved, and a provisional drive energy source is provided to drive the dental instrument module and the vacuum module.

Description

Transportable dental treatment device

The present invention relates to a portable dental treatment device, and more particularly to a portable dental treatment device that can quickly respond to temporary medical treatment in addition to a fixed-point medical treatment such as a dental clinic, and a temporary medical treatment system. This includes visits by dentists or treatments at the time of disaster.

A dental treatment device of the prior art, as shown in FIG. 24, is composed of a device body 100 and a medical treatment chair 102. The medical treatment table main body 104 for the dentist is fixed to the front end of the main support 103, and the main support 103 is provided. For example, the dental treatment device can be arbitrarily moved and rotated in the horizontal direction. Further, the dental treatment device further includes a device such as a turbine handpiece 105 and a syringe 106.

Further, the apparatus main body 100 has a water supply device 101 for a patient's mouthwash and a spittoon 107, and is provided with an auxiliary table 112. The auxiliary table 112 has a hanger portion 111 which is provided with a spray gun 108 for the dental assistant auxiliary treatment, a vacuum evacuation tube 109, and a drainage device 110. At the same time, the auxiliary table 112 is also fixed to the front end of the auxiliary bracket 113 which is arbitrarily movable and rotatable in the horizontal direction.

Further, the bottom of the device body 100 further has a base portion 114 and a foot controller 115 connected to the base portion 114. The base portion 114 is connected to a supply source of driving energy such as electric power, tap water, compressed air, or the like. tube.

Moreover, although not shown in the drawings, the apparatus body 100 is further provided with a shadowless lamp via a pole.

In recent years, in the technical field of such dental treatment devices, with the advent of an aging society, due to the increased opportunities for dentists to visit the clinic personally, dentists often use portable dental treatment devices at the time of visiting (for example, Reference can be made to Patent Document 1 and Patent Document 2) which will be described later.

Portable portable unit A dental portable unit that does not have a seat for a dental patient in a general dental device. Further, such a portable dental treatment device is usually constituted by an integrally formed device portion or separated into a device portion and a vacuum portion, and generally, the shadowless lamp is not assembled.

However, in the case of a dental visit, the general-purpose portable dental treatment device for general medical examination must be separately provided separately from the dental device that is fixedly placed in the medical examination room.

On the other hand, when a disaster occurs, even if a dental device is installed in the medical treatment room, if power failure or water stop occurs, the electric power or water required to drive the dental device cannot be supplied, and thus the power supply and water supply are not restored. The dental device cannot be operated. In addition, even if you want to perform dental treatment at a place such as an evacuation shelter, it is difficult to schedule the equipment required for medical treatment.

In view of the above, the current industry has provided a table-and-disassembled dental treatment device that can arbitrarily disassemble or assemble the body of a medical examination table for a dentist (for example, refer to Patent Document 3 to be described later). The table-top disassembly dental treatment device not only fails to provide all the functions of a general dental treatment device, but also does not even provide the minimum function of cutting teeth. In particular, since the body of the medical table is mainly provided with a therapeutic device for use by a dentist, an auxiliary device for a dental stylist or a dental assistant is not additionally provided, and therefore, in order to achieve all the functions of the general dental medical device, Additional equipment must be prepared.

Further, in the above-described table-disassembled dental treatment device, the accessory device other than the body of the medical table is mounted on the dental treatment device, and cannot be disassembled for use by a person.

Patent Document 1: Japanese Patent Laid-Open Publication No. 2002-165817.

Patent Document 2: Japanese Patent Laid-Open Publication No. 2001-245901.

Patent Document 3: Japanese Patent Laid-Open Publication No. 2009-219718.

The technical problem to be solved by the present invention is how to provide a portable dental treatment device that does not currently exist, which can not only perform fixed-point medical treatment in a dental clinic or the like, but also can quickly respond to a visit by a dentist or an earthquake. Temporary treatment at the time of scale disaster.

A transportable dental treatment device according to the present invention is for performing dental treatment and has a plurality of medical treatment modules that are operated by driving the supply of energy. The most important feature of the portable dental treatment device is that when a fixed-point medical treatment is performed at a dental clinic or the like, it supplies a certain amount of driving energy to operate the medical treatment module, and when the temporary medical treatment is performed at the mobile site, a medical treatment is provided. Temporary drive energy enables the operation of the diagnostic module, where the temporary drive energy is based on the mobile site or is carried to the mobile site.

According to the invention described in the first aspect of the invention, the portable dental treatment device of the present invention can not only perform fixed-point medical treatment at a dental clinic or the like, but also promptly respond to a large-scale disaster such as a visit to a dentist or an earthquake. Temporary treatment. In this case, when a fixed-point medical treatment is performed at a dental clinic or the like, a plurality of medical treatment modules are assembled at a fixed point and operated by supplying a driving energy set at a certain point, and when the temporary medical treatment is performed at the mobile site, a plurality of medical treatments are performed. The module is separately moved and reassembled, and a temporary driving energy source is respectively supplied to the corresponding medical treatment module to start the operation of the medical module, wherein the temporary driving energy is determined according to the mobile site or is carried to the mobile place. In this way, the portable dental treatment device can function as a fixed-point medical treatment or as a temporary medical treatment.

According to the invention of the second aspect of the invention, the supply amount switching means is provided for switching the supply amount of the driving energy at the time of the fixed-point medical treatment and the temporary medical treatment, and when the fixed-point medical treatment is performed at a place such as a dental clinic, In the case of the temporary medical treatment in the mobile site, the portable dental diagnostic device of the present invention can adjust the supply amount of various driving energy sources to the most appropriate state, and can also reliably perform the function of the fixed-point medical treatment or the temporary medical treatment function. Applied to their respective medical purposes.

According to the invention of claim 3, the supply amount switching means includes at least one of an air flow rate restricting line, a water flow restricting line, or a power supply restricting line, thereby being in a dental clinic or the like. When the site is subjected to a fixed-point medical treatment and a temporary medical treatment is performed at a mobile site, the portable dental diagnostic device of the present invention can adjust the supply amount of various driving energy sources to an optimum state, and can also reliably perform the function of the fixed-point medical treatment or The functions of temporary medical treatment are applied to their respective medical purposes.

According to the invention described in claim 4, the medical treatment module can separately move and reassemble the basic unit provided in the medical treatment room, whereby the portable dental treatment device of the present invention can quickly respond to the fixed point The condition of medical treatment or temporary medical treatment.

According to the invention described in claim 5, the medical treatment module includes a dental appliance module, a vacuum module, and a seat module, and the portable module of the present invention is appropriately combined by the above-described medical treatment modules. The dental clinic can not only perform fixed-point medical treatments at places such as dental clinics, but also promptly respond to temporary medical treatments during large-scale disasters such as earthquake visits by dentists.

According to the invention described in claim 6, the driving energy source is all or a part of water, airflow, and electric power, whereby the portable dental treatment device of the present invention not only requires various treatments requiring water, airflow, and electric power. In addition to the normal operation of the module, it can quickly respond to fixed-point medical treatment or temporary medical treatment.

According to the invention described in the seventh aspect of the patent application, when a fixed-point medical treatment is performed at a dental clinic or the like, the medical treatment modules are assembled at a fixed point and operated by supplying a driving energy set at a fixed point, and temporarily performed at a mobile site. At the time of diagnosis and treatment, the medical treatment modules are separated and moved and reassembled, and all or part of the temporary driving energy is supplied to the corresponding medical treatment modules to operate the medical treatment modules, wherein the temporary driving energy source It is based on the mobile site or is transported to the mobile site, and the temporary driving energy source includes water, airflow and electricity. In this way, the portable dental treatment device of the present invention can reliably perform fixed-point medical treatment at a place such as a dental clinic, and can reliably perform temporary medical treatment at the time of a visit by a dentist or a large-scale disaster such as an earthquake.

According to the invention of the eighth aspect of the invention, the water supply source for driving the energy source is a water supply source selected from the base portion, tap water, a transportable water tank or a drinking water bottle, and is a supply source of the airflow for driving the energy source. An air supply source selected from a base portion, a transportable oxygen cylinder, a small compressor, or a small pump, and a supply source of electric power as a driving energy source is selected from a power supply source, a commercial power source, or a transportable device that is fixedly disposed in a medical treatment room. The battery of the type, wherein the basic part is set in the clinic. In this way, when a fixed-point medical treatment is performed at a place such as a dental clinic, or when a temporary medical treatment is performed in the case of a large-scale disaster such as a visit by a dentist or an earthquake, the portable dental treatment device of the present invention can secure each In addition to the most appropriate water supply source, airflow supply source, and power supply source in the case of medical treatment, the diagnosis and treatment operation can be reliably performed.

According to the invention of the ninth aspect of the invention, the portable dental treatment device of the present invention includes a medical device unit and a helper device unit, and the medical device unit includes a dental mobile phone as a medical device. The assistant device unit is included as an auxiliary The vacuum hose for sputum discharge, the device unit for the physician and the device unit for the assistant are integrally assembled during transportation and are separated from each other when in use. In the case of performing a fixed-point medical treatment at a dental clinic or the like, the device unit and the assistant device unit are separated, and the respective driving sources are supplied from the water supply source, the airflow supply source, and the power supply source provided in the medical treatment room. The physician uses the device unit and the assistant device unit to operate the device, and when the temporary medical treatment is performed at the mobile site, the temporary driving energy including water, airflow, or electric power is supplied to the corresponding physician or auxiliary device. Operation, in which the temporary drive energy is based on the mobile site or is carried to the mobile site. In this way, the portable dental treatment device of the present invention has a relatively simple configuration, and can be set at a fixed point in addition to the function of performing temporary medical treatment in the case of a large-scale disaster such as a visit by a dentist or an earthquake. It is also able to play the function of diagnosis and treatment.

1‧‧‧Basic unit

10‧‧‧Water supply port

100‧‧‧ device body

101‧‧‧Water supply unit

102‧‧‧ medical chair

103, 4‧‧‧ main bracket

104‧‧‧Medical table body

105‧‧‧ Turbine dental handpiece

106, 108, 13, 9‧‧ ‧ spray gun

107, 15‧‧‧痰盂

109‧‧‧Vacuum evacuation tube

110‧‧‧Sputing apparatus

11‧‧‧ Appliance Module

111‧‧‧ hanger department

112, 6‧‧‧Auxiliary table

113, 7‧‧‧ auxiliary bracket

114, 2‧‧ ‧ cadres

115, 20‧‧‧ foot controller

12‧‧‧Pneumatic Turbine Handpiece

14‧‧‧Seat module

14a‧‧‧Seat body

15a‧‧‧Connecting hose

16‧‧‧Separator

17‧‧‧Dental appliance modules

17a‧‧‧Dental appliance module body

18, 35a, 79‧‧‧ casters

19‧‧‧Departure

21‧‧‧Sink

21A‧‧‧ drinking water bottle

22‧‧‧Compressor

22a, 63, 65, 73‧‧‧ cable

23‧‧‧Quick joint for airflow

23a‧‧‧Air quick connector

23b‧‧‧Air quick connector

23c‧‧‧Air hose

24‧‧‧Water quick connector

24a‧‧‧Water male quick connector

24b‧‧‧Water female quick connector

24c‧‧‧Water hose

25, 26‧‧‧ connecting pipe

25a, 26a‧‧‧different connecting pipes

27‧‧‧Regulator

28, 30a‧‧‧Switching valve

28a‧‧‧Drive pedal

28b‧‧‧Pressure adjustment valve

29‧‧‧ Shuttle valve

3‧‧‧ medical table

30‧‧‧Switching control valve

31‧‧‧Switch control valve

32‧‧‧Oxygen cylinder

32A‧‧‧Small compressor

35‧‧‧Storage cart

36‧‧‧vacuum module

36a‧‧‧vacuum module body

38‧‧‧vacuum motor

39‧‧‧Hose

40‧‧‧Differential connection

41, 8‧‧‧ vacuum tube

42, 87, 91‧‧‧ hangers

43‧‧‧Switch

44‧‧‧vacuum tank

45‧‧‧Separation tank

46‧‧‧ buoys

47‧‧‧ check valve

48‧‧‧痰盂 痰盂台

49‧‧‧ platform

5‧‧‧ Balance bracket

50‧‧‧ storage box

52, 78a‧‧‧ belt

53‧‧‧ bed

54‧‧‧Special desk

61a, 71a‧‧‧Public connectors for electric power

61b, 71b‧‧‧Power connector

62, 72, 75‧‧‧ plug

64‧‧‧Battery

76‧‧‧Wire

77‧‧‧Water storage tank

78‧‧‧Special handling cart

81‧‧‧Portable dental treatment device

82‧‧‧Medical device department

82a, 83a‧‧‧ cover

82b, 83b‧‧‧Handles

82c‧‧‧Snap protrusion

83‧‧‧Assistant device department

83c‧‧‧ card hook

84‧‧‧ device frame

85‧‧‧ utensils group

86a‧‧‧Three-use spray gun

86b‧‧‧Micro Motor Phone

86c‧‧‧Scaler

88‧‧‧Operator panel

89‧‧‧Vacuum hose

89a, 92a‧‧‧ installation mouth

90‧‧‧Departure Department

90a‧‧‧Rotation support

91a‧‧‧ Hanging Department

92‧‧‧Extracting hose

93‧‧‧Small generator

95‧‧‧Supply switching means

95a‧‧‧Airflow supply switching unit

95b‧‧‧Water Supply Switching Department

95c‧‧‧Power Supply Switching Department

96‧‧‧Airflow restriction line

97‧‧‧Water flow restriction line

98‧‧‧Power supply restriction pipeline

1 is a schematic perspective view showing a state in which a portable dental treatment device according to Embodiment 1 of the present invention is in a fixed point of diagnosis and treatment.

Fig. 2 is a perspective view showing another aspect of the portable dental treatment device according to the first embodiment of the present invention in a fixed point of diagnosis and treatment.

Fig. 3 is a view showing a configuration of a basic unit of a portable dental treatment device according to a first embodiment of the present invention.

Fig. 4 is a perspective view showing the configuration of a dental appliance module of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 5 is a schematic view showing a supply line of water and airflow in the dental appliance module of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 6 is a perspective view showing the configuration of a vacuum module of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 7 is a schematic view showing the piping of water, air flow and electric power in the vacuum module of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 8 is a perspective view showing the seat module of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 9 is an explanatory diagram showing a movement procedure of a dental appliance module, a vacuum module, and a seat module of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 10 is a perspective view showing the state in which the dental appliance module and the vacuum module of the portable dental treatment device according to the first embodiment of the present invention are carried on the seat module.

Fig. 11 is a perspective view showing the seat module and the dedicated table of the portable dental treatment device according to the first embodiment of the present invention.

Fig. 12 is a perspective view showing the dental appliance module and the vacuum module of the portable dental treatment device according to the first embodiment of the present invention in a connected state.

Fig. 13 is a perspective view showing a state in which a dental appliance module and a vacuum module of the portable dental treatment device according to the first embodiment of the present invention are used to treat a dental patient on a bed.

Fig. 14 is a perspective view showing a configuration of a dental appliance module to which a foot controller is connected and a storage cart with casters.

Fig. 15 is a perspective view showing a state of diagnosis and treatment of a dental appliance module of a portable dental treatment device according to a first embodiment of the present invention in the event of a disaster.

Fig. 16 is a schematic view showing the operation of different supply modes of airflow and water in the dental appliance group of the portable dental treatment device according to the first embodiment of the present invention at the time of temporary medical treatment and fixed-point medical treatment.

Fig. 17 is a schematic explanatory view showing a configuration of a supply amount restriction pipe for airflow, water, and electric power in the portable dental treatment device according to the first embodiment of the present invention.

Fig. 18 is a schematic exploded view showing a portable dental treatment device according to a second embodiment of the present invention.

Fig. 19 is a perspective view showing the device unit for a physician of the portable dental treatment device according to the second embodiment of the present invention.

Fig. 20 is a plan view schematically showing a device part for a physician of a portable dental treatment device according to a second embodiment of the present invention.

Fig. 21 is a perspective view showing the auxiliary device unit of the portable dental treatment device according to the second embodiment of the present invention.

Fig. 22 is a side elevational view showing the state in which the portable dental treatment device according to the second embodiment of the present invention is installed in a dedicated transport cart.

Fig. 23 is a perspective view showing a state in which the portable dental treatment device according to the second embodiment of the present invention is used in a fixed-point medical treatment mode in a medical treatment room.

Fig. 24 is a perspective view showing the configuration of a dental treatment device of the prior art.

An object of the present invention is to provide a portable dental treatment device that can perform a fixed-point medical treatment at a place such as a dental clinic, and can promptly respond to a temporary medical treatment at the time of a visit by a dentist or a large-scale disaster such as an earthquake. The portable dental treatment device of the present invention is applied to dental treatment and has a plurality of medical treatment modules, which can separate or move or reassemble the basic unit, and operate by driving the supply of energy, wherein the driving The energy system consists of all or part of water, airflow and electricity. When a fixed-point medical treatment is performed at a dental clinic or the like, a plurality of medical treatment modules are assembled at a fixed point and operated by a driving energy source including a fixed point of water, airflow, and electric power. When a temporary medical treatment is performed at a mobile site, a plurality of medical treatment modules are separately moved and reassembled, and all or part of the temporary driving energy including water, airflow, and electric power are respectively supplied to the corresponding medical treatment modules. The medical module is in operation, and the temporary driving energy is based on the mobile site or is transported to the mobile site.

Embodiment 1: Next, a portable dental treatment device according to Embodiment 1 of the present invention will be described in detail. As shown in FIGS. 1 and 2, the portable dental treatment device according to the first embodiment includes a base unit 1, a seat module (seat module for medical treatment) 14, and a dental instrument module. And a plurality of medical treatment modules such as a vacuum module 36.

Among them, the above-described basic unit 1 is configured in a state in which the medical treatment module required for the temporary medical treatment is removed as shown in FIG. 3 .

The base unit 1 can be provided with other additional components according to the requirements, and the arrangement of the components is not limited by the shape, size and configuration of the base unit 1. However, in order to supply the energy required for dental treatment, the base unit 1 includes at least one backbone. Department 2.

For example, the base unit 1 may comprise a main support 4 or a balance support 5, wherein the main support 4 supports a medical table 3 for use by a dentist, and the balance support 5 maintains the medical table 3 in an up-and-down state. Further, the medical table 3 for the dentist can be integrated to form on the base unit 1.

Further, the base unit 1 may further comprise an auxiliary bracket 7 for supporting the auxiliary table 6, which is for the dentist or the dental assistant to assist the dentist in the treatment.

Among them, the auxiliary table 6 is provided with a vacuum tip 8 or a syringe 9 and the auxiliary table 6 is disposed in the opposite direction of the medical table 3 for the dentist.

The base portion 2 of the base unit 1 is fixedly disposed on the floor of the medical treatment room at a dental clinic or the like, and the base portion 2 is connected to a driving energy supply means for supplying a driving energy source disposed at a fixed point under the floor. The drive energy set at a fixed point is composed of water, airflow and electricity. In addition, the base portion 2 is also provided with a drainage means.

Further, the driving energy source supplied to the base portion 2 of the base unit 1 may be, for example, tap water supplied from a water supply device at a place such as a dental clinic, air flow (compressed air) from an air compressor installed at a dental clinic or the like, or Power supplied by power supply equipment installed at places such as dental clinics (for example, AC power output from AC 100V outlets).

The tap water is supplied to the water supply port 10 provided in the base unit 1 to supply water to the cup for the mouthwash, or the tap water is supplied as water for use in various types of dental instruments during dental treatment.

In addition, the air flow (compressed air) is used to operate various types of dental appliances or to clean or cool the affected part of the oral cavity. Electricity is supplied as one of the driving energy sources, which enables various types of dental appliances to operate.

In other words, the electric power is used as a driving energy source for driving components such as the seat module 14 and the appliance module 11, and further, the electric power can also be used as a driving energy source for controlling the dental treatment device, for example, controllable A figure such as a shadowless lamp or a photopolymerizer for illumination is not shown.

Moreover, the seat body 14a of the seat module 14 is provided with a caster. 18 and a stop portion 19 dedicated to the caster 18. Further, the base portion 2 is further connected with a foot controller 20 for the user to perform the pedaling operation.

Further, in order to make the base unit 1 use a gas flow to achieve various effects during the dental treatment, a pneumatic quick connector (not shown) is also provided below the medical table 3 for the dentist.

The drainage means has a function of draining water, and the mouthwash discharged from the crucible 15 after the dental treatment or the saliva extracted by the vacuum tube 41 during the dental treatment can be separated into a liquid and separated by the separator 16 at the time of extraction. It is discharged by gas.

2 is a schematic view showing a configuration of a vacuum module 36 in place of the auxiliary table 6 in the portable dental treatment device of the first embodiment. The vacuum module 36 is one of the medical treatment modules.

The vacuum module 36 is detachably mounted to the auxiliary bracket 7, wherein the auxiliary bracket 7 is disposed on the side of the base unit 1 adjacent to the dental assistant. The detailed configuration of the vacuum module 36 will be further described later.

Next, each medical treatment module of the dental treatment device described above will be described in detail.

Dental appliance module 17: As shown in FIG. 1 or FIG. 2, the dental appliance module 17 is a medical treatment module which is modularized and is detachably coupled to a dental doctor's medical table. 3.

The dental appliance module 17 has a dental appliance module body 17a, and the dental appliance module body 17a is provided with a pneumatic turbine handpiece 12 and a spray gun 13, wherein the pneumatic turbine dental handpiece 12 and the spray gun 13 It constitutes an appliance module 11 for dental treatment.

In addition to the pneumatic turbine handpiece 12 and the spray gun 13, the above-mentioned appliance module 11 can also be equipped with a micro motor handpiece, a scaler, a photopolymerizer or an oral cavity, which are not shown. Speculum and other components.

Thereby, an integrated medical treatment module can be obtained by combining the above-mentioned appliance module 11 to the dental appliance module 17.

4 is a schematic view showing the configuration of the dental appliance module main body 17a on which the instrument module 11 is mounted, and other components such as the water tank 21.

Wherein, the dental appliance module body 17a is connectable to the foot controller 20, and The foot controller 20 is connected to the base unit 1.

Moreover, as shown in FIG. 4, the side surface of the dental appliance module main body 17a is equipped with the water male quick connector 24a, the airflow male quick connector 23a, and the electric power male connector 61a.

Next, the one-water hose 24c is prepared in advance, and one end of the water hose 24c is connected to the supply port of the water tank 21, and the other end is provided with a water mother quick connector 24b, wherein the water tank 21 is supplied as a driving energy source. Used water. Thereby, water can be supplied to the dental appliance module body 17a by fitting the water female quick connector 24b to the water male quick connector 24a.

The water quick coupling 24a and the water female quick coupling 24b constitute a one-touch joint 24 for water.

Water is used as a type of driving energy, and a drinking water bottle 21A (water capacity: 500 mL) may be used as the supply source, and water may be supplied to the dental appliance module body 17a through the water hose 24c.

Then, an airflow hose 23c is provided in advance, and one end of the airflow hose 23c is connected to the supply port of the oxygen cylinder 32, and the other end is provided with a gas flow female quick connector 23b, wherein the oxygen cylinder 32 is supplied As a gas flow for driving energy. Thereby, the airflow can be supplied to the dental appliance module body 17a by fitting the airflow female quick connector 23b to the airflow male quick connector 23a.

The above-described airflow male quick connector 23a and airflow female quick connector 23b constitute an airflow quick connector 23.

The airflow is used as a type of driving energy. In addition to the oxygen cylinder 32, a small compressor 32A can be used as the supply source, and the airflow can be supplied to the dental appliance module body 17a through the airflow hose 23c.

Further, a small pump not shown in the figure can also be used as a supply source of the airflow.

Regarding the supply of electric power, a cable 63 may be prepared in advance, and the cable 63 has a plug 62 at one end and a power female connector 61b at the other end, wherein the plug 62 is connected to an AC outlet not shown. By attaching the plug 62 to the AC outlet and attaching the power female connector 61b to the power male connector 61a, AC power as a driving energy source can be supplied to the dental appliance module body 17a.

Further, in another embodiment of the power supply, it is also possible to Another cable 65 is provided. One end of the cable 65 is connected to the anode and the cathode of the battery (battery) 64, and the other end has a power connection connector 61b, wherein the battery 64 supplies power for driving energy (direct current). ). By providing the electric power connector 61b of the cable 65 to the electric power connector 61a described above, the DC power required for driving energy can be supplied to the dental appliance module main body 17a.

Moreover, although the direct current from the battery 64 is significantly different from the alternating current from the alternating current outlet, the pneumatic turbine handpiece 12 can be provided by providing a driving voltage control circuit (not shown) inside the dental appliance module body 17a. The device such as the spray gun 13 is operated without being hindered.

According to the above configuration, the dental appliance module 17 can be separated from the base unit 1 and reconfigured as a separate module as a portable temporary medical model, in addition to the embodiment of the fixed point arrangement shown in Figs. 1 and 2 . Use in groups.

In addition, the dental appliance module 17 is also provided with an auxiliary storage box 50.

Figure 5 is a schematic illustration of the supply lines for water and gas flow in the dental appliance module 17.

The supply line for water and airflow in the dental appliance module 17 has a connecting tube 25 and a connecting tube 26, wherein the connecting tube 25 is connected to the air quick plug 23a, and the connecting tube 26 is connected to the water male quick connector 24a. .

In the water and air supply line, the airflow supplied to the airflow male quick connector 23a is supplied to the regulator 27 via the connection pipe 25, and the airflow is adjusted to the optimum pressure value through the regulator 27, and then switched. Valve 28 supplies the adjusted supply to pneumatic turbine handpiece 12. Among them, the switching valve 28 has a pedal-type driving pedal 28a and is included in the foot controller 20.

Further, the air flow which is adjusted to the most appropriate pressure value by the regulator 27 is supplied from the branch connecting pipe 25a to the spray gun 13 via the pressure regulating valve 28b, wherein the branch pipe 25a is branched from the air supply pipe of the latter half of the regulator 27. And formed.

Further, the air flow is supplied to the water tank 21 via the switch control valve 31, and the switch control valve 31 is disposed on the air supply supply line formed by the branch connection pipe 25.

On the other hand, the water supplied to the water male quick connector 24a is supplied from the connection pipe 26 to the water tank 21 via the shuttle valve 29.

Further, the water system is supplied from the shuttle valve 29 to the spray gun 13 via the branch connection pipe 26a.

A switching valve 30a is disposed on the water flow path formed by the middle section of the branch connecting pipe 26a. The switching valve 30a is controlled by the switching control valve 30 to supply water to the pneumatic turbine handpiece 12, and is available from the pneumatic turbine. The handpiece 12 sprays a spray of water and airflow. The switching control valve 30 is connected to the discharge side of the switching valve 28 and is included in the foot controller 20.

Vacuum Module 36: Next, the vacuum module 36 will be described with reference to the disclosure of FIGS. 6 and 7.

The vacuum module 36 is detachably mounted to the auxiliary bracket 7, wherein the auxiliary bracket 7 is disposed on the side of the base unit 1 adjacent to the dental assistant.

At the same time, the vacuum module 36 has a vacuum module body 36a. The vacuum module body 36a is provided with a hanger 42, a switch 43 and a branch connecting portion 40. The hanger 42 is provided with a vacuum tube 41, and the vacuum tube 41 has a soft The tube 39, the switch 43 is used to open/close the operation of the vacuum tube 41.

Further, the vacuum module 36 further includes a crucible 15 separable from the crucible loading platform 48 of the base unit 1, a connecting hose 15a communicating with the crucible 15 and the hose 39 being coupled to the bifurcated connecting portion 40.

Further, the cymbal 15 is disposed on a portable platform 49 in the case of being separated from the base unit 1.

As shown in FIG. 7, the inside of the vacuum module body 36a is provided with a supply line for airflow, water, and electric power.

The supply line of the air flow, the water, and the electric power described above drives the vacuum motor 38 to rotate, and the inside of the vacuum chamber 44 is in a negative pressure state, whereby moisture extracted from the vacuum tube 41 or the crucible 15 via the branch connecting portion 40 is performed. The liquid or air is separated into liquid and air in the separation tank 45, and then the air is discharged to the outside, and the liquid is accumulated inside the separation tank 45.

However, when the accumulated amount of the liquid such as moisture accumulated in the separation tank 45 reaches a certain level or more, the buoy 46 is pushed up to close the check valve 47 so that the moisture does not flow into the vacuum chamber 44.

In addition, 痰盂15 is mounted on the base unit 1 at the time of fixed-point medical treatment. The table 48 is placed, however, at the time of temporary medical treatment, the cymbal 15 is separated from the base unit 1, and as shown in Fig. 6, the cymbal 15 is carried on the platform 49 for carrying.

Further, as shown in FIG. 6, the power supply male connector 71a for the vacuum motor 38 is provided in the outer wall portion of the vacuum module main body 36a. Further, a cable 73 is prepared in advance, and one end of the cable 73 has a plug 72, and the other end has a power connector 71b, wherein the plug 72 is connected to an AC outlet not shown, through the plug The 72 is mounted to the AC outlet, and the power connector 71b is attached to the power male connector 71a to supply the required AC power to the vacuum motor 38. According to the above configuration, the vacuum module 36 can function as one of the plurality of medical treatment modules at the time of the fixed-point medical treatment or the temporary medical treatment.

Seat Module 14: Next, the configuration of the seat module 14 will be described with reference to the disclosure of FIG.

The seat module 14 for the patient to sit on can be removed from the base unit 1 , and the bottom of the seat body 14 a of the seat module 14 is provided with casters 18 so as to be movable on the floor. The caster 18 can be, for example, a wheel for a stretcher wheelchair. In the case of medical treatment, the seat body 14a can be fixed by simply pressing the stopper 19 to lock the caster 18.

Further, if the stopper portion 19 is depressed again or the stopper portion 19 is lifted by the toe, the locked state of the seat body 14a can be released.

Further, the user can move the caster 18 by pressing the stopper 19, pushing the caster 18 downward and lifting the seat body 14a, and lifting the caster 18 upward by pressing the stopper 19 again. The seat body 14a is pushed down to be fixed to the floor.

Further, a compressor 22 having a cable 22a may be attached to the seat body 14a, and the compressor 22 may be used as a supply source of the airflow of one of the driving energy sources. According to the above configuration, the seat module 14 can function as one of the plurality of medical treatment modules at the time of the fixed point medical treatment or the temporary medical treatment. Next, with reference to the disclosures of FIG. 1, FIG. 2, and FIG. 9 to FIG. 14, the implementation of the diagnosis and treatment at the time of the fixed-point medical treatment, the method of moving the medical treatment module for the temporary medical treatment, and the medical treatment state during the temporary medical treatment. To illustrate.

When performing a fixed-point medical treatment at a dental clinic or the like, as shown in FIGS. 1 and 2, a fixed-point state is implemented using a portable dental treatment device including a base unit 1, a seat module 14, and a plurality of medical treatment modules. Under the treatment.

In the above case, the tap water provided by the water supply equipment set at a fixed point is fixed. The airflow (compressed air) provided by the air compressor of the point setting and the power supply provided by the power supply device of the fixed point are supplied to the base portion 2 of the base unit 1, thereby respectively bringing the plurality of medical treatment modules into an operable state, It is possible to perform diagnosis and treatment in a fixed state.

On the other hand, when the temporary medical treatment is performed, for example, when the dentist visits, as shown in FIGS. 9 and 10, the program for moving the dental appliance module 17, the vacuum module 36, and the seat module 14 is entered. .

When the dentist visits, the dental appliance module 17, the vacuum module 36, and the seat module 14 are first separated from the fixed-point settings shown in FIGS. 1 and 2.

Next, the dental appliance module 17 is placed on the storage case 50. Moreover, the inside of the storage case 50 accommodates the water tank 21 and the foot controller 20. Next, the dental appliance module 17 and the storage case 50 are placed on the reclining portion of the seat module 14.

Similarly, the cymbal 15 is carried on the portable platform 49 and directly mounted above the vacuum module 36, and the cymbal 15, the platform 49 and the vacuum module 36 are also placed on the reclining portion of the seat module 14. Finally, in a state of being mounted on the seat module 14 as shown in FIG. 10, the seat module 14 is placed on a vehicle such as a wheelchair-dedicated vehicle and transported to a destination.

In the above case, the oxygen cylinder 32 for supplying airflow, the water hose 24c, the airflow hose 23c, and the cable 63 as shown in Fig. 4, and the cable 73 for the vacuum module 36 shown in Fig. 6 Take it with you to your destination.

After arriving at the destination, the dental appliance module 17 is placed directly on the floor in a state of being carried on the storage box 50, and the vacuum module 36 is placed on the floor, and then the crucible 15 is carried on the platform 49. The state is placed directly on the floor and applied to the temporary medical treatment of the destination along with the seat module 14.

As shown in FIG. 11, the dedicated table 54 can also be assembled in the height direction of the seat module 14 in situ, and the dental appliance module 17 and the vacuum module 36 are placed on the dedicated table 54 for performing. treatment.

FIG. 12 is a schematic view showing a method of moving the dental appliance module 17, the vacuum module 36, and the crucible 15 without using the seat module 14.

The dental appliance module 17 mounted on the storage case 50 and the vacuum module 36 carrying the cassette 15 are connected by a belt 52, and are transported to a destination by being transported to a vehicle such as a wheelchair-dedicated vehicle.

In the case of temporary medical treatment, for example, as shown in FIG. 13, the dental appliance module 17 and the vacuum module 36 may be placed on both sides of the bed 53 on which the dental patient lies, for diagnosis and treatment. In this case, the water is supplied from the water tank 21 to the dental appliance module 17 via the water hose 24c, and the airflow is supplied from the oxygen cylinder 32 to the dental appliance module 17 via the airflow hose 23c, and the electric power required for the medical treatment is It is supplied to the dental appliance module 17 by connecting the cable 63 to the AC 100V commercial power outlet of the visiting office.

Further, the power required for the vacuum module 36 is supplied by connecting the cable 73 to the AC 100V commercial power outlet of the visiting office.

According to the above configuration, the dental appliance module 17 and the vacuum module 36 can be reassembled into a temporary medical treatment, and the dental patient lying on the bed 53 can be diagnosed and treated at the visit.

Of course, if the dental patient does not need to use the bed 53, the above-described seat module 14 can also be used for medical treatment.

FIG. 14 is a schematic view showing a configuration of a dental appliance module 17 to which the foot controller 20 is attached and a storage cart 35 with a caster 35a, and this configuration can replace the configuration shown in FIG. kind. In the above case, the water tank 21 for water supply and the oxygen bottle 32 for supplying airflow are housed inside the storage cart 35. This configuration is the same as that shown in Figure 13, and is also available for visits by a dentist.

Next, with reference to the disclosure of FIG. 15, another embodiment of performing temporary medical treatment in a mobile location, that is, an embodiment of the diagnosis and treatment at the time of disaster occurrence, the method of moving the medical treatment module and the diagnosis and treatment module will be further described. The assembled state.

When the medical treatment is performed in the event of a disaster, the dental appliance module 17, the water tank 21, the oxygen cylinder 32, and the battery 64 separated from the base unit 1 must be transported to the medical treatment site at the time of the disaster, that is, the mobile site. The water hose 24c, the airflow hose 23c, and the cable 65 must be transported together to the above-mentioned moving place.

Next, water is supplied to the dental appliance module 17 using the water tank 21 and the water hose 24c, and the airflow is supplied to the dental appliance module 17 using the oxygen cylinder 32 and the airflow hose 23c, and the battery 64 and the cable 65 are used to supply electric power. The dental appliance module 17 is supplied to the dental appliance module 17 to start the operation of the dental appliance module 17 and to perform the diagnosis and treatment at the time of the disaster.

In addition, the drinking water bottle 21A may be used instead of the above-mentioned water tank 21 as a water supply. source.

Figure 16 shows the rotational speed, torque, and availability of airflow (air) that is not supplied with one of the driving energy sources to the micromotor (micromotor mobile phone), turbine handpiece, and spray gun during temporary medical treatment and fixed-point medical treatment. A schematic diagram of an embodiment of the present invention, and a rotational speed, a torque, and a usable state in the case of a flow (air) supplying one of the driving energy sources. At the same time, Fig. 16 also provides the injection of each of the driving energy sources to the micromotor (micro motor mobile phone), the turbine dental handpiece, the spray gun and the scaler during the temporary medical treatment and the fixed point diagnosis and treatment, respectively. A schematic diagram of water volume comparison.

As is apparent from Fig. 16, in the case of a fixed-point medical treatment, among the dental instruments group consisting of a micro motor (micro motor phone), a turbine handpiece, a spray gun, and a scaler, a micro motor (micro motor phone) It can surely retain the airflow from the air supply source, so it can exert stable rotation speed and torque.

Moreover, in the case of a supply airflow, the turbine handpiece and the spray gun can be used as usual.

Further, in the case of water supply, whether it is a micro motor (micro motor phone), a turbo handpiece, a spray gun or a scaler, it can perform its respective functions as usual without receiving the amount of water injected from the water supply source. limits.

On the other hand, in the case of temporary medical treatment, the micro-motor (micro-motor mobile phone) cannot be received in the dental appliance set consisting of a micro-motor (micro-motor mobile phone), a turbo handpiece, a spray gun, and a scaler. The airflow is supplied from the airflow supply source, or the airflow supply can be received only from the supply source such as the oxygen cylinder 32. Therefore, the airflow supply amount is limited, and it is difficult to supply sufficient airflow.

Here, in the state where the airflow is not supplied or the airflow supply amount is limited, if the same rotational speed and rotational torque as the fixed-point airflow supply are to be obtained, the amount of heat generated by the circuit or the rotation may not be sufficiently obtained. The problem of being cooled, causing the micromotor to malfunction or significantly shorten its life.

Therefore, it is necessary to limit the amount of electric power supplied to the micromotor so that the rotational speed and torque thereof are lower than the rotational speed and torque at the time of the fixed point diagnosis, whereby the micromotor (micromotor mobile phone) can be applied to the temporary medical treatment.

Here, as shown in FIG. 17, the invention of the first embodiment is further provided with a supply amount cut. The means 95 is used to switch the supply amount at the time of the fixed-point medical treatment and the temporary medical treatment. The supply amount switching means 95 includes an air flow supply amount switching unit 95a including a switching valve, a water supply amount switching unit 95b including a switching valve, and a power supply amount switching unit 95c including a changeover switch.

Then, when the temporary medical treatment is performed, the airflow supply amount switching unit 95a is switched first, and the airflow is caused to flow through the airflow flow restricting pipe 96 for restricting the flow rate, and then the water supply amount switching unit 95b is switched in the same manner to allow the water to flow through the restricted flow rate. Further, the water flow rate restriction line 97 further switches the power supply amount switching unit 95c so that the electric power flows through the power supply restriction line 98 that can limit the amount of power supplied to the micro motor.

Further, whether it is a micro motor (micro motor phone), a turbo handpiece, a spray gun or a scaler, the amount of water injected into the drinking water bottle 21A as a water supply source is limited here. Therefore, in order not to consume an excessive amount of water in a short time, it is necessary to switch the water supply amount switching portion 95b so that water flows through the water flow restricting line 97 to limit the amount of injected water, but the above-mentioned micro as long as the amount of injected water is limited to an allowable range Motors (micro motor phones), turbine handpieces, spray guns and scalers can also be used for temporary medical purposes.

Further, the supply amount switching means 95 can perform a switching operation of the branch valve or the changeover switch by a manual method. Moreover, if the manual valve is replaced with an electric valve, the switching operation can also be performed electrically.

Further, in order to distinguish whether the air supply source, the water supply source, and the power supply source are connected to the fixed-point drive source or the temporary drive source, an identification means may be provided at the connection portion to switch the supply amount switching by an automatic method. Means 95. Moreover, the airflow supply source, the water supply source, and the electric power supply source shown in FIG. 17 correspond to the airflow quick connector 23, the water quick connector 24, and the electric power utility in the dental appliance module 17 shown in FIG. Each supply source of the connector 61a. At the same time, the supply amount switching means 95 shown in Fig. 17 corresponds to the supply amount switching means 95 shown in Fig. 4, and the air supply amount switching unit 95a, the water supply amount switching unit 95b, and the power supply provided therein are provided. The amount switching unit 95c performs a switching operation to switch between the fixed point medical treatment and the temporary medical treatment.

As described above, the above-described embodiment is described by taking a micromotor in the dental appliance group as an example. However, the supply amount switching means 95 may be provided on a device other than the micromotor to limit the flow rate of the driving energy source. Supply to other appliances.

In addition, when the airflow is supplied from the oxygen cylinder 32 or the like, the airflow is used as the driving source. Appliances such as turbine handpieces or spray guns consume airflow in a short period of time, so the use of the scaler can be limited to avoid unusable conditions.

Embodiment 2: Next, a portable dental treatment device according to Embodiment 2 of the present invention will be described with reference to the disclosure of Figs. 18 to 23.

As shown in Fig. 18, the portable dental treatment device 81 of the second embodiment includes a doctor device portion 82, an assistant device portion 83, and a lid body 82a. The assistant device portion 83 is integrally molded. The lid body 83a covers the side surface of one of the physician device portions 82, and the lid body 82a covers the other side surface of the physician device portion 82. Thereby, the coverable dental treatment device 81 can be integrally formed by attaching the lids 82a and 83a to both sides of the physician device unit 82.

As shown in FIG. 19 and FIG. 20, the device unit 82 for the physician includes a device housing 84, and one of the side walls of the device housing 84 is provided with an instrument group 85 that can be arbitrarily pulled out from the hanger 87. The instrument set 85 includes appliances such as a triple syringe 86a, a micromotor handset 86b (or a pneumatic turbine handpiece), and a scaler 86c. At the same time, a plug 75 (AC plug) is electrically connected to the lower portion of the physician device portion 82 via the electric wire 76. The plug 75 supplies electric power of one of the driving energy sources to an element such as the three-purpose spray gun 86a or the micro-motor mobile phone 86b.

Further, as shown in Fig. 18, the device casing 84 of the physician device unit 82 is further provided with a water storage tank 77 for supplying pressurized water, wherein the pressurized water is one of driving energy sources.

Further, the hanger 87 is freely rotatable, so the dentist can arbitrarily rotate the hanger 87 to move the appliance group 85 to a position convenient for medical treatment.

Further, the physician device unit 82 is further provided with an operation panel 88 for the dentist to perform various operations for performing dental treatment.

As shown in Fig. 21, the assistant device unit 83 has a vacuum hose 89 connected to the inside of the lid body 83a, and the vacuum hose 89 guides and extracts saliva together with the air. At the same time, a separating portion 90 is fixedly disposed on the inner wall of the lid body 83a, and the saliva and air extracted from the vacuum hose 89 are separated from the air. The lower surface of the separating portion 90 is connected to an extraction hose 92, which is attached, for example, to a household electric vacuum cleaner not shown.

Next, the end of the vacuum hose 89 is provided with a mounting opening 89a. The mounting opening 89a is provided with a nozzle for discharging the saliva which is not shown, and the nozzle is freely detachable. Among them, the installation The port 89a is locked to the hanging portion 91a of the hanger 91 and is detachably attachable, and the hanger 91 is supported by the rotation support portion 90a of the upper end portion of the separating portion 90.

On the other hand, the lower surface of the separating portion 90 is coupled to the extraction hose 92, and the free end of the extraction hose 92 is provided with an installation opening 92a. The mounting opening 92a is detachably mounted, for example, on a suction device such as a household vacuum cleaner.

Further, a separation tank (not shown) is placed in the separation unit 90 for storing the extracted saliva. In addition, the air extracted together with the saliva is discharged to the atmosphere via gas-liquid separation.

Further, the above-described medical device unit 82 and the auxiliary device unit 83 are slidably and detachably assembled by the locking projection 82c and the locking hook 83c, and the medical device unit 82 is provided with a moving device. The handle 82b to be used and the assistant device unit 83 are provided with a handle 83b for conveyance.

According to the configuration of the second embodiment, the medical device unit 82 and the assistant device unit 83 can be separated from each other or combined with each other. Therefore, the physician device unit 82 and the assistant device unit 83 can be assembled and easily carried to In the mobile place, it is possible to respond to the temporary medical treatment such as the visit of the dentist or the diagnosis and treatment at the time of the disaster.

Further, according to the configuration of the second embodiment, the physician device unit 82 and the assistant device unit 83 can be separated when the dentist visits or diagnoses the disaster, and the physician device unit 82 is placed close to the dentist. On one side, the assistant device portion 83 is disposed on the side close to the dental assistant, thereby eliminating the need to use the assisting device via the dental patient.

In the portable dental treatment device 81 of the second embodiment, when the dentist visits, the portion of the physician device portion 82 is supplied from the water storage tank 77 as one of the driving energy sources, for example. In the same manner as in the first embodiment, the airflow is supplied from the oxygen cylinder 32 or the small compressor 32A that is transported together with the portable dental treatment device 81, and further, the electric power is accessed from the visiting house via the plug 75 and the electric wire 76. The home outlet is supplied. Thereby, the appliance group 85 can be operated to perform dental treatment.

Further, as for the portion of the assistant device portion 83, as described above, the assistant device portion 83 can perform the operation of discharging the saliva for the dental patient by the suction force of the device such as the household electric vacuum cleaner.

On the other hand, in the case of diagnosis and treatment at the time of disaster occurrence, the device for the physician In the portion of the portion 82, for example, a water system that is one of the driving energy sources is supplied from the water storage tank 77, and the air flow is supplied from the oxygen cylinder 32 that is transported together with the portable dental treatment device 81, as in the case of the first embodiment. In the small compressor 32A, the electric power is supplied by the small generator 93, the plug 75, and the electric wire 76. The small electric generator 93 is transported together with the portable dental treatment device 81 and outputs an AC voltage of 100 V. Thereby, the appliance group 85 can be operated to perform dental treatment.

Further, as for the portion of the assistant device unit 83, for example, the assistant device unit 83 can perform the operation of the saliva by using a device such as a small compressor having a power source not shown. Among them, the small compressor is transported to the destination with the portable dental treatment device, and has an airflow extraction function.

Further, as shown in Fig. 22, the portable transportable dental treatment device 81 may additionally be provided with a dedicated transport cart 78 having a belt 78a and casters 79 to improve the convenience during transportation.

According to the configuration of the second embodiment, the temporary medical treatment-type portable medical treatment device 81 can cope with the case of temporary medical treatment such as medical visits by a dentist or diagnosis at the time of a disaster.

Further, in the portable dental treatment device 81 of the second embodiment, the supply source of the driving energy source is not limited to the type described above, and various types of supply may be selected as described in the first embodiment. The source supplies the driving energy, and the present invention is not particularly limited thereto.

Further, the transportable dental treatment device 81 of the second embodiment can be applied to a dental care device 81 as long as it can be applied to a clinic when a visit is made by a dentist or a disaster occurs, as long as a seat or a bed is provided in the medical treatment room. It can also be applied to fixed-point clinics in the treatment room.

When the fixed-point medical treatment is performed, as shown in FIG. 23, the seat module 14 can be placed at the center, and then the medical device unit 82 and the assistant device unit 83 can be separated, and the medical device unit 82 can be placed close to the dentist. On the side, the assistant device unit 83 is placed on the side close to the dental assistant, and the dental patient is treated.

At this time, the water system that drives one of the energy sources and the water supply source that is set at the base portion 2 of the medical treatment room are connected to each other, and the tap water can be supplied from the water supply device.

Further, the airflow is communicated with the airflow supply source of the trunk portion 2, and the airflow (compressed air) can be supplied from an air compressor installed at a dental clinic or the like.

Further, the electric power system can supply the commercial power source from the power supply device installed at a dental clinic or the like by connecting the plug 75 and the electric wire 76 to the power supply unit in the base portion 2.

Further, the extraction hose 92 of the assistant device portion 83 can be connected to a central vacuum device (not shown) provided in the base portion 2.

In addition, the central vacuum device does not place the buoy 46, the check valve 47, the vacuum chamber 44, and the vacuum motor 38 as shown in FIG. 7 in the vacuum module, but integrates the vacuum extraction functions visible in the treatment room and It is disposed inside or outside the medical treatment room. The central vacuum device drives the vacuum motor to rotate, so that the inside of the vacuum chamber 44 is in a negative pressure state, so that each medical device can achieve the function of separate extraction.

Further, in the second embodiment, as in the embodiment shown in FIG. 17 of the first embodiment, the supply amount switching means 95 is provided to switch the supply amount at the time of the fixed-point medical treatment and the temporary medical treatment, and the temporary medical treatment can be performed. At this time, the airflow supply amount switching unit 95a is switched so that the airflow flows through the airflow flow restricting pipe 96 for restricting the flow rate, and the water supply amount switching unit 95b is switched to allow the water to flow through the water flow restricting pipe 97 for restricting the flow rate, further Then, the power supply amount switching unit 95c is switched so that the electric power flows through the power supply restriction line 98 that can limit the amount of power supplied to the micro motor.

On the other hand, when the fixed-point medical treatment is performed, the airflow supply amount switching unit 95a is switched so that the airflow flows through the conduit of the unrestricted airflow supply flow rate, and the water supply amount switching portion 95b is switched so that the water flows through the tube of the unrestricted water flow rate. Further, the power supply amount switching unit 95c is switched again to cause the electric power to flow through a circuit that does not limit the amount of power supplied to the micro motor.

As described above, the portable dental treatment device 81 of the second embodiment has a relatively simple configuration and can be applied to a fixed-point medical treatment use in a medical examination room.

As described above, the portable dental treatment device of the present invention comprises a plurality of medical treatment modules combined into one device, and in addition to the fixed-point medical treatment performed at a dental clinic or a dental clinic in a hospital, It is also possible to cope with visits to patients' places of residence and temporary medical treatments such as earthquakes, typhoons or tsunamis.

1‧‧‧Basic unit

10‧‧‧Water supply port

11‧‧‧ Appliance Module

12‧‧‧Pneumatic Turbine Handpiece

13, 9‧‧‧ spray gun

14‧‧‧Seat module

14a‧‧‧Seat body

15‧‧‧痰盂

17‧‧‧Dental appliance modules

18‧‧‧ casters

19‧‧‧Departure

2‧‧‧Chief cadres

20‧‧‧foot controller

3‧‧‧ medical table

4‧‧‧Main bracket

48‧‧‧痰盂 痰盂台

5‧‧‧ Balance bracket

6‧‧‧Auxiliary table

7‧‧‧Auxiliary bracket

8‧‧‧vacuum tube

Claims (11)

A portable dental treatment device for performing dental treatment and having a plurality of medical treatment modules that are operated by driving energy supply, wherein when a fixed-point medical treatment is performed at a dental clinic or the like, The medical device is operated by supplying a certain amount of driving energy, and when the temporary medical treatment is performed in the mobile site, a temporary driving energy source is supplied to operate the medical treatment module, and the temporary driving energy is based on the movement. Depending on the location or being transported to the mobile location. The portable dental treatment device according to claim 1, further comprising a supply amount switching means for switching the supply amount of the driving energy at the time of the fixed-point medical treatment and the temporary medical treatment. The portable dental treatment device of claim 2, wherein the supply amount switching means comprises at least one of a gas flow restriction line, a water flow restriction line, or a power supply restriction line. One. The portable dental treatment device according to any one of claims 1 to 3, wherein the medical treatment module separates and reassembles a basic unit disposed in the medical treatment room. The portable dental treatment device of claim 1, wherein the medical treatment module has a dental appliance module, a vacuum module, and a seat module. The portable dental treatment device of claim 1, wherein the driving energy source is all or a part of water, airflow, and electric power. The portable dental treatment device according to claim 1, wherein when the fixed-point medical treatment is performed at a dental clinic or the like, the medical treatment modules are assembled at a fixed point and operated by supplying the driving energy set by the fixed point. The driving energy set by the fixed point includes water, airflow and electricity. When the temporary treatment is performed in a mobile site, the medical treatment modules are separately moved and reassembled, and all or part of the temporary driving energy is separately supplied to the corresponding medical treatment modules to operate the medical treatment modules. The temporary driving energy is determined according to the mobile site or is transported to the mobile site, and the temporary driving energy source includes water, airflow, and electric power. The portable dental treatment device according to claim 1, wherein the water supply source of the driving energy source is selected from a water supply source of a base, a tap water, a transportable water tank, or a drinking water bottle. The supply source of the airflow for driving the energy is selected from the airflow supply source of the base, the transportable oxygen cylinder, the small compressor, or the small pump, and the supply of the electric power as the driving energy is selected from the fixed point in the diagnosis and treatment. An indoor power supply, a commercial power supply, or a transportable battery, wherein the base is fixedly placed in a medical examination room. A portable dental treatment device includes a medical device unit including a dental treatment mobile phone as a physician's device, and an auxiliary device unit including an auxiliary device In the vacuum hose for sputum discharge, the doctor's device unit and the assistant device unit are integrally assembled during transportation and are separated from each other when used, and the doctor is separated when performing a fixed-point medical treatment at a dental clinic or the like. The device unit and the assistant device unit supply the driving energy source set at the fixed point to the medical device unit and the assistant for the water supply source, the air supply source, and the power supply source provided in the medical treatment room. The device is operated to perform the temporary medical treatment, and the temporary driving energy including water, airflow, and electric power is supplied to the corresponding medical device or the auxiliary device to operate the temporary driving device. The energy is based on the mobile location or is carried to the mobile location. The portable dental treatment device according to claim 9 is further provided with a supply amount switching means for switching between fixed-point medical treatment and temporary medical treatment. The amount of energy that is driven by this drive. The portable dental treatment device according to claim 10, wherein the supply amount switching means comprises at least one of a gas flow restriction pipe, a water flow restriction pipe, or a power supply restriction pipe. One.