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Mechanical inertia delivery bed

A technology of mechanical inertia and bed body, applied in the direction of controlling mechanical energy, electromechanical devices, medical science, etc., can solve the problems of placenta abruption, long delivery time, infant suffocation, etc., to improve production safety, reduce tension, and facilitate auxiliary production. Effect

Pending Publication Date: 2021-01-01
胡林林
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the existing delivery methods, only a small part of the abdominal pressure is transformed into delivery force. Too much abdominal pressure will bring certain safety risks to both the mother and the baby; Certain safety risks; the existing methods of injecting oxytocin may cause placental separation, uterine rupture, and infant suffocation, which will bring certain safety risks to both mothers and infants
[0003] However, the existing delivery bed is only an adjustable comfortable bed, which does not directly participate in the promotion of the delivery process.

Method used

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  • Mechanical inertia delivery bed
  • Mechanical inertia delivery bed

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0044] Such as Figure 1-11 As shown, the mechanical inertia delivery bed includes a horizontal guide mechanism and a horizontal electric drive mechanism 15, a load wheel 4, a base 5, a midwife seat 6, a pedal and an adjustment mechanism 7, a baby buffer receiving support 8, a hip support 9, Bed body 10, pillow 11, setting and control panel 12, manual inertial control handle 13, electric control instrument box 14, power switch 16, safety belt 17, video recorder 18, water washing system cabin 19, baby position and speed sensing element 25. The emergency stop switch 29 and the bed panel 35, the horizontal electric drive mechanism 15 can be horizontally moved and placed on the horizontal guide mechanism, the base 5 cover is placed outside the horizontal electric drive mechanism 15, and is connected with the horizontal electric drive mechanism. Mechanisms 15 are connected to each other, four corners inside the base 5 are respectively equipped with road wheels 4, the bed 10 is arra...

Embodiment 2

[0050] Such as Figure 12-13 As shown, the difference between this embodiment and Implementation 1 is that the horizontal guiding mechanism is composed of a rail seat 1, a linear motor stator 30 and a stator magnet 31, and two rail seats 1 are respectively fixed at both ends of the linear motor stator 30 , the linear motor stator 30 has a built-in stator magnet 31, and the linear motor stator 30 is placed horizontally; the horizontal electric drive mechanism 15 is composed of a traction hook 23, a linear motor mover 32 and a traction plate 38, and the linear motor The motor 32 can be horizontally moved and placed on the linear motor stator 30, the traction plate 38 is fixedly placed on the linear motor mover 32, and the traction hook 23 is fixed on the traction plate 38; when the horizontal electric drive mechanism 15 is working , the linear motor mover 32 moves horizontally along the linear motor stator 30, and drives the bed body 10 to move horizontally through the traction ...

Embodiment 3

[0052] Such as Figure 14-17As shown, the mechanical inertia delivery bed includes a vertical guide mechanism and a vertical power mechanism 34, a midwife seat 6, a pedal and an adjustment mechanism 7, a baby buffer receiving support 8, a hip support 9, a bed body 10, a pillow 11, Setting and control panel 12, manual inertia control handle 13, electric control instrument box 14, power switch 16, seat belt 17, video recorder 18, water washing system cabin 19, baby position and speed sensing element 25, emergency stop switch 29, The base plate 33, the bed skirt 35, the support frame 36 and the support plate 37, the bottom end of the support frame 36 is fixedly placed on the base plate 33, the vertical guide mechanism is fixedly placed on the support frame 36, and the vertical power mechanism 34 can be vertically moved and placed on the vertical guide mechanism, a section of the support frame 36 is an electric control instrument box 14, the water washing system cabin 19 is placed...

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Abstract

The invention discloses a mechanical inertia delivery bed. The mechanical inertia delivery bed comprises a horizontal guide mechanism, a horizontal electric driving mechanism, loading wheels, a base,a midwife seat, a pedal and adjusting mechanism, a baby buffer receiving support, a hip support, a bed body, a pillow, a setting and control panel, a manual inertia control rocking handle, an electriccontrol instrument box, a power switch, a safety belt, a video recorder, a washing system cabin, a baby position and speed sensing element, an emergency stop switch and a bed fencing plate, wherein the horizontal electric driving mechanism is arranged on the horizontal guide mechanism in a horizontal moving manner. The delivery bed can assist a delivery women to deliver a baby through horizontalor vertical moving external force and vibrating external force, and the delivery safety degree is improved; an audio amplifier is arranged and can play music to relieve the nervous emotion of the delivery woman; and the hip support, the baby buffer receiving support, the safety belt, the washing system cabin, the emergency stop switch and the manual inertia control rocking handle are arranged to better facilitate assisted delivery and further improve the safety degree of delivery.

Description

technical field [0001] The invention relates to the field of obstetrics and gynecology equipment, in particular to a mechanical inertia delivery bed. Background technique [0002] The existing delivery method is to rely on the mother's own abdominal pressure or additional auxiliary manpower to increase its abdominal pressure or inject oxytocin to impel the baby to deliver. In the existing delivery methods, only a small part of the abdominal pressure is transformed into delivery force. Too much abdominal pressure will bring certain safety risks to both the mother and the baby; Certain safety risks; the existing methods of injecting oxytocin may cause placental separation, uterine rupture, and infant suffocation, which will bring certain safety risks to both mothers and infants. [0003] And the existing delivery bed is only an adjustable comfort bed, which does not directly participate in the promotion of the delivery process. Contents of the invention [0004] In view of...

Claims

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Application Information

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IPC IPC(8): A61G13/08A61G13/10A61G13/12H02K7/06
CPCA61G13/0009A61G13/08A61G13/10A61G13/125H02K7/06
Inventor 胡林林
Owner 胡林林
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