Intelligent gynecological vagina treatment device and combined treatment method

Abstract

The invention relates to a gynecological intelligent vagina treatment device and a combined treatment method. The intelligent gynecological vagina treatment device comprises an examination system, a discrimination system and a treatment system. Specifically, the examination system comprises an image acquisition module and a lesion sampling module, the image acquisition module can quickly acquire images in the vagina, and the judgment system is responsible for judging and recognizing the acquired images and outputting a vaginal lesion area. Meanwhile, the lesion sampling module is used for conducting sampling examination on the lesion area, an examination result is output through an examination device in the treatment device, and the judgment system outputs the vaginal lesion type according to the examination result. On the basis, the treatment system gives out a combined treatment scheme according to the lesion area and the lesion type of the lesion area. The method has the advantages that the vaginal lesion position and lesion type can be quickly and accurately determined, and the problem of vaginal lesion can be effectively solved by the combined treatment scheme.

Description

Technical Field

[0001] The present invention discloses a medical intelligent treatment device, and in particular, a gynecological vaginal intelligent treatment device and a combined treatment method. Background Art

[0002] In recent years, with the rapid development of artificial algorithms and computers, the advantages of intelligent treatment devices in the field of medical instruments are particularly significant. With the help of databases, computers can identify lesions that are difficult to observe with the naked eye, thereby improving diagnostic efficiency and accuracy. Artificial intelligence technology can dynamically compare and analyze vaginal lesion images, avoiding the influence of subjective factors, assisting doctors in diagnosis, and greatly improving the accuracy of identifying lesion areas and lesion types. Artificial intelligence is not easily affected by the environment and fatigue level, and has the advantages of high diagnostic efficiency, high accuracy and good repeatability. At the same time, it also solves the treatment problem in areas with insufficient medical care.

[0003] Normal estrogen plays an important protective role in the female body. However, with social pressure and aging, women's estrogen levels face severe challenges. Once estrogen decreases, it may cause many gynecological diseases. If these problems are not dealt with in time, serious consequences will occur, such as: (1) Under the action of estrogen, the female internal reproductive organs maintain a stable and balanced state and will not shift in the abdomen. Once estrogen decreases, this stable system is broken, causing the organs near the female pelvis to fall collectively, resulting in an ugly body shape in mild cases and even uterine prolapse, vaginal bulge, rectal prolapse, urinary incontinence, etc. in severe cases; (2) When female estrogen decreases, it will reduce the absorption of calcium in the bones, and women will be more susceptible to osteoporosis. (3) The uterus remains plump as the estrogen level increases. Once estrogen decreases, the uterus will shrink, causing menstrual disorders and even menopause and loss of reproductive function. The diagnosis of vaginal lesions involves high-standard gynecological examinations, observations and judgments, which requires a large amount of medical resources and places higher demands on the professional knowledge and clinical experience of doctors. For underdeveloped or remote areas, there is a severe shortage of professionals in this field.

[0004] In summary, the combination of artificial intelligence technology, mechanical equipment and medical knowledge has brought huge development opportunities for the examination and treatment of gynecological diseases. The emergence of gynecological vaginal intelligent treatment devices and combined treatment methods can not only improve the efficiency and accuracy of diagnosis, but also effectively solve the problem of insufficient capacity and doctor resources of primary gynecologists. Summary of the invention

[0005] The present invention provides a gynecological vaginal intelligent treatment device and a combined treatment method, which solves the problem that it is difficult to identify vaginal lesions with the naked eye, improves diagnostic efficiency and accuracy, and also solves the problem of insufficient capabilities and medical resources of primary gynecologists.

[0006] A gynecological vaginal intelligent treatment device, characterized in that it comprises: an inspection system, a discrimination system and a treatment system.

[0007] The inspection system includes an image acquisition module and a lesion sampling module. The image acquisition module is used for collecting images in the vagina and transmitting the collected images to the discrimination system. The image acquisition module includes: an illumination light source, a camera, a movable light source, a bracket, a roller, a data cable, and a bracket adjustment button. The lesion sampling module is used for sampling the vaginal lesion area and transmitting the collected lesion samples to the detector of the discrimination system. The lesion sampling module includes: a sampler and a robotic arm; The discrimination system is used to identify the vaginal lesion area and lesion type, and transmit the vaginal lesion area and lesion type information to the treatment system. The discrimination system includes: a detector, a database, a computer, and a display; The treatment system provides the best treatment plan based on the obtained vaginal lesion information. The treatment system includes: a massage module, an injection module and a photoelectric treatment module.

[0008] Furthermore, the lighting source is an LED light source, the camera is a CCD camera, and the bracket is a stainless steel rocker bracket.

[0009] Furthermore, the sampler includes a gynecological swab and a sampling needle.

[0010] Furthermore, the massage module includes a massage gun, a special connection device and a massage head. The special connection device includes a movable rod, a shock-absorbing layer, a sound-absorbing layer and a shell. The massage head includes a spherical massage head and a vertebral massage head.

[0011] Furthermore, the injection module includes an upper lobe, a lower lobe, a syringe, a syringe hose, a bracket ring, and a photoelectric therapy hole. The upper lobe and the lower lobe can be made of stainless steel or plastic; the syringe is fixed to the upper lobe by a rigid connection; the bracket ring is fixed to the lower lobe by a rigid connection; the syringe hose runs through the bracket ring. The photoelectric therapy hole can realize the injection therapy and photoelectric therapy functions at the same time.

[0012] Furthermore, the photoelectric treatment module includes Femily, vaginal Thermage, Fotona 4D, and vaginal ultrasonic knife.

[0013] A gynecological vaginal intelligent combined treatment method, characterized in that the method includes the following steps: S1 The image acquisition module acquires images of the inside of the vagina and transmits the acquired images to the identification system, and determines the vaginal lesion area based on image comparison in the database; S2 The lesion sampling module collects lesion samples from the lesion area, puts the collected lesion samples into the detector for detection, and then transmits the detection results to the database to determine the type of vaginal lesions; S3: When the lesion is type 1, the massage module can be combined with the injection module for treatment; S4: When the lesion is type 2, massage module, injection module and photoelectric therapy module can be used for treatment; S5: When the lesion is type 3, the injection module combined with the massage module can be used for treatment; Furthermore, the massage module uses gynecological lubricating oil to perform massage therapy on the inside and outside of the vagina. The massage therapy includes lifting the front wall of the vagina and pressing the back wall of the vagina to accelerate blood circulation and dredge meridians, and can improve the effects of injection therapy and photoelectric therapy.

[0014] Furthermore, the injection module treatment includes vaginal mucosal injection, vulvar subcutaneous injection, vaginal G-spot intramuscular injection and exosome vaginal mucosal injection.

[0015] The invention relates to the field of gynecology, and provides an intelligent vaginal treatment device and a combined treatment method. Traditional vaginal examinations have the problem that it is difficult to identify the lesion area with the naked eye, resulting in low diagnostic efficiency and accuracy. This intelligent treatment device, by applying advanced imaging technology, can clearly display the situation inside the vagina, helping doctors to quickly and accurately determine the location and extent of the lesion. In addition, the intelligent design of the device can also assist primary gynecologists in making preliminary diagnoses, alleviating the problem of insufficient medical resources. At the same time, the treatment function of the device is also very practical. It can customize combined treatment plans according to the specific lesion conditions, providing patients with a more comprehensive and integrated treatment plan, demonstrating the unique advantages and innovations of the present invention in the field of gynecological vaginal lesion treatment. In short, the present invention provides a reliable and efficient gynecological vaginal treatment plan, which is of great significance for improving the level of gynecological diagnosis and treatment and optimizing the allocation of medical resources. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 A schematic diagram of a gynecological vaginal intelligent treatment device and a combined treatment method proposed by the present invention; Figure 2 A schematic diagram of a gynecological vaginal intelligent treatment device proposed by the present invention; Figure 3 This is a front view schematic diagram of a camera with an illumination light source provided by the present invention; Figure 4 This is a schematic diagram of the massage module proposed by the present invention; Figure 5 This is a front view of the special connection device in the massage module proposed by the present invention; Figure 6This is a schematic diagram of the injection module proposed by the present invention.

[0017] In the figure: 1. Inspection system; 11. Image acquisition module; 111. Camera; 112. Light source; 113. Movable light source; 114. Joystick bracket; 115. Bracket adjustment button; 116. Roller; 117. Data cable; 12. Lesion sampling module; 121. Sampler; 121a. Gynecological swab; 121b. Sampling needle tube; 122. Robotic arm; 2. Identification system; 21. Detector; 22. Database; 23. Computer; 24. Display; 3. Treatment system; 31. Massage module; 311. Massage gun; 312. Special connecting device; 312a. Movable rod; 312b. Shock-absorbing layer; 312c. Sound-absorbing layer; 312d. Shell; 313. Massage head; 32. Injection module; 321. Upper leaf; 322. Lower leaf; 323. Syringe; 324. Syringe hose; 325. Bracket ring; 326. Photoelectric treatment hole; 33. Photoelectric treatment module. DETAILED DESCRIPTION In order to more clearly illustrate the purpose, technical solutions and advantages of the present invention, the present invention will be further described in detail in conjunction with the accompanying drawings and embodiments. It should be particularly noted that the specific embodiments involved below are only intended to explain the present invention, rather than to limit it. Example

[0019] Figure 2 The figure is a schematic diagram of a gynecological vagina intelligent treatment device proposed by the present invention. The gynecological vagina intelligent treatment device comprises the following functional systems: an inspection system 1, a discrimination system 2 and a treatment system 3.

[0020] The inspection system 1 includes an image acquisition module and a lesion sampling module. The image acquisition module 11 includes a camera 111, an illumination light source 112, a movable light source 113, a remote sensing bracket 114, a bracket adjustment button 115, a roller 116 and a data line 117, which are used to collect images in the vagina and transmit the collected images to the discrimination system 2 for analysis. The lesion sampling module 12 includes a sampler 121 and a mechanical arm 122, which are used to sample the vaginal lesion area and transmit the collected lesion samples to the detector 21 of the discrimination system 2 for further diagnosis.

[0021] The discrimination system 2 is used to identify the vaginal lesion area and lesion type, and transmit the relevant information to the treatment system 3. The discrimination system 3 includes a detector 21, a database 22, a computer 23 and a display 24 to achieve accurate identification and classification of vaginal lesions. The treatment system 3 provides the patient with the best treatment plan based on the obtained vaginal lesion information. The treatment system 3 includes a massage module 31, an injection module 32 and a photoelectric treatment module 33 to provide patients with comprehensive treatment support.

[0022] In the specific implementation, the lighting source adopts LED light source, the camera adopts CCD camera, and the remote sensing bracket adopts stainless steel rocker bracket to ensure sufficient lighting and stable support. The sampler 121 includes a gynecological swab 121a and a sampling needle tube 121b, which can effectively realize the accurate collection of lesion samples according to different lesion types. The massage module 31 includes a massage gun 311, a special connection device 312 and different types of massage heads 313 to provide personalized massage treatment for patients. The injection module 32 includes an upper leaf 321, a lower leaf 322, a syringe 323, a syringe hose 324, a bracket ring 325 and a photoelectric treatment hole 326, wherein the upper leaf 321 and the lower leaf 322 can be made of stainless steel or plastic, and the syringe 323 is fixed to the upper part of the upper leaf 321 by rigid connection, and the syringe hose 324 passes through the bracket ring 325 to realize the accurate injection of the drug. The photoelectric treatment hole can realize injection treatment and photoelectric treatment at the same time. Through this design, patients can enjoy the benefits of photoelectric therapy while receiving injection treatment, effectively improving the treatment effect and comfort.

[0023] Figure 1 The present invention provides a flow chart of a gynecological vagina intelligent treatment device and a combined treatment method, a gynecological vagina intelligent combined treatment method, characterized in that the method comprises the following steps: S1: The image acquisition module acquires high-resolution images of the patient's vagina and transmits the acquired images to the identification system. By comparing them with the images in the database, the vaginal lesion area is accurately determined; S2: The lesion sampling module accurately samples the located lesion area, places the lesion sample into the detector for comprehensive analysis, and then transmits the test results to the database to determine the type of vaginal lesion; S3: If the lesion type is 1, the massage module can be combined with the injection module to develop a treatment plan; S4: If the lesion type is 2, the massage module, injection module and photoelectric therapy module can be used to implement treatment measures; S5: If the lesion type is 3, the injection module combined with the massage module can be used as a treatment plan.

[0024] Furthermore, the massage module uses special gynecological lubricant to perform precise massage treatment on the inside and outside of the vagina. The massage treatment includes lifting the front wall of the vagina and pressing the back wall of the vagina, aiming to promote blood circulation and dredge meridians, thereby enhancing the effects of injection treatment and photoelectric treatment.

[0025] Furthermore, the injection module treatment plan covers a variety of methods such as vaginal mucosal injection, vulvar subcutaneous injection, vaginal G-spot intramuscular injection, and exosome vaginal mucosal injection. By combining massage therapy, injection therapy and photoelectric therapy, patients can enjoy the benefits of different combined treatment methods at the same time. Injection therapy can accurately deliver drugs to the lesion area and treat the lesion in a targeted manner. Photoelectric therapy uses the effect of light energy to treat the lesion tissue through specific light sources and parameters, which has the advantages of non-invasiveness and significant efficacy. Example

[0026] The detailed working process of an intelligent vaginal treatment device and combined treatment method is as follows: First, the height and direction of the camera are adjusted by the bracket adjustment button 115 to ensure that the camera can accurately align with the patient's diagnosis site, and the movable light source is adjusted to improve the clarity and quality of the captured image. The camera collects images of the inside of the vagina in a clockwise, outside-to-inward order, establishes a mapping relationship between the captured image and the coordinate position, and transmits the captured image to the discrimination system. Next, the database image information in the discrimination system is compared to identify the image of the vaginal lesion and determine its location. Subsequently, the coordinates of the vaginal lesion are transmitted to the lesion sampling module through the mapping relationship between the captured image and the coordinates. Subsequently, the robotic arm rotates the sampler to the vaginal lesion area, uses a gynecological swab and a sampling needle tube to take a lesion sample, and transmits the taken lesion sample to the detector for detection. The detected data results will be transmitted to the database to determine the type of vaginal lesion. Then, the information of the vaginal disease area and the type of vaginal lesion is transmitted to the computer, and the vaginal lesion information is output according to the medical diagnosis system in the computer, and the diagnosed lesion information is transmitted to the treatment system to determine the treatment method. Example

[0027] When the collected images show obvious redness, swelling and edema behind the perineum, the massage module combined with the injection module can be used for treatment. The specific measures are: first, apply gynecological lubricant on the patient's internal and external vagina, and then use a massager with a round massage head for massage treatment to achieve the effects of enhancing sexual desire, improving energy, strengthening the kidneys and consolidating essence, and unblocking meridians. During the massage, the intensity and frequency can be adjusted appropriately to help promote local blood circulation and relieve symptoms such as redness, swelling and edema. At the same time, aim the syringe containing PRP (platelet-rich plasma) at the subcutaneous part of the vulva for injection treatment to accelerate the tissue repair and recovery process. Example

[0028] If the vaginal lesion area shows symptoms such as vaginal congestion and brittleness, vaginal mucosal damage, aging, atrophy, local mucosal old scars, poor mucosal elasticity, pale color, flat folds, and little secretion, injection and photoelectric module can be used for combined treatment. The specific process is: use the photoelectric treatment module to treat the vaginal lesion area for one week, and promote local tissue repair and metabolism and improve the mucosal state through appropriate light energy and frequency. At the same time, use a syringe containing Oga exosomes to inject the vaginal mucosa to promote tissue regeneration and repair, improve mucosal elasticity and maintain the healthy state of the mucosa. Example

[0029] When the collected images show that the vulva is shrunken, massage, injection and photoelectric modules can be used for combined treatment. The specific process is: the lesion area is treated with a massage module and a photoelectric treatment module. After one week, the lesion area is treated with a massage module and an injection module. The massage treatment is to compress the posterior wall of the vagina, and the injection treatment is to inject PRP (platelet-rich plasma) subcutaneously into the vulva.

[0030] The above is only a preferred specific implementation of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field, within the technical scope disclosed by the present invention, shall make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention, which shall be covered within the protection scope of the present invention. This means that without departing from the original technical idea of ​​the present invention, the specific implementation method can be appropriately adjusted or changed to meet the needs of practical applications. Therefore, the protection scope of the present invention should be defined according to the specific content of the claims, including but not limited to the specific technical features and technical effects described in the attached claims.

Claims

1. A gynecological vaginal intelligent treatment device, characterized in that: include: Inspection system, identification system and treatment system. The inspection system includes an image acquisition module and a lesion sampling module. The image acquisition module is used for collecting images in the vagina and transmitting the collected images to the discrimination system. The image acquisition module includes: an illumination light source, a camera, a movable light source, a bracket, a roller, a data cable, and a bracket adjustment button. The lesion sampling module is used for sampling the vaginal lesion area and transmitting the collected lesion samples to the detector of the discrimination system. The lesion sampling module includes: a sampler and a robotic arm. The discrimination system is used to identify the vaginal lesion area and lesion type, and transmit the vaginal lesion area and lesion type information to the treatment system. The discrimination system includes: a detector, a database, a computer, and a display. The treatment system provides the best treatment plan based on the obtained vaginal lesion information. The treatment system includes: a massage module, an injection module and a photoelectric treatment module. A gynecological vaginal intelligent combined treatment method, characterized in that the method includes the following steps: The S1 image acquisition module acquires images of the inside of the vagina and transmits the acquired images to the discrimination system, and determines the vaginal lesion area based on image comparison in the database; The S2 lesion sampling module collects lesion samples from the lesion area, puts the collected lesion samples into the detector for detection, and then transmits the detection results to the database to determine the type of vaginal lesions; S3: When the lesion is type 1, the massage module can be combined with the injection module for treatment; S4: When the lesion type is 2, massage module, injection module and photoelectric therapy module can be used for treatment; When S5 is lesion type 3, the injection module combined with the massage module can be used for treatment.

2. The gynecological vaginal intelligent treatment device according to claim 1, characterized in that: The lighting source is an LED light source, the camera is a CCD camera, and the bracket is a stainless steel rocker bracket.

3. The gynecological vaginal intelligent treatment device according to claim 1, characterized in that: The sampler comprises a gynecological swab and a sampling needle tube.

4. The gynecological vaginal intelligent treatment device according to claim 1, characterized in that: The massage module includes a massage gun, a special connection device and a massage head. The special connection device includes a movable rod, a shock-absorbing layer, a sound-absorbing layer and a shell. The massage head includes a spherical massage head and a vertebral massage head.

5. The gynecological vaginal intelligent treatment device according to claim 1, characterized in that: The injection module includes an upper lobe, a lower lobe, a syringe, a syringe hose, a bracket ring, and a photoelectric therapy hole. A bracket ring is arranged inside the upper lobe, the syringe is located just above the rear end of the upper lobe, the injection port of the syringe is fixedly connected to the syringe hose, the syringe hose passes through the bracket ring, and the photoelectric therapy hole is located above the front and back of the upper lobe.

6. The gynecological vaginal intelligent combined treatment method according to claim 1, characterized in that: The massage module uses gynecological lubricating oil to perform massage treatment on the inside and outside of the vagina.

7. The gynecological vaginal intelligent combined treatment method according to claim 1, characterized in that: The injection module treatment includes vaginal mucosal injection, vulvar subcutaneous injection, vaginal G-spot intramuscular injection and exosome vaginal mucosal injection.

8. The gynecological vaginal intelligent combined treatment method according to claim 1, characterized in that: The photoelectric treatment modules include Femily, vaginal Thermage, Fotona 4D, and vaginal ultrasound.

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