WO2017128514A1

WO2017128514A1 - Multifunctional delivery assisting instrument for use during the total course of labor

Info

Publication number: WO2017128514A1
Application number: PCT/CN2016/077943
Authority: WO
Inventors: 黄志强; 赵少飞; 王茂宇; 黄郁恒
Original assignee: 三九军大（厦门）医疗器械有限公司
Priority date: 2016-01-29
Filing date: 2016-03-31
Publication date: 2017-08-03
Also published as: CN105726102A

Abstract

Disclosed is a multifunctional delivery assisting instrument for use during the total course of labor, comprising a master control device (10), an abdominal pressure belt device (30) electrically connected to the master control device (10) and an external operation device (20). The abdominal pressure belt device (30) comprises an abdominal pressure belt air bag device (31) and an abdominal pressure belt vibrating device (32). The abdominal pressure belt air bag device (31) is used for applying abdominal pressure during the course of labor, and the abdominal pressure belt vibrating device (32) is used for preventing and reducing bleeding after delivery. The external operation device (20) is used for inputting control commands for controlling the working condition of the abdominal pressure belt device (30) and the working condition of the abdominal pressure belt vibrating device (32). The multifunctional delivery assisting instrument for use during the total course of labor comprises the abdominal pressure belt device (30) and the external operation device (20). A user can control the abdominal pressure belt device (30) by means of the external operation device (20). Spontaneous delivery can be assisted with by using the abdominal pressure belt air bag device (31) in a safe, efficient, non-invasive and no side-effect manner, and the course of labor is shortened. The abdominal pressure belt vibrating device (32) can prevent and reduce bleeding after delivery, relieve the labor pain of puerperae, promote spontaneous delivery, reduce the Caesarean delivery rate, and improve the obstetric quality.

Description

Full-yield multi-functional midwifery instrument

Technical field

The invention relates to the technical field of midwifery medical equipment, and more particularly to a full-product multifunctional midwifery instrument.

Background technique

At present, the commonly used emergency measures for the lack of productivity in the second stage of labor are oxytocin, vaginal device midwifery, cesarean section, artificial abdominal pressurization. However, the abdominal abdomen press-fed midwifery method is still widely used at home and abroad, rude, universal, and undisclosed, but it is very effective in carrying out, and has obvious birth-assisting effects. After analysis, the above-mentioned midwifery means have the following disadvantages.

1, oxytocin: each maternal physical quality is different, the sensitivity and response to oxytocin are not the same, it is difficult to control the amount of use, a small amount of grasp is not easy to cause the palace to break.

2, vaginal device midwifery: vaginal devices usually have vaginal dilator, forceps, fetal head suction three. Pregnant women with vaginal dilatation have a greater impact, increase the amount of bleeding, increase the pain of childbirth; forceps and fetal head suction are all acting on the head of the fetus, a slight accident will directly hurt the child to the baby.

3, cesarean section: laparotomy is a trauma to both the mental and physical aspects of the mother. Caesarean section is already an operation and is associated with a corresponding risk. Major bleeding and secondary injuries may occur during surgery, and urinary, cardiovascular, respiratory and other systemic complications may occur after surgery. And postoperative uterine incision healing may occur, late postpartum bleeding, abdominal wall sinus formation, long-term incision non-healing, intestinal adhesion or endometriosis. Postoperative uterine and systemic recovery is slower than natural delivery. During pregnancy and childbirth, it is possible to rupture from the incision of the atomic palace, and the uterus ruptures. If the original incision is not well healed, the laparotomy should be performed again during childbirth, resulting in long-term adverse effects. In caesarean section newborns, respiratory distress syndrome may occur.

4, artificial abdominal pressure: At present, the abdominal pressure is different, the weight is different, and the messy push of the fundus to force the baby to deliver the adverse outcome. Because of the small area, the pressure is strong, and it is easy to cause uneven pressure, improper parts, different methods, and no pressure safety detection and monitoring, which may cause damage to the mother and child, occasional placental abruption, The occurrence of uterine rupture.

Summary of the invention

The invention provides a full-yield multi-functional midwifery instrument, which is capable of assisting natural childbirth, preventing and reducing postpartum hemorrhage, shortening labor process, reducing maternal labor pain, promoting natural childbirth, reducing cesarean section rate and improving by safe, effective, non-invasive and side effects. Obstetric quality.

The invention provides a full-process multi-functional midwifery instrument, comprising a main control device and an electrical connection with the main control device:

Abdominal pressure belt device, including abdominal pressure airbag device and abdominal pressure belt vibration device, abdominal pressure belt airbag device for adding abdominal pressure during labor, abdominal pressure belt vibration device for preventing and reducing postpartum hemorrhage;

An external operating device for inputting a control command for controlling the working state of the abdominal pressure belt device and the working state of the abdominal pressure belt vibration device.

Further, the abdominal pressure airbag device includes a connected airbag air pump device and an airbag, and the abdominal pressure belt vibration device includes a connected vibration control device and a vibrator, and the airbag air pump device and the vibration control device are electrically connected to the main control device.

Further, the full-process multi-functional midwifery instrument comprises a main body and an accessory, and the main body is equipped with a main control device and an air bag gas. The pump device and the vibration control device are also provided with an electrical connection board, and the main body and the accessory are connected by an electrical connection board.

Further, the main body is further provided with a blood pressure detecting module connected to the main control device, and the accessory includes a blood pressure cuff electrically connected to the blood pressure detecting module.

Further, the host body is further provided with a pulse oxygen detecting module connected to the main control device, and the accessory comprises a blood oxygen probe electrically connected to the blood pressure detecting module.

Further, the main body is further provided with a fetal monitoring module connected to the main control device, and the accessory comprises an ultrasonic probe electrically connected to the fetal monitoring module.

Further, the external operation device includes a button panel integrally provided on the main body, a touch panel display, and/or a pregnant woman control handle electrically connected to the electrical connection board through the cable.

Further, a printer electrically connected to the main control device is disposed on the main body, and a printer paper exit is disposed on the casing of the main body.

Further, the main body is further provided with an alarm device electrically connected to the main control device, and the alarm device includes an alarm speaker and/or an alarm indicator.

Further, an emergency stop button electrically connected to the main control device is further disposed on the main body.

The beneficial effects of the invention:

The full-time multi-functional midwifery instrument of the invention comprises an abdominal pressure belt device and an external operation device, and the user can control the abdominal pressure belt device through the external operation device, which can not only assist the natural delivery through the abdominal pressure air balloon device, but also can effectively assist the natural delivery without side effects. The labor process can also prevent and reduce postpartum hemorrhage through the abdominal pressure belt vibration device, reduce the pain of maternal delivery, promote natural childbirth, reduce the cesarean section rate, and improve the quality of obstetrics. The invention avoids the abdominal pressure method such as pressing with a long cloth, pushing the bottom of the palace by hand, fist and elbow, and even pressing the human body against the abdomen of the mother, and standardizing the standard of maternal abdominal pressurization while filling foreign countries. A technical gap in the domestic physical therapy for the third stage of obstetric delivery.

DRAWINGS

The accompanying drawings, which are incorporated in the claims In the drawing:

1 is a schematic diagram showing the internal functional structure of a main body of a full-product multifunctional midwifery instrument according to a preferred embodiment of the present invention;

2 is a front view showing the structure of a full-product multifunctional midwifery instrument according to a preferred embodiment of the present invention;

3 is a schematic rear view showing the structure of a full-product multifunctional midwifery instrument according to a preferred embodiment of the present invention;

4 is a schematic right side view of a full-process multi-functional midwifery meter according to a preferred embodiment of the present invention;

Figure 5 is a schematic view showing the state of use of the full-product multifunctional midwifery instrument of the preferred embodiment of the present invention;

Figure 6 is a front view showing the structure of the abdominal pressure belt device of the full-product multifunctional midwifery device according to a preferred embodiment of the present invention;

Figure 7 is a front view showing the structure of the abdominal pressure belt device of the full-product multifunctional midwifery device according to a preferred embodiment of the present invention;

8 is a schematic view of an inflation system with a pregnant woman control handle of a full-product multifunctional midwifery instrument according to a preferred embodiment of the present invention;

9 is a schematic diagram of an inflation system with a gas-filled power-off protection device of a full-product multifunctional midwifery instrument according to a preferred embodiment of the present invention;

Fig. 10 is a schematic view showing the system structure of a full-product multifunctional midwifery instrument according to a preferred embodiment of the present invention.

Reference mark:

10, the main control device; 20, external operating device; 30, abdominal pressure belt device; 31, abdominal pressure air balloon device; 311, air bag air pump device; 312, inflatable air bag; 313, inflatable power failure protection device; 32, abdominal pressure belt Vibration device; 321, vibrator; 33, first gas valve; 34, second gas valve; 35, pressure sensing device; 40, pregnant woman control handle; 41, heat dissipation vent; 42, electrical connection plate; Pipe hook; 44, emergency stop button; 45, alarm speaker; 51, probe card structure; 52, printer; 53, accessories drawer; 54, pulley; 55, moving handle; 56, control panel; 57, touch screen display 60, blood pressure detection module; 70, pulse oxygen detection module; 80, fetal monitoring module; 91, abdominal pressure belt front; 92, abdominal pressure belt reverse side; 93, magic belt hook surface; 94, magic belt suede; The vibrator is placed.

detailed description

The invention will be described in detail below with reference to the drawings in conjunction with the embodiments. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict.

6 to 10, a preferred embodiment of the present invention provides a full-time multi-functional midwifery device, including a main control device 10 and an electrical connection with the main control device 10: a abdominal pressure belt device 30, including a abdominal pressure air balloon device 31 and abdominal pressure belt vibration device 32, abdominal pressure belt airbag device for adding abdominal pressure during labor, abdominal pressure belt vibration device 32 for preventing and reducing post-delivery bleeding; external operation device 20 for input control abdominal pressure belt The operating state of the device 30 and the control command of the operating state of the abdominal pressure belt vibration device 32.

The full-time multi-functional midwifery device of the invention comprises an abdominal pressure belt device 30 and an external operation device 20, and the user can control the abdominal pressure belt device 30 through the external operation device 20, which can not only be safely and effectively wounded by the abdominal pressure airbag device 31, but also has no side effects. Assist in natural childbirth, shorten the labor process, and prevent and reduce postpartum hemorrhage through abdominal pressure belt vibration device 32, reduce maternal labor pain, promote natural childbirth, reduce cesarean section rate, and improve obstetric quality. The invention avoids the abdominal pressure method such as pressing with a long cloth, pushing the bottom of the palace by hand, fist and elbow, and even pressing the human body against the abdomen of the mother, and standardizing the standard of maternal abdominal pressurization while filling foreign countries. A technical gap in the domestic physical therapy for the third stage of obstetric delivery.

The abdominal pressure belt device 30 is shaped according to the shape of the rib arch and the uterus, and is wrapped with a material suitable for deformation, and is wound around a portion of the uterine cervix and the umbilicus between the umbilicus and the umbilicus, and is inflated by the balloon device 31 before the contraction. Pressurization, maternal autonomous plus abdominal pressure causes an instantaneous increase in the balloon, increasing pressure on the abdominal wall during the period of uterine contraction (in this specific period of time when the contractions begin and end). The abdominal pressure belt device 30 can restrict the protrusion of the abdominal wall, reduce the consumption and dispersion of the force, and can act on the abdominal wall to increase the pressure in the abdominal cavity, thereby assisting the contraction force of the uterus to enhance the productivity, prevent the prolongation of labor and accelerate the delivery. Optionally, the abdominal pressure belt device 30 includes both ends of the magic belt hook surface 93 and the magic belt suede 94, and the magic belt hook surface 93 is adhered to the magic belt suede 94. Optionally, the magic band hook surface 93 is disposed on the front side of the abdominal pressure belt 91, and the magic belt suede 94 is disposed on the reverse side 92 of the abdominal pressure belt. Wherein, the middle portion of the strap body of the abdominal pressure belt device 30 is provided with an inflated airbag 312 and a vibrator placement position 95.

Specifically, according to Newton's third law: the principle that the force and the reaction force are equal and opposite directions, it is recognized that the force and the reaction force have the same nature, and at the same time, the one disappears and the other disappears immediately. The abdominal pressure belt device 30 has a large area, small pressure, and is wound around the bottom of the uterus and part of the uterus. The pressure distribution is uniform, the material is soft, and the abdomen pressure is gradually increased with the uterine contraction in the second stage of labor, thereby enhancing the productivity. After the abdominal pressure airbag device 31 is inflated, the abdominal wall is restricted from protruding outward, and a force can be applied to the abdominal wall, and the contraction of the diaphragm is decreased (sucking after deep inhalation), and the abdominal muscles are contracted. The abdominal wall force (including the force of the balloon) forms a downward "combination force" in the abdominal cavity and acts evenly around the fundus and the uterus.

Uterine contraction is the most common cause of postpartum hemorrhage. The tissue structure of the uterine wall is from the outside to the inside: the outer membrane, the muscular layer, and the inner membrane. Uterine contractions are mainly smooth muscle cells that rely on the myometrium of the uterus. The uterine blood vessels penetrate through the muscle layers of the uterine smooth muscle. When the uterus contracts, the blood vessels are compressed, which can effectively stop the bleeding. When the abdominal pressure belt vibration device 32 is working, the mother's lower abdomen produces continuous vibration, mechanically stimulates the uterine smooth muscle, improves the sensitivity of the uterus contraction, and strengthens the rhythmic contraction of the uterus to achieve a hemostatic effect.

Further, the abdominal pressure airbag device 31 includes a connected airbag air pump device 311 and an inflated airbag 312, and the abdominal pressure belt vibration device 32 includes a connected vibration control device and a vibrator 321, the airbag air pump device 311 and the vibration control device are both connected to the main control device. 10 electrical connections.

The main control device 10 in the preferred embodiment of the present invention is further electrically connected to a charge-off protection device 313, and the abdominal pressure belt device 30 is further provided with a pressure transmission electrically connected to the main control device 10 for detecting the air pressure in the air bag. The sensing device 35, after the air pressure in the inflating air bag 312 has not reached the preset value after the inflating operation starts, the inflation power-off protection device 313 stops the inflation operation of the air bag air pump, and generates an corresponding operation through the alarm device. Alarm prompt.

The vibrator 321 includes a body and a centrifugal motor placed inside the body. When the centrifugal motor works, a centrifugal force is generated to drive the vibration of the entire actuator, and the vibration speed of the vibrator 321 is adjusted by adjusting the magnitude of the current to control the rotation speed of the centrifugal motor. The higher the current, the faster the motor speed and the stronger the vibration.

Further, referring to FIG. 1 to FIG. 5, the full-product multi-functional midwifery instrument comprises a main body and an accessory, and the main body is provided with a main control device 10, an airbag air pump device 311 and a vibration control device, and the main body is further provided with an electrical connection plate 42. The main body and the accessories are connected by an electrical connection plate 42.

More specifically, the electrical connection plate 42 is provided with an ultrasonic probe interface, a vibrator 321 interface, a maternal control handle 40 interface blood pressure cuff interface, and a blood oxygen probe interface. At the same time, the electrical connection board 42 can also be provided with an HDMI interface or a USB interface for data communication with an external device.

More specifically, the deflation passage of the inflated airbag 312 is provided with a first air valve 33 and a second air valve 34, wherein the first air valve 33 is connected to the main control device 10, and the second air valve 34 is connected to the pregnant woman control handle 40. . The pregnant woman control handle 40 is provided with an inflating button and an emergency deflation button. When the air pressure in the inflating air bag 312 exceeds the limit, the main control device 10 automatically controls the first air valve 33 to open to perform a quick deflation operation. By triggering the emergency deflation button on the pregnant woman control handle 40, the second air valve 34 can be opened to perform a rapid deflation operation on the inflatable air bag 312. In this way, it can not only automatically deflate when the air pressure exceeds the limit, but also enable the pregnant woman to independently grasp the deflation timing according to its own situation, which is reliable and safe.

Further, the main body is further provided with a blood pressure detecting module 60 connected to the main control device 10, and the accessory includes a blood pressure cuff electrically connected to the blood pressure detecting module 60. In a preferred embodiment of the invention, an alarm signal is generated by the alarm device when the blood pressure value is exceeded.

Optionally, the preferred embodiment of the present invention is pre-configured with a neonatal blood pressure measurement mode that the user can select through the control panel 56.

Further, the host body is further provided with a pulse oxygen detecting module 70 connected to the main control device 10, and the accessory includes a blood oxygen probe electrically connected to the blood pressure detecting module 60. In a preferred embodiment of the invention, an alarm signal is generated by the alarm device when the blood oxygen level is exceeded.

More specifically, the measurement of the pulse oxygen detection module 70 is measured using dual wavelength pulse oximetry. This is a continuous, non-invasive method for measuring hemoglobin oxygen saturation. According to the periodic hyperemia of the tissue during the pulsation process, it is determined how much light emitted from one side of the sensor light source passes through the patient tissue (such as a finger or an ear) and reaches the other party to receive The pulsation of the light intensity of the device is used to trace the "volume" waveform and calculate the blood oxygen saturation and pulse rate values.

Further, the main body is further provided with a fetal monitoring module 80 connected to the main control device 10, and the accessory includes an ultrasonic probe electrically connected to the fetal monitoring module 80. In a preferred embodiment of the invention, an alarm signal is generated by the alarm device when the fetal heart rate is out of limits.

More specifically, the fetal monitoring module 80 uses ultrasound Doppler to detect fetal heart rate. We know that an ultrasonic wave of a certain frequency should be reflected when it encounters an obstacle in the propagation. If the object is stationary, the frequency of the reflected wave and the frequency of the transmitted wave are the same. Once the object moves, the frequency of the reflection changes, and the moving speed of the object increases. The greater the frequency change, this effect is called the Doppler effect. Therefore, we place the ultrasound probe on the belly surface of the pregnant woman. Since the fetal heartbeat has motion relative to the ultrasound probe, the reflected wave will have a frequency offset (frequency offset) after the transmitted wave encounters the heart, which can be used to calculate the fetal heartbeat. Speed, frequency, etc.

Further, the external operating device 20 includes a button panel integrally provided on the main body, a touch panel display 57, and/or a pregnant woman control handle 40 electrically connected to the electrical connecting plate 42 by a cable. More specifically, the control panel 56 includes an instrument switch button for controlling the midwifery switch, a vibration intensity adjustment button, a balloon switch button, an airbag pressure adjustment button, a fetal sound volume adjustment button, a blood pressure measurement switch button, a mute button, and/or printing. control button. Optionally, a shuttle can also be set on the control panel 56. Pressing the shuttle has an entry setting item, enters the setting interface, and sets a modification, confirmation, and the like to turn the shuttle to the left to move the option or set value forward. Decrease; turn the shuttle to the right to move backwards or increase the setting.

The vibration intensity adjustment button includes an intensity enhancement button and a weakening button, the airbag switch button is used to control inflation and inflation of the airbag, and the airbag pressure adjustment button includes an increase button and a decrease button.

More specifically, the touch screen display 57 includes a display screen and an indicator light. Among them, the display screen includes a resistive screen or a capacitive screen. In more detail, the indicator light includes a work indicator, an airbag indicator, and a print job indicator.

Further, a printer 52 electrically connected to the main control device 10 is disposed on the main body, and a printer 52 paper exit is provided on the casing of the main body. The user can print the physical index parameters of the pregnant patient or the operating parameters of the midwifery device in real time through the printing device.

Further, the main body is further provided with an alarm device electrically connected to the main control device 10, and the alarm device includes an alarm speaker 45 and/or an alarm indicator. Through this intelligent alarm method, the use of the instrument is further ensured.

More specifically, the alarm trigger mode includes advanced alarms, intermediate alarms, and low level alarms. In different alarm trigger modes, the alarm indicator lights are red, yellow and green. The alarm speaker 45 can generate corresponding voice prompts or beep sounds with different frequency and time.

Further, an emergency stop button 44 electrically connected to the main control device 10 is further disposed on the main body. The inflation operation can be performed by the airbag air pump device 311 only when the emergency stop button 44 is in the pop-up state. In this way, the safety and reliability of the instrument are further ensured.

In addition, an accessory card mounting structure is provided on the side of the casing of the main body, and the card mounting structure includes a probe latching structure 51 and/or a conduit hook 43. The attachment structure of the accessory can be used to fix the probe or the tube in the accessory that is temporarily unused or to be used, which is simple and convenient. At the same time, under the body of the main body, there is also a fitting drawer 53 for accommodating the accessory. When the midwifery device is not in use, the user places all the accessories in the accessory drawer 53, which is safe, sanitary and tidy.

For example, the ultrasonic probe has a reverse-drop structure, and the back of the probe is provided with a tapered buckle. The tapered buckle is fastened to the strap wrapped around the abdomen of the pregnant woman and fixed, which prevents the probe from falling off during use. At other times, the probe can be hung upside down on the probe latching structure 51 on the side of the main body through the tapered buckle.

Optionally, the upper side of the main body is further provided with a moving handle 55, and the main body is provided with a pulley 54 at a step, and the movement is ten. Convenient. Further, the pulley 54 is further provided with a foot brake device, which effectively prevents the midwifery from slipping during use.

Further, a heat dissipation vent 41 is provided in a lower portion of the casing of the main body.

The preferred embodiments described above and combinations thereof are advantageous in that the present invention has the following advantages:

First, the area of the abdominal pressure belt device 30 is large, so that the pressure of the abdominal pressure belt portion and the part of the palace body is small, the pressure distribution is uniform, and the pressure value in the inflation airbag 312 can be displayed in real time through the pressure gauge protection display screen. In order to be clinically used, it can be differentiated according to individual differences. In addition, the use of abdominal pressure device 30 plus abdominal pressure can effectively shorten the second stage of labor, neither because the contraction duration is too long, too strong, resulting in excessive blood flow in the villus interstitial, and will not cause due to excessive frequency of contractions The blood flow in the villus is restored too slowly, but it simply increases the pressure in the abdominal cavity and increases the physiological thrust of the fetus. From the clinical verification of maternal, infant blood gas analysis, Apgar and other results, it is safe for mothers and infants.

Secondly, compared with the existing second-stage labor-intensive emergency measures (such as vaginal device midwifery, abdominal pressurization, etc.), the present invention is a midwife that integrates maternal oxygen saturation, blood pressure, and fetal heart monitoring. instrument. Under a series of supervision, especially during the fetal head disclosure stage of the second stage of labor, the abdominal pressure can be actively increased, thereby indirectly increasing the pressure inside and outside the palace, enhancing the physiological thrust of active delivery, and effectively avoiding the use of instruments for midwifery. And the resulting passive pull.

Finally, through the abdominal pressure belt device 30 to assist the production to shorten the second labor time, can significantly reduce the use rate of vaginal device midwifery, promote the correction of abnormal fetal position, reduce the occurrence of difficult birth rate, reduce postpartum hemorrhage.

The specific use of the preferred embodiment of the present invention is now enumerated, as follows:

The abdominal pressure belt device 30 is wound between the umbilical and xiphoid of the abdominal wall (including the bottom of the part of the palace), and is inclined to the foot side at a suitable angle when wrapped, and should not be too loose or too tight. Before the contraction of the uterine contraction device, the airbag is inflated to the initial pressure of the capsule, which is the basic pressure of the balloon before the abdominal pressure (before contraction). When the mother presses the abdominal pressure during the contraction, the internal pressure of the balloon can be Up to the preset maximum value, when the uterine contraction is about to end, when the mother stops adding abdominal pressure, the internal pressure of the airbag automatically drops to the basic pressure level.

The mother can control the inflation cycle of the inflated balloon 312 according to the contraction cycle, and adjust the internal pressure of the balloon according to the individual differences of the maternal in time to prevent the birth canal and perineum from being damaged due to excessive hypertonia, and ensure the fetus Security.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and scope of the present invention are intended to be included within the scope of the present invention.

Claims

A full-yield multi-functional midwifery device, comprising: a main control device and an electrical connection with the main control device:

The abdominal pressure belt device comprises a abdominal pressure airbag device and a abdominal pressure belt vibration device, wherein the abdominal pressure belt airbag device is used for adding abdominal pressure during the labor process, and the abdominal pressure belt vibration device is used for preventing and reducing bleeding after childbirth;

And an external operating device for inputting a control command for controlling an operating state of the abdominal pressure belt device and an operating state of the abdominal pressure belt vibration device.
The full-time multi-functional midwifery device according to claim 1, wherein

The abdominal pressure airbag device includes a connected airbag air pump device and an airbag, the abdominal pressure belt vibration device includes a connected vibration control device and a vibrator, and the airbag air pump device and the vibration control device are both associated with the main control The device is electrically connected.
The full-time multi-function midwifery device according to claim 2, wherein

The full-time multi-functional midwifery device includes a main body and an accessory, and the main body is provided with the main control device, the air bag air pump device and the vibration control device, and the main body is further provided with an electrical connection plate. The main body and the accessory are connected by the electrical connection board.
The full-product multifunctional midwifery apparatus according to claim 3, wherein

The main body is further provided with a blood pressure detecting module connected to the main control device, and the accessory includes a blood pressure cuff electrically connected to the blood pressure detecting module.
The full-product multifunctional midwifery apparatus according to claim 3, wherein

The host body is further provided with a pulse oxygen detecting module connected to the main control device, and the accessory includes a blood oxygen probe electrically connected to the blood pressure detecting module.
The full-product multifunctional midwifery apparatus according to claim 3, wherein

The main body is further provided with a fetal monitoring module connected to the main control device, and the accessory comprises an ultrasonic probe electrically connected to the fetal monitoring module.
The full-product multifunctional midwifery apparatus according to claim 3, wherein

The external operating device includes a button panel integrally disposed on the main body, a touch screen display, and/or a pregnant woman control handle electrically connected to the electrical connection board through a cable.
The full-product multifunctional midwifery apparatus according to claim 3, wherein

A printer electrically connected to the main control device is disposed on the main body, and a printer paper exit is disposed on the casing of the main body.
A full-product multifunctional midwifery apparatus according to any one of claims 3 to 8, wherein

The main body is further provided with an alarm device electrically connected to the main control device, and the alarm device includes an alarm speaker and/or an alarm indicator.
A full-product multifunctional midwifery apparatus according to any one of claims 3 to 8, wherein

The main body is further provided with an emergency stop button electrically connected to the main control device.