Tinnitus treatment system

Abstract

A tinnitus treatment system includes a fumigation tube of an ear fumigation device and a heat-conducting tube of the ear fumigation device, one end of the fumigation tube is connected to one end of the heat-conducting tube, and their inner cavities are connected; one end of the fumigation tube is connected to one end of the heat-conducting tube via an improved pipe hoop, and the improved pipe hoop includes a hoop ring, and the outer surfaces of both ends of the hoop ring are respectively sleeved with one end of the fumigation tube and one end of the heat-conducting tube in a transition fit manner, and two pairs of assembly openings are opened inside the hoop ring, and rollers are arranged inside the hoop ring. This effectively avoids the defects of the prior art that the reliable reinforcement method of connecting one end of the fumigation tube with one end of the heat-conducting tube is very complicated, increases the time and effort of the staff during assembly, slows down the assembly speed, reduces the accuracy of the connection during assembly, and is not conducive to the reliability of the connection between one end of the fumigation tube and one end of the heat-conducting tube.

Description

Technical Field

[0001] The present invention relates to the technical field of tinnitus treatment, and in particular to a tinnitus treatment system. Background Art

[0002] Tinnitus is the result of different pathological changes of many diseases involving the auditory system. The etiology is complex and the mechanism is unclear. It is mainly manifested as the subjective perception of sound in the ear or brain without corresponding external sound source or electrical stimulation. Clinically, it is both a concomitant symptom of many diseases and the first symptom of some serious diseases (such as acoustic neuroma).

[0003] There are many acupuncture points on the ear, and all organs of the human body can find corresponding acupuncture points in the ear. Therefore, in addition to acupuncture and massage, the ear can also be treated with fumigation and moxibustion to treat tinnitus symptoms. Therefore, an ear fumigation and moxibustion device is introduced, which is mainly composed of a fumigation and moxibustion tube and a heat conduction tube. One end of the fumigation and moxibustion tube is connected to one end of the heat conduction tube, and their inner cavities are connected. The outer diameter of the fumigation and moxibustion tube is larger than the outer diameter of the heat conduction tube, and the outer diameter of the heat conduction tube matches the size of the inner hole of the human ear. The inner diameter of the fumigation and moxibustion tube matches the size of the moxa cone. The end of the fumigation and moxibustion tube that is not connected to the heat conduction tube is a bevel structure. The heat conduction tube is a frustum-shaped structure, and the large end of the frustum-shaped structure is connected to one end of the fumigation and moxibustion tube. A protrusion structure is provided on the small end of the frustum-shaped structure for easy positioning in the human ear. The protrusion structure is an arc-shaped or bead-shaped structure. The fumigation and moxibustion tube is a metal steel tube. The protrusion structure is a heat-resistant synthetic resin tube. The heat conduction tube is a heat-resistant synthetic resin tube. This provides a simple-structured, easy-to-use medical device for the inner ear fumigation treatment of tinnitus symptoms, and an auxiliary treatment device that will not cause burns to patients.

[0004] One end of the fumigation tube is connected to one end of the heat transfer tube via a pipe connector. When the pipe connector is used, one end of the fumigation tube is connected to one end of the heat transfer tube. When the connection is performed, screws are generally used for secure reinforcement. Such a secure reinforcement method is very complicated, which increases the time and effort of the staff during assembly, slows down the assembly speed, and there will be a considerable bending effect when the screw is rotated, which will reduce the accuracy of the connection during assembly, which is not conducive to the reliability of the connection between one end of the fumigation tube and one end of the heat transfer tube. Therefore, there is an urgent need for a type of pipe connector that can be efficiently decomposed to overcome such defects. Summary of the invention

[0005] In order to solve the above problems, the present invention provides a tinnitus treatment system, which effectively avoids the defects in the prior art that the secure reinforcement method for connecting one end of the fumigation tube with one end of the heat conduction tube is very complicated, increases the time and effort of the workers during assembly, slows down the assembly speed, reduces the accuracy of the connection during assembly, and is not conducive to the reliability of the connection between one end of the fumigation tube and one end of the heat conduction tube.

[0006] In order to overcome the deficiencies in the prior art, the present invention provides a solution for a tinnitus treatment system, which is as follows:

[0007] A tinnitus treatment system comprises a fumigation tube of an ear fumigation device and a heat conduction tube of the ear fumigation device, one end of the fumigation tube is connected to one end of the heat conduction tube, and their inner cavities are connected;

[0008] One end of the fumigation tube and one end of the heat conduction tube are connected via an improved pipe hoop, and the improved pipe hoop includes a hoop ring 2, and the outer surfaces of both ends of the hoop ring 2 are respectively sleeved with one end of the fumigation tube 3-1 and one end of the heat conduction tube 3-2 in a transition fit manner, and two pairs of assembly openings 4 are opened inside the hoop ring 2, and rollers 5 are arranged inside the hoop ring 2, and the outer surface of the rollers 5 is screwed to a traction strip 6, and the traction strip 6 passes through the outer surface of the hoop ring 2 and extends to the inside of the through opening 16.

[0009] The traction bar 6 has a right-angled ruler shape. In addition, the traction bar 6 rotates on the roller 5 with an arc of not less than π / 12. The outer surface of the hoop 2 is movably connected to a moving circle 7 between one end of the fumigation tube 3-1 and one end of the heat conduction tube 3-2.

[0010] The inner surface of the assembly port 4 is fixedly connected to an elastic member 8 for extrusion, the side of the elastic member 8 for extrusion close to the roller 5 is fixedly connected to a traction plate 9, the side of the traction plate 9 close to the roller 5 is fixedly connected to a connecting plate 10, the upper end of the traction plate 9 is fixedly connected to a stabilizing plate 11, the inside of the hoop 2 is movably connected to a plug-in plate 12 connected to the stabilizing plate 11, and the plug-in plate 12 passes through the outer surface of the hoop 2 and extends to the inside of the plug-in port 13.

[0011] The connecting plate 10 is bead-shaped in appearance, and a plug-in port 13 matching the size of the plug-in plate 12 is provided inside the fumigation tube 3 - 1 and inside the heat-conducting tube 3 - 2 .

[0012] The bottom surface of the assembly opening 4 is fixedly connected to an attached elastic member 15 , and the outer surface of the attached elastic member 15 is fixedly connected to a limiting ring on the bottom surface of the assembly opening 4 .

[0013] The upper end of the attached elastic member 15 is fixedly connected to the protrusion 14 , and the protrusion 14 is connected to the lower end of the traction bar 6 . In addition, the diameter of the protrusion 14 is higher than the inner diameter of the attached elastic member 15 , and a through hole 16 is opened inside the moving ring 7 .

[0014] The upper end of the stabilizing plate 11 and the lower end of the plug-in plate 12 are both made of cast stone.

[0015] The edge of the top of the protrusion 14 and the edge of the top of the stabilizing plate 11 are both smoothed.

[0016] The beneficial effects of the present invention are:

[0017] The improved pipe clamp of the present invention moves toward the traction strip 6 via the moving ring 7, thereby squeezing the traction strip 6 extending into the through-hole 16 downward, allowing the traction strip 6 to rotate on the roller 5, and the upper end of the traction strip 6 pulls the connecting plate 10 to squeeze the elastic member 8 for extrusion, thereby allowing the stabilizing plate 11 to move toward the elastic member 8 for extrusion, ensuring that the plug-in plate 12 moves downward, allowing the plug-in plate 12 to separate the connection with the plug-in port 13, thereby facilitating the operation of assembling one end of the fumigation tube and one end of the heat-conducting tube on the hoop 2, converting the previous screw connection structure, and improving the performance during assembly through the plug-in structure, and also improving the accuracy during connection, and the attached elastic member 15 provided at the lower end of the traction strip 6 ensures the task of the traction strip 6 after the rotation is completed, thereby preventing the unreliable performance caused by the shaking of the traction strip 6 and improving the reliability of the overall structure. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a partial cross-sectional view of the connection of the improved pipe clamp of the present invention.

[0019] Figure 2 It is a connection diagram of the improved pipe clamp of the present invention.

[0020] Figure 3 for Figure 2 The local graph at L. DETAILED DESCRIPTION

[0021] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0022] like Figure 1-Figure 3As shown, the tinnitus treatment system includes an ear fumigation moxibustion device, which is mainly composed of a fumigation tube of the ear fumigation moxibustion device and a heat conduction tube of the ear fumigation moxibustion device. One end of the fumigation tube is connected to one end of the heat conduction tube, and their inner cavities are connected; the outer diameter of the fumigation tube is larger than the outer diameter of the heat conduction tube, the outer diameter of the heat conduction tube matches the size of the inner hole of the human ear, and the inner diameter of the fumigation tube matches the size of the moxa cone. The end of the fumigation tube that is not connected to the heat conduction tube is a bevel-shaped structure. The heat conduction tube is a frustum-shaped structure, and the large end of the frustum-shaped structure is connected to one end of the fumigation tube. A protrusion structure that is easy to locate in the human ear is provided on the small end of the frustum-shaped structure. The protrusion structure is an arc-shaped or bead-shaped structure. The fumigation tube 1 is a metal steel tube. The protrusion structure is a heat-resistant synthetic resin tube. The heat conduction tube is a heat-resistant synthetic resin tube. This provides a simple structure, easy-to-use medical device for the inner ear fumigation treatment of tinnitus symptoms, and an auxiliary treatment device that will not cause burns to the patient. One end of the fumigation tube and one end of the heat-conducting tube are connected via an improved tube hoop, which includes a cylindrical hoop 2. The outer surfaces of both ends of the hoop 2 are respectively sleeved with one end of the fumigation tube 3-1 and one end of the heat-conducting tube 3-2 in a transition fit manner. Two pairs of assembly ports 4 are opened inside the hoop 2. A roller 5 is arranged inside the hoop 2. The outer surface of the roller 5 is screwed with a traction bar 6. The traction bar 6 passes through the outer surface of the hoop 2 and extends to the inside of the through-port 16. The outer shape of the traction bar 6 is a right-angled ruler. In addition, the arc size of the traction bar 6 rotating on the roller 5 is not less than π / 12. The outer surface of the hoop 2 is movably connected to a moving ring 7 between one end of the fumigation tube 3-1 and one end of the heat-conducting tube 3-2. The inner surface of the assembly port 4 is fixedly connected to an elastic member 8 for extrusion, which is a spiral beryllium copper wire. The side of the elastic member 8 for extrusion close to the roller 5 is fixedly connected to a plate-shaped traction plate 9, and the side of the traction plate 9 close to the roller 5 is fixedly connected to a connecting plate 10. The upper end of the traction plate 9 is fixedly connected to a stabilizing plate 11. The inside of the hoop 2 is movably connected to a plug-in plate 12 connected to the stabilizing plate 11, and the plug-in plate 12 passes through the outer surface of the hoop 2 and extends to the inside of the plug-in port 13. The outer shape of the connecting plate 10 is a bead-shaped, and the inside of the fumigation tube 3-1 and the inside of the heat-conducting tube 3-2 are provided with a plug-in port 13 that matches the size of the plug-in plate 12. The bottom surface of the assembly port 4 is fixedly connected to an attached elastic member 15, which is a spiral beryllium copper wire, and the outer surface of the attached elastic member 15 is fixedly connected to a limit ring on the bottom surface of the assembly port 4.The upper end of the attached elastic member 15 is fixedly connected to the plate-shaped protrusion 14, and the protrusion 14 is connected to the lower end of the traction bar 6. In addition, the diameter of the protrusion 14 is higher than the inner diameter of the attached elastic member 15. A through hole 16 is opened inside the moving ring 7, and the movement is performed on the traction bar 6 through the moving ring 7, so that the traction bar 6 extending into the through hole 16 is squeezed downward, and the traction bar 6 is rotated on the roller 5. The upper end of the traction bar 6 pulls the connecting plate 10 to squeeze the extrusion elastic member 8, so that the stabilizing plate 11 moves toward the extrusion elastic member 8, ensuring The plug-in board 12 moves downward, allowing the plug-in board 12 to separate the connection with the plug-in interface 13, which is conducive to the operation of assembling one end of the fumigation tube and one end of the heat-conducting tube on the hoop 2, converting the previous screw connection structure, and improving the performance during assembly through the plug-in structure, and also improving the accuracy during connection. In addition, the attached elastic member 15 provided at the lower end of the traction bar 6 ensures the task of the traction bar 6 after the rotation is realized, thereby preventing the unreliable performance caused by the shaking of the traction bar 6 and improving the reliability of the overall structure. The upper end of the plate-like stabilizing plate 11 and the lower end of the plate-like plug-in board 12 are both cast stone materials, which have good wear resistance. The edge of the top of the protrusion 14 and the edge of the top of the stabilizing plate 11 are both smoothed. The improved pipe clamp moves toward the traction strip 6 via the moving ring 7, thereby squeezing the traction strip 6 extending into the through-hole 16 downward, allowing the traction strip 6 to rotate on the roller 5, and the upper end of the traction strip 6 pulls the connecting plate 10 to squeeze the extrusion elastic member 8, thereby allowing the stabilizing plate 11 to move toward the extrusion elastic member 8, ensuring that the plug-in plate 12 moves downward, allowing the plug-in plate 12 to separate the plug-in connection with the plug-in interface 13, thereby facilitating the operation of assembling one end of the fumigation tube and one end of the heat-conducting tube on the hoop 2, converting the previous screw connection structure, and improving the assembly process through the plug-in structure. The performance of the invention is improved, and the accuracy of the connection is improved. In addition, an elastic member 15 is provided at the lower end of the traction bar 6 to ensure the task of the traction bar 6 after the rotation is completed, thereby preventing the unreliable performance caused by the shaking of the traction bar 6, improving the reliability of the overall structure, and avoiding the current reliable reinforcement method of connecting one end of the fumigation tube with one end of the heat transfer tube, which is very complicated, increases the time and effort of the staff during assembly, slows down the assembly speed, reduces the accuracy of the connection during assembly, and is not conducive to the reliability of the connection between one end of the fumigation tube and one end of the heat transfer tube.

[0023] With the development of Internet of Things technology, in order to remotely detect the temperature of the wall of the heat-conducting tube of the ear fumigation moxibustion device, a temperature sensor is arranged on the wall of the heat-conducting tube of the ear fumigation moxibustion device, the temperature sensor is connected to the controller, the controller is connected to the wireless communication module, the wireless communication module is connected to the monitoring device in the wireless network through a transfer station in the wireless network, the wireless communication module can be a WIFI module, the wireless network can be WLAN, the controller can be a single-chip microcomputer or a PLC, the monitoring device can be a PC or a laptop computer, and commonly used is that under the condition that there are several monitoring devices, there is only one transfer station in the wireless network, and the transfer station can be an intermediate server, so that the intermediate server can receive the temperature data collected by the temperature sensor, that is, the temperature sensor sends the temperature data of the wall of the heat-conducting tube of the ear fumigation moxibustion device to the controller, and the controller is connected to the monitoring device in the wireless network through the wireless communication module. The communication module is transmitted to the intermediate server, and the intermediate server stores the temperature data of the wall of the heat-conducting tube of the ear fumigation device and calculates the arithmetic mean of the transmitted temperature data at regular intervals to obtain the temperature average. The intermediate server can send the temperature data of the wall of the heat-conducting tube of the ear fumigation device in batches at regular intervals, and the temperature average must be transmitted by means of the query instruction of the monitoring device, that is, when the monitoring device needs to obtain a temperature average, it must transmit a query message to the intermediate server. After the intermediate server receives the query message, it can transmit the temperature average to the monitoring device or send the temperature average in batches; because under the current association mode, each temperature average monitoring device must request the intermediate server, so the transmission performance of temperature data and temperature average is not high, and it will also bring a lot of pressure on the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device. To improve the transmission performance of temperature data and temperature average, and reduce the pressure of the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device, after improvement, there is the following method for transmitting temperature data and temperature average, which is specifically:

[0024] A temperature sensor is arranged on the wall of the heat-conducting tube of the ear fumigation and moxibustion device, the temperature sensor is connected to the controller, the controller is connected to the wireless communication module, the wireless communication module is connected to the monitoring device in the wireless network through a transfer station in the wireless network, the wireless communication module can be a WIFI module, the wireless network can be a WLAN, the controller can be a single-chip microcomputer or a PLC, the monitoring device can be a PC or a laptop computer, and it is commonly used that, under the condition that there are several monitoring devices, there is only one transfer station in the wireless network, and the transfer station can be an intermediate server, so that the intermediate server can receive the temperature data collected by the temperature sensor, that is, the temperature sensor sends the temperature data of the wall of the heat-conducting tube of the ear fumigation and moxibustion device to the controller, and the controller transmits it to the intermediate server through the wireless communication module, and the intermediate server stores the temperature data of the wall of the heat-conducting tube of the ear fumigation and moxibustion device and calculates the arithmetic mean of the transmitted temperature data regularly to obtain the temperature mean, and then the temperature mean and the temperature data are transmitted to the monitoring device in the wireless network via the intermediate server;

[0025] The method of transmitting to the monitoring device in the wireless network via the intermediate server, the method running in the intermediate server, includes the following manner:

[0026] SA-1: The identification codes of several temperature data and temperature average values ​​2 currently applied are determined through temperature data and temperature average value 1, wherein the temperature data and temperature average value 1 represent the temperature data and temperature average value currently sent in batches by the intermediate server at regular intervals, and the several temperature data and temperature average value 2 represent the temperature data and temperature average value other than the temperature data and temperature average value included in the temperature data and temperature average value 1.

[0027] SA-2: Determine the transmission status of the plurality of temperature data and the temperature average value 2 by using the identification codes of the plurality of temperature data and the temperature average value 2.

[0028] SA-3: Send the temperature data and temperature average value 1 in batches, wherein the temperature data and temperature average value 1 include the identification codes and transmission status of the plurality of temperature data and temperature average value 2, and the transmission status is used to indicate whether the corresponding temperature data and temperature average value 2 are in the process of transmission.

[0029] The intermediate server can determine the identification codes of the currently applied several temperature data and temperature average value 2 through the temperature data and temperature average value 1, and determine the transmission status of the several temperature data and temperature average value 2 based on the identification codes of the several temperature data and temperature average value 2, so as to group-send the temperature data and temperature average value 1 including the identification codes and transmission status of the several temperature data and temperature average value 2, and the transmission status is used to represent whether the corresponding temperature data and temperature average value 2 are in the process of transmission, the temperature data and temperature average value 1 refer to the temperature data and temperature average that are periodically group-sent by the intermediate server, and the temperature data and temperature average 2 refer to the temperature data and temperature average other than the temperature data and temperature average included in the temperature data and temperature average value 1. Because the temperature data and temperature average 1 include the transmission status of each temperature data and temperature average 2, after the monitoring device receives the temperature data and temperature average sent by the intermediate server group, it can determine whether the temperature data and temperature average 2 currently needed are in the process of transmission based on the temperature data and temperature average 1. If they are in the process of transmission, the temperature data and temperature average 2 can be directly obtained based on the information of the intermediate server in the process of transmission, without having to request them from the intermediate server, and the intermediate server does not have to transmit the temperature data and temperature average 2 again. This improves the performance of transmitting temperature data and temperature average, and reduces the pressure of the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device.

[0030] The transfer conditions include transfer condition 1 and transfer condition 2, wherein transfer condition 1 is used to represent that the corresponding temperature data and the temperature average value 2 are in the process of transfer, and transfer condition 2 is used to represent that the corresponding temperature data and the temperature average value 2 are not transferred.

[0031] For each temperature data and temperature average 2 among the several temperature data and temperature average 2, when the transmission situation of the temperature data and temperature average 2 is transmission situation 1, the temperature data and temperature average 1 also include the transmission method of the temperature data and temperature average 2, and the transmission method includes a group transmission method or a point-to-point method.

[0032] For each temperature data and temperature average 2 among the plurality of temperature data and temperature average 2, when the temperature data and temperature average 2 are transmitted in a group transmission manner, the temperature data and temperature average 1 also include the group transmission address of the temperature data and temperature average 2.

[0033] The method of transmitting to the monitoring device in the wireless network via the intermediate server, the method running in the monitoring device, includes the following manner:

[0034] SB-1: Receive temperature data and temperature average 1 sent in batches by the intermediate server. The first information includes identification codes and transmission status of several temperature data and temperature average 2. The transmission status is used to represent whether the corresponding temperature data and temperature average 2 are in the process of transmission. The temperature data and temperature average 1 refer to the temperature data and temperature average sent in batches by the intermediate server at regular intervals. The several temperature data and temperature average 2 refer to temperature data and temperature average other than the temperature data and temperature average included in the temperature data and temperature average 1.

[0035] SB-2: When it is necessary to obtain the target temperature data and the temperature mean, the transmission status of the target temperature data and the temperature mean is obtained through the temperature data and the temperature mean one by using the identification code of the target temperature data and the temperature mean, and the target temperature data and the temperature mean is any one of the several temperature data and the temperature mean two.

[0036] SB-3: When it is determined that the target temperature data and the temperature average are being transferred based on the transfer status of the target temperature data and the temperature average, the target temperature data and the temperature average are obtained based on the information that the intermediate server is being transferred.

[0037] The monitoring device can receive the temperature data and temperature average 1 sent by the intermediate server group, because the temperature data and temperature average 1 include the identification codes and transmission conditions of several temperature data and temperature average 2 supported by the intermediate server. Therefore, when the monitoring device needs to obtain the target temperature data and temperature average, it can obtain the transmission condition of the target temperature data and temperature average through the temperature data and temperature average 1. The target temperature data and temperature average is any one of the several temperature data and temperature average 2. If it is determined that the target temperature data and temperature average are in the process of transmission based on the transmission condition of the target temperature data and temperature average, the target temperature data and temperature average can be directly obtained based on the information that the intermediate server is in the process of transmission, without having to request it from the intermediate server, and the intermediate server does not have to transmit the temperature data and temperature average 2 again. Therefore, the performance of transmitting temperature data and temperature average is improved, and the pressure of the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device is reduced.

[0038] Before obtaining the target temperature data and the temperature mean by means of the information being transmitted by the intermediate server, the method further includes:

[0039] Determine whether the transfer status of the target temperature data and the temperature mean is transfer status 1, where transfer status 1 is used to represent that the target temperature data and the temperature mean are in transfer;

[0040] When the transfer condition of the target temperature data and the temperature mean is the transfer condition 1, it is determined that the target temperature data and the temperature mean are in transfer.

[0041] The target temperature data and the temperature mean are obtained by means of the information being transmitted by the intermediate server, including:

[0042] By combining the temperature data and the temperature mean, a transmission method of obtaining the target temperature data and the temperature mean is obtained;

[0043] When the target temperature data and the temperature average are transmitted in a group transmission mode, a group transmission address of the target temperature data and the temperature average is obtained through the temperature data and the temperature average;

[0044] By means of the mass address, the target temperature data and the average temperature are obtained from the information being transmitted via the intermediate server.

[0045] The method of transmitting to the monitoring device in the wireless network via the intermediate server, the communication parties of the method are the intermediate server and the monitoring device, and the method includes the following manner:

[0046] SC-1: The intermediate server determines the identification codes of several temperature data and temperature average values ​​2 currently applied through temperature data and temperature average value 1, wherein temperature data and temperature average value 1 represent the temperature data and temperature average currently sent in batches by the intermediate server at regular intervals, and several temperature data and temperature average value 2 represent temperature data and temperature average other than the temperature data and temperature average included in temperature data and temperature average value 1.

[0047] The temperature data and the temperature average value 1 can include the identification codes of several temperature data and the temperature average value 2 currently used by the intermediate server, so the intermediate server can determine the identification codes of the several temperature data and the temperature average value 2 from the temperature data and the temperature average value 1.

[0048] SC-2: The intermediate server determines the transmission status of the plurality of temperature data and the second temperature average value by means of the identification codes of the plurality of temperature data and the second temperature average value, and the transmission status is used to represent whether the corresponding temperature data and the second temperature average value are in the process of transmission.

[0049] The intermediate server can determine the several temperature data and the temperature average 2 supported by the intermediate server by means of the identification codes of the several temperature data and the temperature average 2, and thereby determine whether each temperature data and the temperature average 2 in the several temperature data and the temperature average 2 is in the process of transmission, that is, to determine the transmission status of each temperature data and the temperature average 2 in the several temperature data and the temperature average 2.

[0050] SC-3: The intermediate server sends the temperature data and the temperature average value 1 in a group, and the temperature data and the temperature average value 1 include the identification codes and transmission status of the temperature data and the temperature average value 2.

[0051] After determining the transmission status of each temperature data and temperature average 2 among the several temperature data and temperature average 2, the intermediate server can add the transmission status of each temperature data and temperature average 2 to the group-sent temperature data and temperature average 1 to indicate whether the corresponding temperature data and temperature average 2 are in the process of transmission.

[0052] Here, the intermediate server can periodically group-send the temperature data and the temperature average value 1. The timing duration of the group-sending of the temperature data and the temperature average value 1 can be pre-set by the intermediate server, and can also be determined by a pre-set agreement between the intermediate server and the monitoring device.

[0053] The transfer situation may include a transfer situation 1 and a transfer situation 2, wherein the transfer situation 1 is used to represent that the corresponding temperature data and the temperature average value 2 are in the process of transfer, and the transfer situation 2 is used to represent that the corresponding temperature data and the temperature average value 2 are not transferred.

[0054] Taking into account that among the several temperature data and temperature average 2, some temperature data and temperature average 2 may be transmitted by the intermediate server, while some temperature data and temperature average 2 may not be transmitted by the intermediate server, it is necessary to clearly represent whether each temperature data and temperature average 2 is in the process of transmission. The transmission status can include the above two transmission status.

[0055] A pair of different situation identification codes can be used to represent the above two transmission situations respectively, such as situation identification code 1 can represent transmission situation 1, and situation identification code 2 can represent transmission situation 2. For example, the situation identification code 1 can be X, and the situation identification code 2 can be Y.

[0056] For each temperature data and temperature average 2 among the several temperature data and temperature average 2, when the transmission situation of the temperature data and temperature average 2 is transmission situation 1, the temperature data and temperature average 1 can also include a transmission method of the temperature data and temperature average 2, and the transmission method includes a group transmission method or a point-to-point method.

[0057] That is, for the temperature data and the temperature average 2 that are in transmission, the intermediate server can also determine the transmission method of the temperature data and the temperature average 2, that is, to determine that the temperature data and the temperature average 2 are being transmitted in a group manner, or in a point-to-point manner, and the transmission method of the temperature data and the temperature average 2 is represented in the temperature data and the temperature average 1.

[0058] Two identical transmission representative identifiers can be used to represent the above two transmission modes respectively, just as transmission identifier one can be used to represent the group transmission mode and transmission identifier two can be used to represent the point-to-point mode; just as transmission identifier one can be R and transmission identifier two can be S.

[0059] For each temperature data and temperature average 2 among the plurality of temperature data and temperature average 2, when the temperature data and temperature average 2 are transmitted in a group transmission manner, the temperature data and temperature average 1 also include the group transmission address of the temperature data and temperature average 2.

[0060] That is, for the temperature data and the temperature average value 2 being transmitted via mass messaging, the intermediate server can further identify the mass messaging address of the temperature data and the temperature average value 2, and represent the mass messaging address of the temperature data and the temperature average value 2 in the temperature data and the temperature average value 1.

[0061] SC-4: The monitoring device receives the temperature data and temperature average sent by the intermediate server.

[0062] The monitoring equipment connected to the intermediate server can receive the temperature data and temperature average sent by the intermediate server.

[0063] SC-5: When it is necessary to obtain the target temperature data and the temperature average, the monitoring device obtains the transmission status of the target temperature data and the temperature average through the temperature data and the temperature average one by relying on the identification code of the target temperature data and the temperature average, and the target temperature data and the temperature average is any one of the several temperature data and the temperature average two.

[0064] When the target temperature data and the temperature average value need to be obtained, the monitoring device can retrieve the corresponding transmission status of the identification code of the target temperature data and the temperature average value from the temperature data and the temperature average value, and determine the corresponding transmission status of the identification code of the target temperature data and the temperature average value as the transmission status of the target temperature data and the temperature average value. Then, it can be determined whether the target temperature data and the temperature average value are in the process of transmission based on the transmission status of the target temperature data and the temperature average value.

[0065] The period of determining whether the target temperature data and the temperature mean are in the process of transmission based on the transmission conditions of the target temperature data and the temperature mean includes: determining whether the transmission condition of the target temperature data and the temperature mean is transmission condition one; when the transmission condition of the target temperature data and the temperature mean is the transmission condition one, determining that the target temperature data and the temperature mean are in the process of transmission; when the transmission condition of the target temperature data and the temperature mean is the transmission condition two, determining that the target temperature data and the temperature mean are not transmitted.

[0066] SC-6: When it is determined that the target temperature data and the temperature average are being transmitted based on the transmission status of the target temperature data and the temperature average, the monitoring device obtains the target temperature data and the temperature average based on the information that the intermediate server is in the process of transmission.

[0067] Here, the process of obtaining the target temperature data and the temperature average by means of the information being transmitted by the intermediate server includes: obtaining the transmission method of the target temperature data and the temperature average through the temperature data and the temperature average; when the transmission method of the target temperature data and the temperature average is a group transmission method, obtaining the group transmission address of the target temperature data and the temperature average through the temperature data and the temperature average; obtaining the target temperature data and the temperature average from the information being transmitted by the intermediate server by means of the group transmission address.

[0068] When it is determined that the target temperature data and the temperature mean are not being transmitted based on the transmission of the target temperature data and the temperature mean, or when it is determined that the target temperature data and the temperature mean are being transmitted based on the transmission of the target temperature data and the temperature mean and the transmission method is point-to-point, the monitoring device can transmit a query message to the intermediate server, and the query message has an identification code of the target temperature data and the temperature mean, which is used to request the intermediate server to transmit the target temperature data and the temperature mean to the monitoring device. After the intermediate server receives the query message, it can transmit the target temperature data and the temperature mean to the monitoring device.

[0069] That is, when one of the monitoring devices connected to the intermediate server needs to obtain the target temperature data and the temperature average, among the several temperature data and the temperature average that the intermediate server can use, some of the temperature data and the temperature average may be transmitted by the intermediate server, and some of the temperature data and the temperature average may not be transmitted. In addition, among the temperature data and the temperature average being transmitted, some may be transmitted in a group manner, and some may be transmitted in a point-to-point manner; for the temperature data and the temperature average transmitted in a group manner, if the monitoring device knows the group address of the temperature data and the temperature average, it can receive the target temperature data and the temperature average being transmitted by the intermediate server through the group address; for the temperature data and the temperature average transmitted in a point-to-point manner, because the temperature data and the temperature average are transmitted from the intermediate server to another monitoring device in an end-to-end manner rather than in a group manner, the monitoring device will not be able to receive the temperature data and the temperature average.

[0070] Therefore, when the target temperature data and the temperature average are not being transmitted, the monitoring device can only request them from the intermediate server. When the target temperature data and the temperature average are being transmitted, the monitoring device can retrieve the transmission mode of the target temperature data and the temperature average from the temperature data and the temperature average. If the transmission mode of the target temperature data and the temperature average is a mass transmission mode, the monitoring device can directly receive the target temperature data and the temperature average being mass-sent by the intermediate server with the mass transmission address of the target temperature data and the temperature average; and if the transmission mode of the target temperature data and the temperature average is a point-to-point mode, the monitoring device also needs to request them from the intermediate server.

[0071] By receiving the target temperature data and temperature average being mass-sent by the intermediate server through the mass-sending address of the target temperature data and temperature average, the monitoring device is prevented from having to transmit a request to the intermediate server to obtain the target temperature data and temperature average, thereby improving the transmission performance of the target temperature data and temperature average and also preventing the intermediate server from having to mass-send the target temperature data and temperature average again, thereby reducing the pressure on the intermediate server to coordinate the transmission of messages or instructions between the intermediate server and the monitoring device.

[0072] Here, the target temperature data and temperature average are only expressed as any one of the temperature data and temperature average values ​​2 supported by the intermediate server. In actual practice, different intermediate servers may use different temperature data and temperature average values ​​2. The temperature data and temperature average 2 required by the monitoring device may not be among the temperature data and temperature average 2 currently supported by the corresponding intermediate server. Therefore, when the monitoring device needs to obtain temperature data and temperature average 2, it can also first determine whether the temperature data and temperature average 1 contain the identification code of the required temperature data and temperature average 2. When it has the identification code of the required temperature data and temperature average 2, continue to execute SC-5 and SC-6. Otherwise, SC-5 and SC-6 will not be executed, and it will not be requested from the intermediate server.

[0073] The intermediate server can determine the identification codes of the currently applied several temperature data and temperature average value 2 from the temperature data and temperature average value 1, and determine the transmission status of the several temperature data and temperature average value 2 based on the identification codes of the several temperature data and temperature average value 2, so as to group-send the temperature data and temperature average value 1 including the identification codes and transmission status of the several temperature data and temperature average value 2. The transmission status is used to represent whether the corresponding temperature data and temperature average value 2 are in the process of transmission. The temperature data and temperature average value 1 refer to the temperature data and temperature average value that are group-sent by the intermediate server at regular intervals, and the temperature data and temperature average value 2 refer to the temperature data and temperature average value other than the temperature data and temperature average value included in the temperature data and temperature average value 1. Because the temperature data and temperature average 1 include the transmission status of each temperature data and temperature average 2, after the monitoring device receives the temperature data and temperature average sent by the intermediate server group, it can determine whether the temperature data and temperature average 2 currently needed are in the process of transmission based on the temperature data and temperature average 1. If they are in the process of transmission, the temperature data and temperature average 2 can be directly obtained from the information of the intermediate server in the process of transmission, without having to request them from the intermediate server, and the intermediate server does not have to transmit the temperature data and temperature average 2 again. This improves the performance of transmitting temperature data and temperature average, and reduces the pressure of the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device.

[0074] The intermediate server can determine the identification codes of the currently applied several temperature data and temperature average value 2 through the temperature data and temperature average value 1, and determine the transmission status of the several temperature data and temperature average value 2 by relying on the identification codes of the several temperature data and temperature average value 2, so as to group-send the temperature data and temperature average value 1 including the identification codes and transmission status of the several temperature data and temperature average value 2. The transmission status is used to represent whether the corresponding temperature data and temperature average value 2 are in the process of transmission. The temperature data and temperature average value 1 refer to the temperature data and temperature average value that are group-sent by the intermediate server at regular intervals, and the temperature data and temperature average value 2 refer to the temperature data and temperature average value other than the temperature data and temperature average value included in the temperature data and temperature average value 1. Because the temperature data and temperature average 1 include the transmission conditions of each temperature data and temperature average 2, after the monitoring device receives the temperature data and temperature average sent by the intermediate server group, it can determine that it can directly obtain the temperature data and temperature average 2 from the information being transmitted by the intermediate server based on the temperature data and temperature average 1, without having to request it from the intermediate server, and the intermediate server does not have to transmit the temperature data and temperature average 2 again. This improves the performance of transmitting temperature data and temperature averages and reduces the pressure on the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device.

[0075] The intermediate server comprises:

[0076] A determining unit 1 is used to determine the identification codes of a plurality of temperature data and a temperature average value 2 currently applied through the temperature data and the temperature average value 1, wherein the temperature data and the temperature average value 1 represent the temperature data and the temperature average value currently sent by the intermediate server on a regular basis, and the plurality of temperature data and the temperature average value 2 represent the temperature data and the temperature average value other than the temperature data and the temperature average value included in the temperature data and the temperature average value 1;

[0077] A second determination unit, used to determine the transmission status of the plurality of temperature data and the second temperature average value by means of the identification codes of the plurality of temperature data and the second temperature average value;

[0078] The group sending unit is used to: send the temperature data and temperature average value 1 in groups, wherein the temperature data and temperature average value 1 include the identification codes and transmission status of the several temperature data and temperature average value 2, and the transmission status is used to represent whether the corresponding temperature data and temperature average value 2 are in the process of transmission.

[0079] The transfer conditions include transfer condition 1 and transfer condition 2, wherein transfer condition 1 is used to represent that the corresponding temperature data and the temperature average value 2 are in the process of transfer, and transfer condition 2 is used to represent that the corresponding temperature data and the temperature average value 2 are not transferred.

[0080] For each temperature data and temperature average 2 among the several temperature data and temperature average 2, when the transmission situation of the temperature data and temperature average 2 is transmission situation 1, the temperature data and temperature average 1 also include the transmission method of the temperature data and temperature average 2, and the transmission method includes a group transmission method or a point-to-point method.

[0081] For each temperature data and temperature average 2 among the plurality of temperature data and temperature average 2, when the temperature data and temperature average 2 are transmitted in a group transmission manner, the temperature data and temperature average 1 also include the group transmission address of the temperature data and temperature average 2.

[0082] In this way, the identification codes of the currently used temperature data and temperature average value 2 can be determined through the temperature data and temperature average value 1, and the transmission status of the temperature data and temperature average value 2 can be determined based on the identification codes of the temperature data and temperature average value 2, so as to group-send the temperature data and temperature average value 1 including the identification codes and transmission status of the temperature data and temperature average value 2. The transmission status is used to represent whether the corresponding temperature data and temperature average value 2 are in the process of transmission. The temperature data and temperature average value 1 refer to the temperature data and temperature average that are periodically group-sent by the intermediate server, and the temperature data and temperature average value 2 refer to the temperature data and temperature average other than the temperature data and temperature average included in the temperature data and temperature average value 1. Because the temperature data and temperature average 1 include the transmission status of each temperature data and temperature average 2, after the monitoring device receives the temperature data and temperature average sent by the intermediate server group, it can determine whether the temperature data and temperature average 2 currently needed are in the process of transmission based on the temperature data and temperature average 1. If they are in the process of transmission, the temperature data and temperature average 2 can be directly obtained based on the information of the intermediate server in the process of transmission, without having to request them from the intermediate server, and the intermediate server does not have to transmit the temperature data and temperature average 2 again. This improves the performance of transmitting temperature data and temperature average, and reduces the pressure of the intermediate server to control the coordinated transmission of messages or instructions between the intermediate server and the monitoring device.

[0083] The monitoring device comprises:

[0084] A receiving unit, used for receiving temperature data and temperature average value 1 sent in a group by an intermediate server, the first information including identification codes and transmission conditions of a plurality of temperature data and temperature average value 2, the transmission condition being used to indicate whether the corresponding temperature data and temperature average value 2 are in transmission, the temperature data and temperature average value 1 refer to the temperature data and temperature average sent in a group by the intermediate server at a fixed time, and the plurality of temperature data and temperature average value 2 refer to the temperature data and temperature average value other than the temperature data and temperature average value included in the temperature data and temperature average value 1;

[0085] The first obtaining unit is used to obtain the transmission status of the target temperature data and the temperature average through the temperature data and the temperature average one by using the identification code of the target temperature data and the temperature average when the target temperature data and the temperature average need to be obtained. The target temperature data and the temperature average are any one of the plurality of temperature data and the temperature average two;

[0086] The second obtaining unit is used to obtain the target temperature data and the temperature average by means of information that the intermediate server is in the process of transmission when it is determined that the target temperature data and the temperature average are in the process of transmission by means of the transmission status of the target temperature data and the temperature average.

[0087] The present invention has been described above in an illustrative manner using embodiments. Those skilled in the art should understand that the present disclosure is not limited to the embodiments described above, and that various changes, modifications and substitutions may be made without departing from the scope of the present invention.

Claims

1. A tinnitus treatment system, comprising a fumigation tube of an ear fumigation device and a heat conduction tube of the ear fumigation device, one end of the fumigation tube is connected to one end of the heat conduction tube, and their inner cavities are connected; It is characterized in that One end of the fumigation tube and one end of the heat-conducting tube are connected via an improved tube hoop, and the improved tube hoop comprises a hoop ring, and the outer surfaces of both ends of the hoop ring are respectively sleeved with one end of the fumigation tube and one end of the heat-conducting tube in a transition fit manner, and the inside of the hoop ring is provided with two pairs of assembly openings, and the inside of the hoop ring is provided with a roller, and the outer surface of the roller is screwed with a traction strip, and the traction strip passes through the outer surface of the hoop ring and extends to the inside of the through opening; The traction bar has a right-angled ruler shape, and the traction bar rotates on the roller with an arc of not less than π / 12. The outer surface of the hoop is movably connected to a moving ring between one end of the fumigation tube and one end of the heat conduction tube. The inner surface of the assembly port is fixedly connected to an elastic member for extrusion, the side of the elastic member for extrusion close to the roller is fixedly connected to a traction plate, the side of the traction plate close to the roller is fixedly connected to a connecting plate, the upper end of the traction plate is fixedly connected to a stabilizing plate, the inside of the hoop is movably connected to a plug-in plate connected to the stabilizing plate, and the plug-in plate passes through the outer surface of the hoop and extends to the inside of the plug port; The connecting plate is bead-shaped, and the inside of the fumigation tube and the inside of the heat-conducting tube are provided with plug-in ports that match the size of the plug-in plate; The bottom surface of the assembly opening is fixedly connected to an attached elastic member, and the outer surface of the attached elastic member is fixedly connected to a limiting ring on the bottom surface of the assembly opening; The upper end of the attached elastic member is fixedly connected to a protrusion, the protrusion is connected to the lower end of the traction strip, and the diameter of the protrusion is higher than the inner diameter of the attached elastic member, and a through hole is opened inside the moving ring; The upper end of the stabilizing plate and the lower end of the plug-in plate are both made of cast stone material; The edge of the top of the protrusion and the edge of the top of the stabilizing plate are both smoothed.

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