CN201304055Y

CN201304055Y - Fan-shaped neonatal incubator with ventilation and humidification device

Info

Publication number: CN201304055Y
Application number: CNU2008201751633U
Authority: CN
Inventors: 赵萍
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-11-14
Filing date: 2008-11-14
Publication date: 2009-09-09
Anticipated expiration: 2018-11-14

Abstract

The utility model discloses a fan-shaped neonatal incubator with a ventilation and humidification device, which comprises a cabinet rear wall (1), a cabinet bottom wall (2), a cabinet left fan-shaped lateral wall (3), a cabinet right fan-shaped lateral wall (3') and an arc-shaped cabinet cover (4), wherein a baby flat-lying plate (5) is arranged on the upper side of the cabinet bottom wall (2) and provided with a sponge layer. The fan-shaped neonatal incubator is characterized in that interlining chambers are arranged inside the cabinet rear wall (1) and the cabinet bottom wall (2) and communicated with each other; ventilation and heat-dissipating holes (6) are formed at the upper parts of the inner walls of the interlining chambers; a heat-storage water tank (7) with a heating pipe (8) is arranged at the bottom of the cabinet bottom wall (2); a heat-dissipating water pipe (9) is arranged inside the interlining chamber of the cabinet rear wall (1) and communicated with the heat-storage water tank (7); and a row of ventilation holes (10) are formed at the front part of the cabinet bottom wall (2). In the fan-shaped neonatal incubator, the heat-dissipating water pipe with opened upper end is arranged to humidify the air inside the cabinet and thus to keep the air humid; the ventilation holes are arranged to allow the heated fresh air to enter the cabinet and thus to provide fresh air to the newborn; and the cabinet is designed in the fan shape to facilitate the observation and the taking/putting operation of the newborn. The fan-shaped neonatal incubator has the advantages of simple structure, low manufacturing cost and easy use.

Description

The fan-shaped couveuse of neonate of band ventilation damping device

Technical field

This utility model relates to a kind of medical neonate couveuse, the fan-shaped couveuse of especially a kind of neonate with the ventilation damping device.

Background technology

Along with the pay attention to day by day of China, impel various newborn carees and therapeutic equipment to obtain continuous development to the prenatal and postnatal care health service.Existing medical neonate radiation couveuse mainly is made of wall box, casing diapire, case lid, establishes the infrared quartz heating tube below the casing diapire or on the wall box.The deficiency that the neonate radiation couveuse of this structure exists is: because infrared quartz heating tube heated baking makes the air drying in the couveuse, can not satisfy the requirement of newborn respiration to the air humidity; And because after on the portable plate door closure of couveuse, the air in the couveuse is a Natural Circulation in the case, the carbon dioxide that the baby breathes out can not be discharged rapidly outside the couveuse, makes the air in the couveuse fresh inadequately, influences the neonate healthy development.

Summary of the invention

The purpose of this utility model is to provide a kind of heating and heat preserving function that not only has, and can make air in the couveuse keep fresh, humidity suitable, do not influence the fan-shaped couveuse of neonate of the band ventilation damping device of neonate healthy development.

For reaching above purpose, the technical scheme that this utility model adopted is: the fan-shaped couveuse of neonate of this band ventilation damping device, by the casing rear wall, the casing diapire, a casing left side, right wing shape sidewall and arc case lid constitute, establish the flat sleeping berth plate of the baby who has spongy layer at the upside of casing diapire, it is characterized in that in casing rear wall and casing diapire, establishing the interlayer chamber of connection, ventilating heat dissipating hole is established on top at the interlayer cavity wall of casing rear wall, heat storage water tank is established in bottom surface at the casing diapire, in heat storage water tank, establish electric heating tube, interlayer intracavity at the casing rear wall is established vertical heat dissipation pipe, heat dissipation pipe's end opening is connected with heat storage water tank, after water temperature raises in the heat storage water tank, water vapour distributes from the suitable for reading of heat dissipation pipe, can enter and be air wetting in the casing, establish row's air vent on the antetheca of casing diapire, ozone enters in the casing in ventilating heat dissipating hole through the interlayer chamber of casing diapire and the interlayer chamber of casing rear wall.This utility model is also implemented by following measure: the upper edge of arc case lid is hinged on the upper edge of casing rear wall by hinge pin, the lower edge of arc case lid is buckled on the forward position of casing diapire, in air vent, establish filter,, make that to enter the intravital air of case fresh with filtering dust and pathogen; Described heat dissipation pipe establishes the 3-20 bar, the interlayer intracavity that is arranged in the casing rear wall in a row; Level monitoring pipe and filler are established in the outside at casing right wing shape sidewall, to observe the height of water level in the heat dissipation pipe, add water in good time; Supply socket is established in outer end at electric heating tube, on the front side wall of heat storage water tank, establish temperature controller, temperature controller can be set the intravital temperature range of case, when the intravital temperature of case surpassed design temperature, temperature controller then cut off the power supply of electric heating tube automatically, stopped heating, when if temperature is lower than design temperature in the casing, temperature controller begins heating from the power supply of the electric heating tube that is dynamically connected, and keeps temperature stabilization in the casing; Described temperature controller is a prior art, so seldom describe.

The beneficial effects of the utility model are: compare with the medical neonate radiation couveuse of present use, owing to be provided with the heat dissipation pipe of upper end open, and can air wetting in casing by water evaporates, can prevent the air too dry; Owing to be provided with air vent, fresh air is heated and is laggardly gone in the casing, makes newborn respiration to fresh air; It is fan-shaped that cabinet design becomes, and can be convenient to observe neonate and neonatal loading or unloading operation; And simple in structure, cost is low, and is easy to use.

Description of drawings

Fig. 1 is this utility model structure front-view schematic diagram.

Fig. 2 is that this utility model is along the A-A cross-sectional schematic.

The specific embodiment

Make this utility model with reference to accompanying drawing 1,2.The fan-shaped couveuse of neonate of this band ventilation damping device, by casing rear wall 1, casing diapire 2, a casing left side, right wing shape sidewall 3,3 ' and arc case lid 4 formations, establish the flat sleeping berth plate 5 of the baby who has spongy layer at the upside of casing diapire 2, it is characterized in that in casing rear wall 1 and casing diapire 2, establishing the interlayer chamber of connection, ventilating heat dissipating hole 6 is established on top at the interlayer cavity wall of casing rear wall 1, establish heat storage water tank 7 in the bottom surface of casing diapire 2, in heat storage water tank 7, establish electric heating tube 8, establish vertical heat dissipation pipe 9 at the interlayer intracavity of casing rear wall 1, heat dissipation pipe 9 end opening is connected with heat storage water tank 7, establishes row's air vent 10 on the antetheca of casing diapire 2.The upper edge of arc case lid 4 is hinged on by hinge pin 11 on the upper edge of casing rear wall 1, and the lower edge of arc case lid 4 is buckled on the forward position of casing diapire 2, establishes filter 12 in air vent 10; Described heat dissipation pipe 9 establishes the 3-20 bar, the interlayer intracavity that is arranged in casing rear wall 1 in a row; Casing right wing shape sidewall 3 ' the outside establish level monitoring pipe 13 and filler 14; On the front side wall of heat storage water tank 7, establish temperature controller 15; Described temperature controller 15 is a prior art, so seldom describe.

Claims

1, the fan-shaped couveuse of a kind of neonate with the ventilation damping device, by casing rear wall (1), casing diapire (2), a casing left side, right wing shape sidewall (3,3 ') and arc case lid (4) formation, establish the flat sleeping berth plate of the baby who has spongy layer (5) at the upside of casing diapire (2), it is characterized in that in casing rear wall (1) and casing diapire (2), establishing the interlayer chamber of connection, ventilating heat dissipating hole (6) is established on top at the interlayer cavity wall of casing rear wall (1), establish heat storage water tank (7) in the bottom surface of casing diapire (2), in heat storage water tank (7), establish electric heating tube (8), establish vertical heat dissipation pipe (9) at the interlayer intracavity of casing rear wall (1), heat dissipation pipe's (9) end opening is connected with heat storage water tank (7), establishes row's air vent (10) on the antetheca of casing diapire (2).

2, the fan-shaped couveuse of neonate of band ventilation damping device according to claim 1, the upper edge that it is characterized in that arc case lid (4) is hinged on the upper edge of casing rear wall (1) by hinge pin (11), the lower edge of arc case lid (4) is buckled on the forward position of casing diapire (2), establishes filter (12) in air vent (10); Described heat dissipation pipe (9) establishes the 3-20 bar, the interlayer intracavity that is arranged in casing rear wall (1) in a row; Establish level monitoring pipe (13) and filler (14) in the outside of casing right wing shape sidewall (3 '); On the front side wall of heat storage water tank (7), establish temperature controller (15).