BED POSITIONING SYSTEM WITH SPECIALLY POSITIONED LINEAR MOTOR.

Abstract

This invention relates to a linear motor mounted at a narrow angle to the horizontal axis, enabling the positioning of beds in neonatal open beds, radiant incubators, intensive care infant incubators, hybrid incubators, etc., where newborns and infants requiring treatment for various health reasons are placed for treatment, without the need for any additional apparatus or contact. In its simplest terms, the present invention relates to a bed positioning system with a specially positioned linear motor that, when the single-center linear motor moves forward, the point where the motor is attached to the bed inclines upwards, and when it moves backward, inclines downwards, thus enabling the desired Trendelenburg maneuver to be performed during the treatment of newborns or infants suffering from various illnesses who require care and serious treatment.

Claims

9 REQUESTS 1. Neonatal open bed, radiant incubator, intensive care infant incubator, hybrid incubator, etc. The beds in the devices do not require any additional equipment or contact. enabled to be positioned without remaining and specially positioned It is a linear motor system and its feature is; a) Linear Motor (2) positioned at a narrow angle to the horizontal axis b) With the linear movement of the Linear Motor(2) into which the babies are placed Bed Connector(1) that enables the bed to move. c) Bed Connector(1) which enables the Bed to be fixed to the bed frame. Fastener Fixing Screw(1.1) d) Connecting the movable arm of the Linear Motor (2) to the Bearing Connection Element (1) Bed Connector Pin Housing (1.2) and Linear Motor Bed Connector Element Pin(1.3), e) Enables the linear motor (2) to move at a narrow angle and in a single center to the horizontal axis. Linear Motor Corner Bracket(3) which enables it to be placed in this way. f) Connecting the Linear Motor Angle Bracket (3) to the Chassis Connection Element (8) Angle Bracket Chassis Connector Screw(3.2), g) Connecting the Linear Motor Angle Bracket (3) to the Bearing Connection Element (1) Linear Motor Angle Bracket Bearing Connection Pin (3.12), h) Linear Motor Angle Bracket(3) Opposite to the movable arm of the Linear Motor(2) in front Pin that enables the end to be connected with the help of Linear Motor Connection Pin(4) Guide(6), i) Pins of the movable arm and body of the linear motor(2) during linear motion enabling it to remain stationary and achieve smooth linear motion. Fixing Segment(5), j) Chassis that enables the Chassis Connector(8) to be fixed to the lower body of the device. Body Connection Screw(8.1), k) Pin Fixing Screw(7) which secures the pins It includes its elements.

2. The system mentioned in Claim 1 is characterized by the linear output produced by the linear motor(2). The movement of the bed enables the Trendelenburg maneuver to be performed. The angle to be considered during placement should be between 20° and 30°.

3. The system mentioned in claim 2 is characterized by; the linear motor(2) produces the linear The movement of the bed enables the Trendelenburg maneuver to be performed. The optimum angular value to be used during placement is 25.62°. It is the fact that.

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