Oral rehabilitation device and medical treatment system therewith

Abstract

An oral rehabilitation device for rehabilitating the oral cavity of a user includes a device body, a first activating member, an upper-jaw member, a lower-jaw member, and a processing unit. The first activating member is disposed on an end of the device body. The upper-jaw member and the lower-jaw member are connected to the same end of the device body and are for contacting an upper jaw and lower jaw of the user, respectively. The processing unit is coupled to the first activating member and is used to control the first activating member to drive one of the upper-jaw member and the lower jaw member to open or close relative to the other of the upper-jaw member and the lower-jaw member, such that the upper jaw and the lower jaw can be rehabilitated. The present invention further discloses a medical treatment system to which the oral rehabilitation device is linked.

Claims

1. An oral rehabilitation device for rehabilitating the oral cavity of a user, comprising: a device body; a first activating member disposed on an end of the device body; an upper-jaw member connected to the end of the device body, the upper-jaw member being configured to contact an upper tooth of the user; a lower-jaw member connected to the end of the device body, the lower-jaw member being configured to contact a lower tooth of the user; and a processing unit coupled to the first activating member, the processing unit being configured to control the first activating member to drive one of the upper-jaw member and the lower-jaw member to open or close relative to the other of the upper-jaw member and the lower-jaw member such that an upper jaw and a lower jaw of the user can be rehabilitated; a first flex sensor disposed on the upper-jaw member or the lower-jaw member and configured to detect a first bending deformation level, wherein when the first bending deformation level detected by the first flex sensor is larger than a first threshold bending deformation level, the processing unit stops the first activating member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other one of the upper-jaw member and the lower-jaw member.

2. The oral rehabilitation device of claim 1, wherein the first activating member is coupled to the lower-jaw member, and the first activating member is configured to drive the lower-jaw member to open or close relative to the upper-jaw member.

3. The oral rehabilitation device of claim 2, further comprising: a second activating member coupled to the upper-jaw member; wherein the second activating member drives the upper-jaw member to open or close relative to the lower-jaw member; wherein the first activating member and the second activating member are both configured via the processing unit, such that the processing unit can drive the upper-jaw member and the lower-jaw member to open or close relative to each other.

4. The oral rehabilitation device of claim 3, wherein the first activating member and the second activating member are a servo motor, a stepper motor, or a gear motor.

5. The oral rehabilitation device of claim 1, wherein the device body comprises: a handle for the user to hold; and a rotating base pivotally connected to the handle, the rotating base being retractable or extendable relative to the handle; wherein the upper-jaw member, the lower-jaw member and the first activating member are all disposed on the rotating base; wherein when the rotating base is rotated to retract relative to the handle, the oral rehabilitation device is in a retracted status; wherein when the rotating base is rotated to extend relative to the handle, the oral rehabilitation device is in an extended status.

6. The oral rehabilitation device of claim 5, wherein the device body further comprises: at least one pressure sensor disposed on the handle, the pressure sensor being configured to detect a pressure value; wherein when the pressure value is within a pressure range, the processing unit activates the first activating member.

7. The oral rehabilitation device of claim 1, further comprising: a display unit coupled to the processing unit, the display unit being configured to display an information screen, wherein the information screen displays parameters at least including: an opening angle, a cycle number, a holding time, and a speed; wherein the opening angle is an angle between the upper jaw and the lower jaw when the upper jaw and the lower jaw are open; wherein the cycle number is a number of times the upper jaw and the lower jaw open and close relative to each other; wherein the holding time is a length of time the upper jaw and the lower jaw of the user remains open relative to each other; wherein the speed is a speed of the upper-jaw member and the lower-jaw member opening or closing relative to each other.

8. The oral rehabilitation device of claim 1, further comprising: an input unit coupled to the processing unit, the input unit being operated to input at least one of the following parameters: an opening angle, a cycle number, a holding time, and a speed; wherein the opening angle is an angle between the upper jaw and the lower jaw when the upper jaw and the lower jaw are open; wherein the cycle number is a number of times the upper jaw and the lower jaw open and close relative to each other; wherein the holding time is a length of time the upper jaw and the lower jaw of the user remains open relative to each other; wherein the speed is a speed of the upper-jaw member and the lower-jaw member opening and/or closing relative to each other.

9. The oral rehabilitation device of claim 1, wherein: the upper-jaw member further comprises: a first part connected to the end of the device body; and a first flat member detachably disposed on the first part, the first flat member being configured to contact the upper tooth; the lower-jaw member further comprises: a second part connected to the first activating member; and a second flat member detachably disposed on the second part, the second flat member being configured to contact the lower tooth; wherein the first flat member and the second flat member cooperatively open the upper jaw and the lower jaw to a first angle.

10. The oral rehabilitation device of claim 9, wherein: the upper-jaw member further comprises: a first alternative incisor-canine tooth member detachably disposed on the first part, the first alternative incisor-canine tooth member being configured to contact an incisor or a canine tooth of the upper jaw; the lower-jaw member further comprises: a second alternative incisor-canine tooth member detachably disposed on the second part, the second alternative incisor-canine tooth member being configured to contact an incisor or a canine tooth of the lower jaw; wherein the first alternative incisor-canine tooth member and the second alternative incisor-canine tooth member cooperatively open the upper jaw and the lower jaw to a second angle.

11. The oral rehabilitation device of claim 10, wherein: the upper-jaw member further comprises: a first alternative molar member detachably disposed on the first part, the first alternative molar member being configured to contact a molar of the upper jaw; the lower-jaw member further comprises: a second alternative molar member detachably disposed on the second part, the second alternative molar member being configured to contact a molar of the lower jaw; wherein the first alternative molar member has a first alternative molar slot, and the first alternative molar slot is configured to contain the molar of the upper jaw; the second alternative molar member has a second alternative molar slot, and the second alternative molar slot is configured to contain the molar of the lower jaw; wherein the first alternative molar member and the second alternative molar member cooperatively open the upper jaw and the lower jaw to a third angle.

12. The oral rehabilitation device of claim 1, wherein the upper-jaw member is detachably connected to the end of the device body, the lower-jaw member is detachably connected to the first activating member, and the oral rehabilitation device further comprises: a first incisor-canine tooth member detachably connected to the end of the device body; and a second incisor-canine tooth member detachably connected to the first activating member; wherein, when the upper-jaw member is connected to the end of the device body and the lower-jaw member is connected to the first activating member, the upper-jaw member and the lower-jaw member respectively contacts the upper tooth and the lower tooth; wherein the upper-jaw member and the lower-jaw member cooperatively open the upper jaw and the lower jaw to a fourth angle; wherein when the first incisor-canine tooth member is connected to the end of the device body and the second incisor-canine tooth member is connected to the first activating member, the first incisor-canine tooth member contacts an incisor or a canine tooth of the upper jaw, and the second incisor-canine tooth member contacts an incisor or a canine tooth of the lower jaw; wherein the first incisor-canine tooth member and the second incisor-canine tooth member cooperatively open the upper jaw and the lower jaw to a fifth angle.

13. The oral rehabilitation device of claim 12, wherein the oral rehabilitation device further comprises: a first molar member detachably connected to the end of the device body; and a second molar member detachably connected to the first activating member; wherein when the first molar member is connected to the end of the device body and the second molar member connected to the first activating member, the first molar member contacts a molar of the upper jaw, and the second molar member contacts a molar of the lower jaw; wherein the first molar member has a first molar slot, and the first molar slot is configured to contain the molar of the upper jaw; the second molar member has a second molar slot, and the second molar slot is configured to contain the molar of the lower jaw; wherein the first molar member and the second molar member cooperatively open the upper jaw and the lower jaw to a sixth angle.

14. The oral rehabilitation device of claim 11, wherein the first flat member, the second flat member, the first alternative incisor-canine tooth member, the second alternative incisor-canine tooth member, the first alternative molar member, and the second alternative molar member all have a first end adjacent to the device body and a second end opposite the first end, the oral rehabilitation device further comprises: a pressure sensor disposed adjacent to the second end of at least one of the first flat member, the second flat member, the first alternative incisor-canine tooth member, the second alternative incisor-canine tooth member, the first alternative molar member, and the second alternative molar member and configured to detect a pressure value; wherein when the pressure value detected by the pressure sensor is greater than a pressure threshold value, the processing unit stops the first activating member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other of the upper-jaw member and the lower-jaw member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other of the upper-jaw member and the lower-jaw member until the pressure value detected by the pressure sensor is zero.

15. The oral rehabilitation device of claim 14, further comprising: a second flex sensor disposed adjacent to the first end of the first flat member, the second flat member, the first alternative incisor-canine tooth member, the second alternative incisor-canine tooth member, the first alternative molar member, the second alternative molar member and configured to detect a second bending deformation level; wherein when the second bending deformation level detected by the second flex sensor is larger than a second threshold bending deformation level, the processing unit stops the first activating member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other of the upper-jaw member and the lower-jaw member.

16. The oral rehabilitation device of claim 13, wherein the upper-jaw member, the lower-jaw member, the first incisor-canine tooth member, the second incisor-canine tooth member and the first molar member, the second molar member all have a first end adjacent to the device body and a second end opposite the first end, the oral rehabilitation device further comprises: a pressure sensor disposed adjacent to the second end of at least one of the upper-jaw member, the lower-jaw member, the first incisor-canine tooth member, the second incisor-canine tooth member, the first molar member, and the second molar member and configured to detect a pressure value; wherein when the pressure value detected by the pressure sensor is greater than a pressure threshold value, the processing unit stops the first activating member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other of the upper-jaw member and the lower-jaw member.

17. The oral rehabilitation device of claim 16, wherein the first flex sensor is disposed adjacent to the first end of the upper-jaw member or the first end of the lower-jaw member, the oral rehabilitation device_further comprises: a second flex sensor disposed adjacent to the first end of at least one of the first incisor-canine tooth member, the second incisor-canine tooth member, the first molar member, and the second molar member and configured to detect a second bending deformation level; wherein when the second bending deformation level detected by the second flex sensor is larger than a second threshold bending deformation level, the processing unit stops the first activating member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other of the upper-jaw member and the lower-jaw member.

18. The oral rehabilitation device of claim 1, further comprising: a device storage unit coupled to the processing unit, wherein the processing unit stores at least one of an opening angle data, a cycle number data, a holding time data, and a speed data of the user during a rehabilitation process into the device storage unit, wherein: the opening angle data is a data regarding an angle between the upper jaw and the lower jaw when the upper jaw and the lower jaw are open; the cycle number data is a data regarding a number of times the upper jaw and the lower jaw open and close relative to each other; the holding time data is a data regarding a length of time the upper jaw and the lower jaw of the user remains open relative to each other; and the speed data is a data regarding a speed of the upper-jaw member and the lower-jaw member opening and/or closing relative to each other.

19. A medical treatment system comprising: a hospital storage unit having a user information database and a treatment information database; wherein the user information database contains at least a rehabilitation record corresponding to a user, the rehabilitation record includes at least one of the following parameters of the user: an opening angle, a cycle number, a holding time, and a speed; wherein the treatment information database contains at least one of the following parameters: a recommended opening angle, a recommended cycle number, a recommended holding time, and a recommended speed; wherein the opening angle is an angle between the upper jaw and the lower jaw when the upper jaw and the lower jaw are open, the cycle number is a data regarding a number of times the upper jaw and the lower jaw open and close relative to each other, the holding time is a length of time the upper jaw and the lower jaw of the user remains open relative to each other; and the speed is a speed of the upper-jaw member and the lower-jaw member opening and/or closing relative to each other; and an oral rehabilitation device comprising: a device body; a first activating member disposed on an end of the device body; an upper-jaw member connected to the end of the device body, the upper-jaw member being configured to contact an upper tooth of the user; a lower-jaw member connected to the end of the device body, the lower-jaw member being configured to contact a lower tooth of the user; a processing unit coupled to the first activating member, the processing unit being configured to control the first activating member to drive one of the upper-jaw member and the lower-jaw member to open or close relative to the other of the upper-jaw member and the lower-jaw member, such that an upper jaw and a lower jaw of the user can be rehabilitated; a first flex sensor disposed on the upper-jaw member or the lower-jaw member and configured to detect a first bending deformation level, wherein when the first bending deformation level detected by the first flex sensor is larger than a first threshold bending deformation level, the processing unit stops the first activating member, or controls the first activating member to drive one of the upper-jaw member and the lower-jaw member to close toward the other one of the upper-jaw member and the lower-jaw member; a device communication unit coupled to the processing unit; and a device storage unit coupled to the processing unit, wherein: the processing unit is configured to: store the rehabilitation record corresponding to the user in the device storage unit; extract the rehabilitation record corresponding to the user from the user information database via the device communication unit; extract at least one of the recommended opening angle, the recommended cycle number, the recommended holding time, and/or the recommended speed from the treatment information database via the device communication unit.

20. The medical treatment system of claim 19, further comprising: a hospital communication unit configured to communicate with the oral rehabilitation device through the device communication unit; a hospital processing unit coupled to the hospital storage unit and the hospital communication unit; wherein the hospital processing unit is configured to integrate the rehabilitation record corresponding to the user in the user information database; wherein the oral rehabilitation device, based on at least one of the recommended opening angle, the recommended cycle number, the recommended holding time, and the recommended speed in the treatment information database, controls the first activating member to drive the lower-jaw member to open or close relative to the upper-jaw member, such that the upper jaw and the lower jaw of the user can be rehabilitated; wherein when the hospital communication unit communicates with the device communication unit, the hospital processing unit extract and analyze the rehabilitation record corresponding to the user from the device storage unit; wherein the hospital processing unit is configured to plot at least a graph analyzing a daily opening angle data, a daily cycle number data, a daily holding time data, and a daily speed data all corresponding to the user according to the rehabilitation record from the device storage unit.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a schematic diagram illustrating an oral rehabilitation device having a first activating member according to an aspect of a first embodiment of the present invention, wherein a first flat member and a second flat member is respectively disposed on a first part and second part.

(2) FIG. 2 is a schematic diagram illustrating an oral rehabilitation device having the first activating member and a second activating member according to an aspect of a second embodiment of the present invention.

(3) FIG. 3 is a schematic diagram illustrating a user operating the oral rehabilitation device to open his/her upper jaw and lower jaw at an angle using an upper-jaw member and a lower-jaw member according to the second embodiment.

(4) FIG. 4 is a schematic diagram illustrating the oral rehabilitation device at an extended status according to the second embodiment.

(5) FIG. 5 is a schematic diagram illustrating the oral rehabilitation device at a retracted status according to the second embodiment.

(6) FIG. 6 is a schematic diagram illustrating a pressure sensor disposed on a handle of the oral rehabilitation device according to the first and second embodiment.

(7) FIG. 7 illustrates a schematic diagram of an upper-jaw member and a lower-jaw member being detachably connected to an end of a device body and a first activating member, respectively, according to the first embodiment.

(8) FIG. 8 is a schematic diagram illustrating a first flat member and a second flat member being detachably disposed on a first part and a second part, respectively, according to the second embodiment.

(9) FIG. 9 is a schematic diagram illustrating the first flat member, the second flat member, a first incisor-canine tooth member, a second incisor-canine tooth member, a first molar member, a second molar member, the upper-jaw member, the lower-jaw member, a first alternative incisor-canine tooth member, a second alternative incisor-canine tooth member, a first alternative molar member, and a second alternative molar member according to the first and second embodiment.

(10) FIG. 10 is a functional block diagram illustrating a medical treatment system together with the oral rehabilitation device according to another aspect of the first embodiment.

DETAILED DESCRIPTION

(11) Please refer to FIGS. 1-3 of the present invention. FIG. 1 is a schematic diagram illustrating an oral rehabilitation device 1000 having a first activating member 102a according to an aspect of the first embodiment of the present invention, wherein a first flat member 108a and a second flat member 108b is respectively disposed on a first part 100c and second part 100d. FIG. 2 is a schematic diagram illustrating an oral rehabilitation device 1000 having the first activating member 102a and a second activating member 102b according to an aspect of the second embodiment of the present invention. FIG. 3 is a schematic diagram illustrating a user operating the oral rehabilitation device 1000 to open his/her upper jaw and lower jaw at an angle α using an upper-jaw member 101 and a lower-jaw member 103 according to the second embodiment of the present invention.

(12) As shown in FIG. 1, the oral rehabilitation device 1000 comprises a device body 100, the upper-jaw member 101, the first activating member 102a, the lower-jaw member 103, a processing unit 105, a display unit 106 and an input unit 107. The first activating member 102a is disposed on an end of the device body 100; the upper-jaw member 101 and the lower-jaw member 103 is connected to the same end of the device body 100, wherein the first activating member 102a is coupled to the lower-jaw member 103. The processing unit 105 is coupled to the first activating member 102a and is configured to control the first activating member 102a to drive the lower-jaw member 103 to open or close relative to the upper-jaw member 101; however, the present invention is not limited thereto: one of the upper-jaw member 101 and the lower-jaw member 103 can be configured via the first activating member 102a to open or close relative to the other of the upper-jaw member 101 and the lower-jaw member 103. Herein, the upper-jaw member 101 is detachably connected to an end of the device body 100. The upper-jaw member 101 comprises a first part 100c (connected to the end of the device body 100) and a first flat member 108a detachably disposed on the first part 100c. The lower-jaw member 103 is detachably connected to the same end of the device body 100 via the first activating member 102a. The lower-jaw member 103 further comprises a second part 100d (connected to the first activating member 102a) and a second flat member 108b detachably disposed on the second part 100d. The first flat member 108a and the second flat member 108b are both used to open the upper jaw and the lower jaw of a user to a first angle by contacting an upper tooth (or upper jaw) of the user and a lower tooth (or lower jaw) of the user. Additionally, the oral rehabilitation device 1000 can comprise a power source (such as a battery) or can connect to a power source to provide power for the oral rehabilitation device 1000 to operate.

(13) As shown in FIG. 2, the oral rehabilitation device 1000 comprises a second activating member 102b according to a second embodiment of the present invention. The second activating member 102b is coupled to the upper-jaw member 101. The first activating member 102a and the second activating member 102b respectively drive the lower-jaw member 103 and the upper-jaw member 101 to open or close relative to the upper-jaw member 101 and the lower-jaw member 103. The first activating member 102a and the second activating member 102b are both configured via the processing unit 105, such that the processing unit 105 can drive the upper-jaw member 101 and the lower-jaw member 103 to open or close relative to each other.

(14) As shown in FIG. 3, the upper-jaw member 101 is configured to contact the upper tooth (or upper jaw) of the user, and the lower-jaw member 103 is configured to contact the lower tooth (or lower jaw) of the user to rehabilitate the user's jaw. An opening angle of the user's upper and lower jaw is equivalent to an angle α between the lower-jaw member 103 and the upper-jaw member 101. The first activating member 102a and the second activating member 102b can be a servo motor, but the present invention is not limited thereto; for example, the first activating member 102a and the second activating member 102b can be a stepper motor or a gear motor that may be capable of reducing a movement speed. When the stepper motor or the gear motor is used, an angle tracker is simultaneously configured to monitor an opening and closing angle between the upper and lower jaw of the user, depending on practical applications.

(15) Please refer to FIGS. 1-2 along with FIGS. 4-6. FIG. 4 is a schematic diagram illustrating the oral rehabilitation device 1000 at an extended status according to the second embodiment. FIG. 5 is a schematic diagram illustrating the oral rehabilitation device 1000 at a retracted status according to the second embodiment. FIG. 6 is a schematic diagram illustrating a pressure sensor 103a disposed on a handle 100a of the oral rehabilitation device 1000 according to the first and second embodiment of the present invention.

(16) As shown in FIGS. 1-2, the device body 100 comprises the handle 100a for the user to hold and a rotating base 100b pivotally connected to the handle 100a. In this manner, the rotating base 100b can retract relative to the handle 100a for the oral rehabilitation device 1000 to stay in the retracted status shown in FIG. 5. The rotating base 100b can also extend relative to the handle 100a for the oral rehabilitation device 1000 to stay in the extended status shown in FIG. 4. Both the first and second embodiments of the present invention can achieve the retracted and extended status. When the oral rehabilitation device 1000 is at the extended status, the rotating base 100b and the handle 100a have an angle β therebetween, wherein the angle β is between 0 degrees and 180 degrees. That is, when the rotating base 100b is rotated to be retracted relative to the handle 100a such that the angle β is substantially 0 degrees, the oral rehabilitation device 1000 is at the retracted status. When the rotating base 100b is rotated to be extended relative to the handle 100a such that the angle β is larger than 0 degrees, the oral rehabilitation device 1000 is at the extended status. In the present embodiment, the upper-jaw member 101, the first activating member 102a, the second activating member 102b, and the lower-jaw member 103 are all disposed on the rotating base 100b. As shown in FIGS. 1, 2, and 6, at least one pressure sensor 103a is disposed on the handle 100a. When the pressure sensor 103a detects a pressure value within a predetermined pressure range, the processing unit 105 activates the first activating member 102a and/or the second activating member 102b for the user or an assistant to start a rehabilitation process. In this manner, the oral rehabilitation device 1000 can automatically initiate the rehabilitation process regardless of whether the user or the assistant is using the device. If the user cannot comfortably operate the oral rehabilitation device 1000, the assistant can extend the rotating base 100b to a suitable angle to proceed with helping the user perform the rehabilitation process.

(17) Please refer to FIGS. 1, 2 and 10. FIG. 10 is a functional block diagram illustrating a medical treatment system together with the oral rehabilitation device according to another aspect of the present invention. As shown in FIGS. 1, 2 and 10, the oral rehabilitation device 1000 has a device storage unit 104 that, along with the first activating member 102a, is coupled to the processing unit 105. The processing unit 105 can also store a rehabilitation record corresponding to the user in the device storage unit 104, wherein the rehabilitation record comprises at least one of the following parameters: the opening angle of the user's upper and lower jaw (angle α), a cycle number, a holding time, and a speed; wherein, the opening angle is an angle between the upper jaw and the lower jaw when the upper jaw and the lower jaw are open; the cycle number is a number of times the upper jaw and the lower jaw open and close relative to each other; the holding time is a length of time the upper jaw and the lower jaw of the user remains open relative to each other; the speed is a speed of the upper-jaw member and the lower-jaw member opening or closing relative to each other when using the oral rehabilitation device 1000. According to the first embodiment of the present invention, the first activating member 102a is coupled to and configured by the processing unit 105 such that the processing unit 105 can drive the first activating member 102a to open or close the lower-jaw member 103. According to the second embodiment of the present invention, the first activating member 102a and the second activating member 102b are both coupled to and configured by the processing unit 105 such that the processing unit 105 can drive the first activating member 102a and the second activating member 102b to open or close the lower-jaw member 103 and the upper-jaw member 101.

(18) Please refer back to FIG. 1. As shown in FIG. 1, the display unit 106 is configured to display an information screen containing parameters at least including: the opening angle (angle α), the cycle number, the holding time, and the speed. The input unit 107 has several buttons for inputting information, but an input method for the above-mentioned parameters is not limited thereto; other methods such as touch screen input are also applicable. The input unit 107 is coupled to the processing unit 105 and is operated to enter at least one of the following parameters: the opening angle (angle α), the cycle number, the holding time, and the speed.

(19) Please refer to FIGS. 7-9. FIG. 7 illustrates a schematic diagram of the upper-jaw member 101 and the lower-jaw member 103 being detachably connected to the end of the device body 100 and the first activating member 102a, respectively, according to the first embodiment. FIG. 8 is a schematic diagram illustrating the first flat member 108a and the second flat member 108b being detachably disposed on the first part 100c and the second part 100d, respectively, according to another aspect of the second embodiment. FIG. 9 is a schematic diagram illustrating the first flat member 108a, the second flat member 108b, a first incisor-canine tooth member 110a, a second incisor-canine tooth member 110b, a first molar member 112a, a second molar member 112b, the upper-jaw member 101, the lower-jaw member 103, a first alternative incisor-canine tooth member 111a, a second alternative incisor-canine tooth member 111b, a first alternative molar member 113a, and a second alternative molar member 113b according to the first and second embodiment.

(20) As shown in FIG. 7, the upper-jaw member 101 and the lower-jaw member 103 is detachably connected to the end of the device body 100 and the first activating member 102a, such as via screws to attach and remove; however the present invention is not limited thereto. The upper-jaw member 101 and the lower-jaw member 103 can also be switched to other detachable members including but not limited to those mentioned above, such as the first incisor-canine tooth member 110a, the second incisor-canine tooth member 110b, the first molar member 112a or the second molar member 112b, and be attached onto (and be removed from) the end of the device body 100 depending on practical demands. In the present embodiment, the members contacting the upper and lower tooth (or the upper and lower jaw) of the user is designed to be a single piece. However, the members can also be designed into two pieces (similar to the design shown in FIGS. 1 and 8) as a combination of the first flat member 108a and the first part 100c, and as a combination of the second flat member 108b and the second part 100d. The first flat member 108a and the second flat member 108b can also be switched to the first alternative incisor-canine tooth member 111a and the second alternative incisor-canine tooth member 111b, or the first alternative molar member 113a and the second alternative molar member 113b, as shown in FIG. 9, depending on practical demands.

(21) As shown in FIG. 8, the first flat member 108a and the second flat member 108b can be detachably disposed on the first part 100c and the second part 100d in a manner different from that shown in FIG. 1. For example, the members can be inserted into the first part 100c and the second part 100d through a vertical section of the first part 100c and the second part 100d (shown in FIG. 1), or they can be inserted horizontally (as shown in FIG. 8) depending on designs of the corresponding members. The first alternative incisor-canine tooth member 111a, the second alternative incisor-canine tooth member 111b, the first alternative molar member 113a, the second alternative molar member 113b can also be detachably disposed on the first part 100c and the second part 100d utilizing a similar design.

(22) The first and second alternative incisor-canine tooth members 111a, 111b of the present embodiment is configured to contact an incisor or a canine tooth of the upper jaw and the lower jaw, respectively. The first and second alternative incisor-canine tooth members 111a, 111b open the upper jaw and the lower jaw to a second angle; wherein the second angle is larger than the first angle. The first and second molar members 112a, 112b are configured to contact a molar of the upper jaw and the lower jaw, respectively. Preferably, a first molar slot 112c is formed on the first molar member 112a, a first alternative molar slot 113c is formed on the first alternative molar member 113a, and the first molar slot 112c along with the first alternative molar slot 113c are configured to contain the molar of the upper jaw. A second molar slot 112d is formed on the second molar member 112b, a second alternative molar slot 113d is formed on the second alternative molar member 113b, and the second molar slot 112d along with the second alternative molar slot 113d are configured to contain the molar of the lower jaw. The first and second alternative molar members 113a, 113b open the upper jaw and the lower jaw to a third angle; wherein the third angle is larger than the second angle.

(23) The upper-jaw member 101 and the lower-jaw member 103 are respectively configured to contact the user's upper tooth (upper jaw) and lower tooth (lower jaw), wherein the upper-jaw member 101 and the lower-jaw member 103 open the upper jaw and the lower jaw to a fourth angle. In the first embodiment, the first incisor-canine tooth member 110a is detachably connected to the end of the device body 100, and the second incisor-canine tooth member 110b is detachably connected to the first activating member 102a. In this manner, the first incisor-canine tooth member 110a and the second incisor-canine tooth member 110b contacts an incisor or a canine tooth of the upper jaw and the lower jaw, respectively, while opening the upper jaw and the lower jaw to a fifth angle. The fifth angle is larger than the fourth angle. The first and second molar members 112a, 112b are detachably connected to the end of the device body 100 and the first activating member 102a, respectively; in this manner, the first and second molar members 112a, 112b contact a molar of the upper jaw and the lower jaw, respectively, while opening the upper jaw and the lower jaw to a sixth angle. The sixth angle is larger than the fifth angle.

(24) Please refer to FIGS. 3 and 9. In FIGS. 3 and 9, the first flat member 108a, the second flat member 108b, the first incisor-canine tooth member 110a, the second incisor-canine tooth member 110b, the first molar member 112a, the second molar member 112b, the upper-jaw member 101, the lower-jaw member 103, the first alternative incisor-canine tooth member 111a, the second alternative incisor-canine tooth member 111b, the first alternative molar member 113a, and the second alternative molar member 113b all have a first end adjacent to the device body 100 and a second end opposite to the first end (as exemplified by the first end 103c and the second end 103d of the upper-jaw member 101 and the lower-jaw member 103 in FIG. 3). The pressure sensor 103a is disposed adjacent to the second end 103d and configured to detect a pressure value; when the pressure value is larger than a threshold pressure value, the processing unit 105 stops at least one of the first activating member 102a and the second activating member 102b; or, the processing unit 105 controls the first activating member 102a to drive one of the upper-jaw member 101 and the lower-jaw member 103 to close relative to the other of the upper-jaw member 101 and the lower-jaw member 103; or, the processing unit 105 controls the first activating member 102a to drive one of the upper-jaw member 101 and the lower-jaw member 103 to close relative to the other of the upper-jaw member 101 and the lower-jaw member 103, until the pressure sensor 103a detects zero pressure. In this manner, the oral rehabilitation device 1000 ceases to open the user's upper and lower jaw, and the user's safety can be ensured. At least one flex sensor 103b is disposed adjacent to the first end 103c to detect a bending deformation level; when the bending deformation level is larger than a threshold bending deformation level, the processing unit 105 stops at least one of the first activating member 102a and the second activating member 102b; or, the processing unit 105 controls the first activating member 102a to drive one of the upper-jaw member 101 and the lower-jaw member 103 to close relative to the other of the upper-jaw member 101 and the lower-jaw member 103. In this manner, the first activating member 102a and/or the second activating member 102b can prevented the oral rehabilitation device 1000 from opening to an even larger angle when the pressure sensor 103a detects a pressure value larger than the threshold pressure value and/or when the flex sensor 103b detects a bending deformation level larger than the threshold bending deformation level. That is, the oral rehabilitation device 1000 of the present invention can selectively comprise at least one of the pressure sensor 103a and the flex sensor 103b to prevent the upper and lower jaw of the user from being opened beyond a rehabilitation angle recommended by medical professionals, thereby injuring the user. In other words, the configuration of the oral rehabilitation device 1000 having at least one of the pressure sensor 103a and the flex sensor 103b is within the scope of the present invention.

(25) Please refer to FIG. 10. FIG. 10 is a functional block diagram illustrating a medical treatment system 2000 together with the oral rehabilitation device 1000 according to a first embodiment of the present invention. As shown in FIG. 10, the medical treatment system 2000 of the present invention comprises a hospital storage unit 200 having a user information database 200a and a treatment information database 200b. The user information database 200a stores at least the rehabilitation record corresponding to the user, wherein the rehabilitation record includes at least one of the following parameters: the opening angle (angle α), the cycle number, the holding time, and the speed. The treatment information database 200b stores at least the following parameters: a recommended opening angle, a recommended cycle number, a recommended holding time, and a recommended speed.

(26) FIG. 10 also shows the medical treatment system 2000 further comprising a hospital processing unit 202, a hospital communication unit 201 and a device communication unit 114 of the oral rehabilitation device 1000. Remaining components of the oral rehabilitation device 1000 in the present embodiment have identical structures and functions, and further description is omitted herein for simplicity. The hospital communication unit 201 is configured to communicate and be linked with the oral rehabilitation device 1000, and the hospital processing unit 202 is coupled to the hospital storage unit 200 and the hospital communication unit 201. The hospital processing unit 202 is configured to integrate the rehabilitation record corresponding to the user in the user information database 200a. In the present embodiment, the medical treatment system 2000 can be a server system, and the hospital processing unit 202 can be a central processing unit of the server system. The hospital communication unit 201 can be a network module (such as an Ethernet module) or a wireless communication module (such as a WiFi module or a Bluetooth module) of the server system, the present invention not limited thereto.

(27) In practical application, medical professionals can use the oral rehabilitation device 1000 of the medical treatment system 2000 to rehabilitate the upper and lower jaw of the user. The medical professionals can refer to at least one of the recommended opening angle, the recommended cycle number, the recommended holding time, and the recommended speed stored in the treatment information database 200b as a basis for operating the oral rehabilitation device 1000 and driving the lower-jaw member 103 to open or close relative to the upper-jaw member 101 to initiate the rehabilitation process.

(28) When the hospital communication unit 201 of the medical treatment system 2000 communicates with the device communication unit 114 of the oral rehabilitation device 1000, as shown in FIG. 10, the hospital processing unit 202 extracts the rehabilitation record corresponding to the user containing at least one of the opening angle data of the user's upper and lower jaw (angle α), the cycle number data, the holding time data, and the speed data from the device storage unit 104. Wherein, the opening angle data is a data regarding an angle (angle α) between the upper jaw and the lower jaw when the upper jaw and the lower jaw are open; the cycle number data is a data regarding a number of times the upper jaw and the lower jaw open and close relative to each other; the holding time data is a data regarding a length of time the upper jaw and the lower jaw of the user remains open relative to each other; and the speed data is a data regarding a speed of the upper-jaw member and the lower-jaw member opening and/or closing relative to each other. Then, the above-mentioned rehabilitation record is analyzed to plot a daily analysis graph based on the opening angle data, the cycle number data, the holding time data, and the speed data. Medical professionals can then use the graphs to assess and track the user's rehabilitation progress, thereby determine subsequent treatment plans.

(29) The most substantial difference between the first and second embodiment of the present invention is that in the second embodiment, the second activating member 102b is configured to drive the upper-jaw member 101 to open and close relative to the lower-jaw member 103, such that the upper and lower jaw of the user can be rehabilitated. Components of the oral rehabilitation device 1000 in the second embodiment have identical structures and functions to the first embodiment, and further description is omitted herein for simplicity. The oral rehabilitation device 1000 of the medical treatment system 2000 in FIG. 10 also can be configured with the second activating member 102b.

(30) The benefits and effects of the present invention can be summarized as follows: the oral rehabilitation device can rehabilitate the user's upper jaw and lower jaw, while storing an opening angle data, a cycle number data, a holding time data, and a speed data as a rehabilitation record. The oral rehabilitation device further comprises a pressure sensor and a flex sensor, both disposed on an upper-jaw member and a lower-jaw member. The sensors are also disposed on a detachable member that is configured to contact the user's lower tooth (that is, the incisor tooth, canine tooth, or molar tooth) or lower jaw. The pressure sensor and the flex sensor are configured to respectively detect a pressure value and a bending deformation level; when the pressure value and/or the bending deformation level are larger than a threshold pressure value and/or a threshold bending deformation level, the oral rehabilitation device stops a first activating member and/or a second activating member, to prevent the user's upper and lower jaw from opening beyond an opening angle recommended by medical professionals, and to prevent in injury. The pressure sensor is also disposed on a handle held by the user's hand, and is configured to allow a processing unit to activate the oral rehabilitation device when a pressure value within a predetermined pressure range is detected. Additionally, the rehabilitation record can also be stored in a user information database coupled to a hospital storage unit of a medical treatment system. The rehabilitation record can be compared with at least one of a recommended opening angle, a recommended cycle number, a recommended holding time, and a recommended speed stored in a treatment information database coupled with the hospital storage unit of the medical treatment system. Daily analysis graphs can then be plotted using the comparison data to monitor the rehabilitation progress of the user. In this manner, medical professionals can more effectively tailor a treatment plan and help the user to reach his/her rehabilitation target.

(31) Those skilled in the art will readily observe that numerous modifications and alterations of the device and method may be made while retaining the teachings of the invention. Accordingly, the above disclosure should be construed as limited only by the metes and bounds of the appended claims.