CN114224379A

CN114224379A - Gynecological diagnosis and treatment equipment

Info

Publication number: CN114224379A
Application number: CN202111476733.9A
Authority: CN
Inventors: 张志忠; 孟建文; 商超; 吴芸; 刘尊亮
Original assignee: Jiangsu Leo Information Technology Co ltd
Current assignee: Jiangsu Leo Information Technology Co ltd
Priority date: 2021-12-06
Filing date: 2021-12-06
Publication date: 2022-03-25

Abstract

A gynecological diagnosis and treatment equipment belongs to the gynecological health field of a medical and health system, and is characterized in that it is mainly composed of an ultrasonic unit, a control unit, a booster unit and an image unit. The invention abandons the need for the existing equipment on the market to rely on lipiodol and X-ray machines that are potentially harmful to the human body, so that a thorough diagnosis and inspection of infertility patients can be performed. The invention uses physiological saline as the medium and the ultrasonic image detection method instead, so that the infertility patients can be checked safely, accurately and thoroughly, and then targeted treatment can be performed according to the diagnosis results. The advent of the gynecological diagnosis and treatment equipment can effectively replace the physical injury and misdiagnosis of patients that may be caused by the existing gynecological diagnosis and treatment equipment and ancillary facilities during the detection process. Its integrated intelligent liquid injection diagnosis and ultrasound image diagnosis are integrated, which is more convenient for clinical use and operation. The gynecological diagnosis and treatment equipment can be widely used in the gynecological health field of the medical and health system.

Description

Gynecological diagnosis and treatment equipment

Technical Field

The invention relates to medical equipment, in particular to child health diagnosis and treatment equipment, and specifically relates to gynecological diagnosis and treatment equipment.

Background

In the field of women and children belonging to the medical health system, for the diagnosis and treatment of the patients with infertility and infertility, although the conditional gynecological hospital can replace the past manual diagnosis mode with an advanced oviduct liquid-passing diagnosis and treatment device, even the disease causes of the patients with infertility and infertility can be further diagnosed by means of iodized oil infusion and an X-ray machine. However, this practice, which relies on iodine oil infusion and X-ray apparatus, can cause potential and irreparable harm to the patient. Therefore, a gynecological oviduct diagnosis device capable of replacing the harmful liquid and the detection device is produced.

Disclosure of Invention

The invention aims to design gynecological diagnosis and treatment equipment capable of completing infertility reason examination only by injecting physiological saline to solve the problems that the conventional gynecological infertility detection is prone to causing potential and irreparable damage to patients by iodized oil infusion and an X-ray machine

The technical scheme of the invention is as follows:

a gynecological diagnosis and treatment device is characterized by mainly comprising an ultrasonic unit (1), a control unit (2), an image unit (3) and a boosting unit (4). The accurate diagnosis and treatment of the patients with infertility can be realized by the ultrasonic unit, the control unit and the boosting unit and by means of the image display unit. The linked diagnosis mode has the characteristics of accurate diagnosis, safety, reliability and simple and convenient operation. The boosting unit only needs to adopt normal saline as an injection medium, the intelligent diagnosis function diagnoses whether the patient is in an oviduct blocking, unsmooth or unblocked state, and the ultrasonic unit can be intelligently linked under the unblocked diagnosis result, the control unit controls the bracket component by virtue of the ultrasonic probe at the front end of the bracket arm, and then the ultrasonic probe is driven to move up and down, left and right or back and forth, so that the oviduct part of the patient can be scanned, and the infertility patient can be accurately diagnosed whether the infertility patient is caused by perforation of the oviduct tube wall under the unblocked diagnosis result. Therefore, the targeted treatment can be performed on the infertility patients according to the accurate diagnosis result, the potential damage to the patients caused by the current auxiliary means of iodized oil and an X-ray machine is abandoned, and the qualitative leap in the gynecological diagnosis and treatment field is realized.

The bracket component of the ultrasonic unit 1 consists of a bracket base 1-1, an ultrasonic probe 1-2, a front bracket arm 1-3, a signal wire 1-4, a rear bracket arm 1-5, a front steering shaft 1-6 and a rear steering shaft 1-7; the boosting unit 4 consists of a booster 4-1 and an injector 4-2. The combined diagnosis of the control unit 2 and the boosting unit 4 can judge whether the oviduct of the patient suffering from infertility is in a blocked, blocked or unblocked state; when the judgment result is in a unblocked state, the control unit 2 randomly starts the ultrasonic unit 1 to act, the ultrasonic probe 1-2 at the front end of the bracket component scans the part of the oviduct of the patient, the image unit 3 displays and stores the image, whether the unblocked state of the oviduct is misdiagnosed as a normal diagnosis result or not due to perforation of the tube wall of the oviduct when the liquid injection is in the unblocked state can be completely and accurately judged, and therefore the state of an illness can be accurately judged, and a follow-up clinician can perform targeted illness treatment on the patient.

The invention has the beneficial effects that:

the invention breaks through the problem that the prior gynecological field of medical and health systems generally adopts the modes of iodine oil injection and X-ray machine scanning for further diagnosing the disease causes when diagnosing the patients with infertility, thereby possibly causing potential harm to human bodies. The invention can only adopt common physiological saline as a medium and adopts an ultrasonic image scanning mode to carry out thorough diagnosis and examination on the infertility patient, and has the characteristics of safety and reliability in the diagnosis process, accurate diagnosis result and simple and convenient operation. The potential damage to patients caused by the iodine oil injection and the X-ray machine in clinical use is fundamentally avoided. The invention uses the injection assisting liquid system and the ultrasonic image diagnosis and fusion into an integrated mode to implement the diagnosis and treatment of the gynecological infertility. The diagnosis result is accurate, the diagnosis and treatment process is safe, the operation mode is simple and convenient, and the diagnosis and treatment device is a qualitative leap of the diagnosis and treatment history of the gynecological infertility diagnosis and treatment device.

Drawings

FIG. 1 is a block diagram of the system components of the present invention.

Fig. 2 is a schematic structural view of an ultrasonic single-use stent assembly of the present invention.

Fig. 3 is a schematic structural diagram of the boosting assembly of the present invention.

In the figure, 1 is an ultrasonic unit, 1-1 is a support base, 1-2 is an ultrasonic probe, 1-3 is a front support arm, 1-4 is a signal line, 1-5 is a rear support arm, 1-6 is a front steering shaft, 1-7 is a rear steering shaft, 2 is a control unit, 3 is an image unit, 4 is a boosting unit, 4-1 is a booster, 4-2 is an injector.

Detailed Description

The invention is further illustrated by the following figures and examples.

As shown in fig. 1-3.

Fig. 1 shows a block diagram of a gynecological diagnosis and treatment device according to the present invention. The composition unit is composed of an ultrasonic unit 1, a control unit 2, an image unit 3 and a boosting unit 4. The ultrasonic unit 1 and the boosting unit 4 are respectively controlled by the instruction of the control unit 2, and the measurement and diagnosis results are displayed by the image unit 3 for subsequent targeted treatment of the patient. The ultrasonic unit 1, the control unit 2, the image unit 3 and the boosting unit 4 can be realized by adopting the prior art, particularly, the ultrasonic unit and the boosting unit can be directly purchased from the market, the main body part of the image unit is purchased from the market, the display software can be realized by adopting the prior art, the control unit 2 can be self-made and customized and is the existing control technology, and the technical personnel in the field can be compiled and realized according to the technical requirements without creative labor.

Fig. 2 shows the structural composition of a bracket assembly included in the ultrasound unit 1, and the bracket assembly is composed of a bracket base 1-1, an ultrasound probe 1-2, a front bracket arm 1-3, a signal line 1-4, a rear bracket arm 1-5, a front steering shaft 1-6, and a rear steering shaft 1-7. Under the command of the control unit 2, the bracket assembly can drive the ultrasonic probe 1-2 to move up and down, back and forth or left and right. The scanning movement of the device is respectively rotated by the linkage action of a front end steering shaft 1-6 and a rear end steering shaft 1-7, so that a front support arm 1-3 and a rear support arm 1-5 are driven to perform steering displacement action; in addition, the ultrasonic probe 1-2 is controlled by the control unit 2 connected with the signal line 1-4, the ultrasonic probe 1-2 can scan the abdominal region of the oviduct and uterine cavity of the patient in a veneering way, the control unit 2 processes images to obtain required diagnostic images, the image unit 3 displays the scanned images, and the images required by scanning can be stored for the clinician to check so as to carry out targeted treatment in the subsequent process.

Fig. 3 shows a boosting assembly included in the boosting unit 4 according to the present invention, which is composed of a booster 4-1 and an injector 4-2. The injector 4-2 can be clamped in a corresponding clamping groove of the booster 4-1, and the booster 4-1 receives the instruction of the control unit 2 and can push or reset the pumping rod of the injector 4-2 to move back and forth. Therefore, the injector 4-2 which is previously pumped with a certain volume of normal saline is used for receiving the instruction action of the control unit 2 during diagnosis and treatment, and the normal saline is injected into the uterine cavity and the oviduct of the patient along the cervix of the patient by the injector 4-2 for the diagnosis of the patient with infertility.

The injector 4-2 shown in figure 3 needs to be inserted into the cervix of a patient through a medical liquid tube for liquid injection in clinical diagnosis and treatment, an intelligent program set by the control unit 2 judges whether the fallopian tube of the patient is blocked, unblocked or unblocked after liquid injection diagnosis, and diagnostic parameters including pressure, liquid injection speed and liquid injection volume can be displayed in real time by the image unit 3; when a certain numerical value is detected in diagnosis, the injector can be prompted by an alarm or stopped by an intelligent program set by the control unit 2, so that the safety of a patient in the diagnosis and treatment process is ensured.

In the clinical diagnosis and treatment of the gynecological diagnosis and treatment equipment, the control unit 2 and the boosting unit 4 are combined to diagnose the patients with infertility, the diagnosis result is blocked, unblocked and unblocked, and real-time parameters in the diagnosis process can be displayed through the image unit 3. In the diagnosis process, the boosting unit 4 feeds back the real-time measurement parameters to the control unit 2, and the intelligent program set by the control unit 2 diagnoses the state of the oviduct of the patient. When the oviduct of the patient is in a smooth state by the combined diagnosis, the control unit 2 randomly starts the ultrasonic unit 1 to act, so that the ultrasonic probe 1-2 is driven to scan and move in the vertical, front-back and left-right directions on the abdominal surface where the uterine cavity and the oviduct part of the patient are positioned, and the scanned image can be displayed through the image unit 3. The ultrasonic probe 1-2 scans the displayed image to judge whether the oviduct of the patient is the perforation of the tube wall and the part where the perforation is located under the unblocked diagnosis state, and then the accurate disease cause under the unblocked liquid injection state can be judged; instead of the smooth state of the diagnosis result, the oviduct of the patient is judged to be in a normal state by mistake, so that the accurate diagnosis result of the state of the illness can be given by combining ultrasonic diagnosis, and a clinician can carry out subsequent targeted treatment on the patient.

The gynecological diagnosis and treatment equipment breaks through the field of gynecological health of medical health systems in the market, has inherent defects in diagnosing and treating patients with infertility, and can judge the accurate disease cause of the patients by means of iodized oil and an X-ray machine which have potential harm to human bodies for further diagnosing the real disease cause of the patients with the infertility under the condition of smooth oviduct in the process of diagnosing and treating the patients with the infertility. The invention integrates the liquid-flowing detection and the ultrasonic detection into a whole, can completely and accurately detect the real disease cause of the infertility patient by only adopting the method of filling liquid by using normal saline as a medium and detecting an ultrasonic image, and has the characteristics of ensuring the safety of the patient in the detection process, having the accuracy of the detection result and presenting the simplicity of the operation mode. The appearance of the integrated gynecological diagnosis and treatment equipment can completely replace the existing diagnosis and treatment equipment and accessory facilities for patients with infertility on the market.

The parts of the invention not described are the same as or can be implemented using the prior art.

Claims

1. The utility model provides a diagnosis and treatment equipment of gynaecology which characterized by: the device consists of an ultrasonic unit (1), a control unit (2), an image unit (3) and a boosting unit (4), and realizes accurate diagnosis and treatment of patients with infertility by the ultrasonic unit (1), the control unit (2) and the boosting unit (4) and by means of the image unit (3); the boosting unit (4) only needs to adopt normal saline as an injection medium, the intelligent diagnosis function diagnoses whether the patient is in the state of oviduct blockage, obstruction or unblocked, and the intelligent linkage ultrasonic unit can intelligently link the ultrasonic unit under the unblocked diagnosis result, and the control unit controls the bracket component by virtue of the ultrasonic probe at the front end of the bracket arm, so as to drive the ultrasonic probe to move up and down, left and right or back and forth, thereby realizing the scanning of the oviduct part of the patient, and accurately diagnosing whether the infertility patient is caused by the perforation of the tube wall of the oviduct under the unblocked diagnosis result; therefore, the targeted treatment can be performed on the infertility patients according to the accurate diagnosis result, the potential damage to the patients caused by the current auxiliary means of iodized oil and an X-ray machine is abandoned, and the qualitative leap in the gynecological diagnosis and treatment field is realized.

2. The gynecological medical treatment device according to claim 1, characterized in that: the ultrasonic unit (1) comprises a bracket assembly which is composed of a bracket base (1-1), an ultrasonic probe (1-2), a front bracket arm (1-3), a signal wire (1-4), a rear bracket arm (1-5), a front steering shaft (1-6) and a rear steering shaft (1-7).

3. The gynecological medical treatment device according to claim 1, characterized in that: the boosting unit (4) is composed of a booster (4-1) and an injector (4-2).

4. The gynecological medical treatment device according to claim 1, characterized in that: the ultrasonic unit (1) and the control unit (2) form an ultrasonic detection system; the boosting unit (4) and the control unit (2) form a boosting detection system.

5. The gynecological medical treatment device according to claim 2, characterized in that: the ultrasonic probe (1-2) is arranged at the end part of the front support arm (1-3), and the front support arm (1-3) and the rear support arm (1-5) drive the ultrasonic probe (1-2) to scan up and down, left and right or front and back through the linkage of the front steering shaft (1-6) and the rear steering shaft (1-7).

6. The gynecological medical treatment device according to claim 3, characterized in that: the injector (4-2) can be clamped in a clamping groove of the booster (4-1), and the pushing or resetting action is controlled by the instruction of the control unit (2).