CN205586190U

CN205586190U - Baby's insulation can of simulation parent state

Info

Publication number: CN205586190U
Application number: CN201620205635.XU
Authority: CN
Inventors: 冯利
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-17
Filing date: 2016-03-17
Publication date: 2016-09-21
Anticipated expiration: 2026-03-17

Abstract

The utility model discloses a baby's insulation can of simulation parent state belongs to the technical field of gynaecology and obstetrics, including transparent box, bed, supporter, analog system and control system, the supporter is installed in the below of transparent box, and the bed is laid in the bottom of transparent box, and analog system installs on the bed, and control system installs on the supporter, and control system connects analog system, and control system is used for inputing the mobile velocity information of the heartbeat of baby's parent, breathing and amniotic fluid, simulates out the mobile sound of heartbeat, breathing and amniotic fluid of parent through analog system. The utility model discloses a set up collector, underwater sound ware, imitative sound ware and photochopper on the insulation can, the heartbeat, respiratory frequency and the amniotic fluid that are used for the simulating baby's parent sound that flows reduces newborn infant worried, uneasy mood in the insulation can, and it is light sleeping to have a help baby, is favorable to the advantage of growing.

Description

The infant incubator of simulation maternal conditions

Technical field

This utility model belongs to department of obstetrics and gynecology technical field, relates to virtual analog direction, it is adaptable to neonate strengthens the infanette of safe neonate sense, is specifically related to a kind of infant incubator simulating maternal conditions.

Background technology

Infant incubator is that the requisite medical supplies of pediatric hospital, premature labor or abnormal ewborn infant will put infant incubator into.Current infant incubator can not comprehensively diagnose and nurse, and is provided with the functions such as heating, insulation, air circulation in couveuse, and the most unilateral provides a relatively suitable environment, and using effect is the best.

But the simple heat insulation function of couveuse does not ensures that the quiet sleep of baby, neonate can not have the security due to the unexpected conversion of environment, often cry and scream, so the analog systems designing a kind of maternal conditions is arranged in couveuse, just as the heart beating of mother during analog systems work, baby is just as lying in the bosom of mother, with amniotic fluid sound, can easily fall asleep, help for sleep, beneficially the more preferable growth promoter of baby.

Summary of the invention

According to above the deficiencies in the prior art, technical problem to be solved in the utility model is to propose a kind of infant incubator simulating maternal conditions, by arranging harvester, underwater sound device, Sound simulation device and chopper on couveuse, it is used for simulating the heart beating of baby's parent, respiratory frequency and amniotic fluid flowing sound, reduce the emotion that ewborn infant is worried, uneasy in couveuse, there is help baby easily fall asleep, the beneficially advantage of growth promoter.

In order to solve above-mentioned technical problem, the technical solution adopted in the utility model is: a kind of infant incubator simulating maternal conditions, described infant incubator includes transparent cabinet, bed, supporter, analog systems and control system, supporter is arranged on the lower section of transparent cabinet, bed is placed in the bottom of transparent cabinet, analog systems is arranged on bed, control system is arranged on supporter, control system connects analog systems, control system is used for inputting baby's parent heart beating, breathe and amniotic fluid flowing velocity data, the heart beating of parent is simulated by analog systems, breathe and amniotic fluid flowing sound.

Described analog systems includes harvester, underwater sound device and Sound simulation device, harvester is used for the rhythm of internal amniotic fluid flowing when gathering the heart beating of parent, respiratory frequency and do not produce, harvester connection control system, the data signal of harvester collection is sent to control system, control system connects underwater sound device and the Sound simulation device of analog systems, underwater sound device and Sound simulation device are connected in control system, according to the instruction works of control system.Described harvester includes heartbeat detection unit, respiration detection unit, first processor and the first communication unit, heartbeat detection unit and respiration detection unit are arranged on harvester, heartbeat detection unit and respiration detection unit are connected on first processor, first communication unit is connected on first processor, the first communication unit wireless connection control system.Described harvester includes the seamless cavity being spliced to form of outer surface and inner surface, outer surface and inner surface, and harvester uses soft material composition.Described underwater sound device includes waterproof protecting band, suction pump and liquid heater, waterproof protecting band is arranged around bed, suction pump is arranged on the inside of waterproof protecting band, liquid heater is arranged in waterproof protecting band, suction pump and liquid heater are connected in control system, according to the temperature of liquid threshold value arranged in control system, the work of flowing water threshold speed.It is provided with mini flume, suction pump and liquid heater inside one end of described waterproof protecting band and is arranged on inside mini flume, install and be provided with sound-absorbing sponge outside the waterproof protecting band of mini flume position.Described Sound simulation device includes shell and division board, the shell of Sound simulation device and bed seal and seamless connection form the operatic tunes, division board is arranged in the operatic tunes and the operatic tunes is divided into the main operatic tunes and time operatic tunes, division board is provided with air duct, multiple expansion link and hydraulic cylinder it is provided with in the main operatic tunes, expansion link and hydraulic cylinder connect, hydraulic cylinder connection control system.Described control system includes the second communication unit, the second processor and instruction issue unit, second communication unit connects analog systems, the outfan of the second communication unit connects the second processor, second processor link order issue unit, instruction issue unit connects simulation system concurrency and send instruction to analog systems.Described infant incubator also includes chopper, chopper connection control system, chopper includes bracing frame, roller bearing, supporting rod and cord, bracing frame is arranged on transparent cabinet, roller bearing is arranged on the end of bracing frame, and roller bearing is by Hydraulic Cylinder, and supporting rod is fixed on roller bearing, cord is clamped between supporting rod and roller bearing, hydraulic cylinder connection control system.

This utility model provides the benefit that: this utility model provides a kind of infant incubator simulating maternal conditions, analog systems it is provided with in couveuse, it is used for simulating the amniotic fluid sound in the heart beating of baby's parent, respiratory frequency and parent, the reduction baby the most connatae uterus environment of maximum possible, strengthen the security of baby, help it to fall asleep, reduce phenomenon of crying and screaming.

Accompanying drawing explanation

Below the content expressed by this specification accompanying drawing and the labelling in figure are briefly described:

Fig. 1 is the structural representation of the infant incubator of the simulation maternal conditions of detailed description of the invention of the present utility model.

Fig. 2 is the generalized section of the harvester of detailed description of the invention of the present utility model.

Fig. 3 is the structural representation of the underwater sound device of detailed description of the invention of the present utility model.

Fig. 4 is the structural representation of the Sound simulation device of detailed description of the invention of the present utility model.

In figure, 1 is the outer surface of harvester, and 2 is the inner surface of harvester, and 3 is the cavity of harvester, 4 is pressure transducer, and 5 is range sensor, and 6 is waterproof protecting band, 7 is bed, and 8 is the mini flume in waterproof protecting band, and 9 is sound-absorbing sponge, 10 is the shell of Sound simulation device, and 11 is the main operatic tunes, and 12 is time operatic tunes, 13 is division board, and 14 is expansion link, and 15 is bracing frame, 16 is roller bearing, and 17 is supporting rod, and 18 is cord.

Detailed description of the invention

Below against accompanying drawing, by the description to embodiment, detailed description of the invention of the present utility model is such as mutual alignment and annexation, the effect of each several part and operation principle, the manufacturing process between the involved shape of each component, structure, each several part and operates with method etc., it is described in further detail, to help those skilled in the art that inventive concept of the present utility model, technical scheme are had more complete, accurate and deep understanding.

As shown in Figure 1, the infant incubator of simulation maternal conditions includes transparent cabinet, bed, supporter, analog systems and control system, supporter is arranged on the lower section of transparent cabinet for supporting the overall structure of couveuse, bed is placed in the bottom of transparent cabinet, for placing baby, the outermost of bed uses floss cloth, analog systems is arranged on the outside of bed, control system is arranged on supporter, control system connects analog systems, Real-time Monitoring Data is shown for input pointer, maternal environment is built by analog systems, the environment of comfortable similar parent is provided for baby, reduce child's pressure in couveuse and anxiety, thus promote brain development and physical growth.

Analog systems includes harvester, underwater sound device and Sound simulation device, harvester is used for gathering parent signal, the rhythm of the internal amniotic fluid flowing including the heart beating of mother baby, respiratory frequency and when not producing, harvester is wirelessly transmitted to control system after gathering signal, work order is sent to the underwater sound device of analog systems and Sound simulation device according to the collection data of harvester by control system, simulate the palmic rate of parent, breathe fluctuating frequency and amniotic fluid flowing sound, underwater sound device and Sound simulation device are connected in control system, according to the instruction works of control system.

Harvester connection control system sends and gathers signal to control system, and harvester is used for gathering parent signal, the rhythm that the internal amniotic fluid including the heart beating of mother baby, respiratory frequency and when not producing flows.Harvester uses soft material to constitute the cavity body structure with cavity, inside is provided with heartbeat detection unit, respiration detection unit, first processor and the first communication unit, heartbeat detection unit and respiration detection unit are connected on first processor, first communication unit is connected on the outfan of first processor, the maternal heart rate information detected all can be sent to first processor, it is sent to control system by the first communication unit by first processor, work order is sent to analog systems according to the parent live signal detected by control system, analog systems thus send the heart beating of parent, respiratory frequency, the security is increased to baby.This utility model arranges harvester, effect is contemplated to gather the different information of the parent of each baby, guarantee the comfortable of baby and allow each baby feel he mother with him, during use, the inner surface of harvester is attached near the heart of mother, as shown in Figure 2, outer surface 1 and the inner surface 2 of harvester form cavity 3, and jumping frequency rate and fluctuating situation by detection heart detect palmic rate and respiratory frequency.Heartbeat detection unit can utilize the palmic rate of pressure transducer detection parent, pressure transducer 4 is arranged on the outside of harvester inner surface 2, harvester is attached on heart when, pressure transducer can export palmic rate according to the pressure to sensor produced of beating of heart.Respiration detection unit is provided with range sensor 5 and is arranged on the inner side of harvester outer surface 1, the i.e. inside of collector chamber 3, when mother baby breathes, chest rise, cavity 3 between inner surface and the outer surface of harvester is apart from changing, and range sensor exports respiratory frequency and fluctuating distance by the change of the inner distance of detection collector chamber.Harvester is intended merely to gather parent data message, it is not necessary to carry always, as long as harvester is attached to detection a period of time near heart, collects the heart beating of rule, respiratory frequency signal.

Underwater sound device is arranged on around bed, as shown in Figure 3, underwater sound device includes waterproof protecting band 6, suction pump and liquid heater, waterproof protecting band 6 is arranged around bed for 7 one weeks, and suction pump is arranged on the inside of waterproof protecting band, and liquid heater is arranged on the side of suction pump, suction pump and liquid heater are connected in control system, temperature of liquid threshold value, flowing water threshold speed according to arranging in control system are started working, and control speed and the temperature of current, build a warm similar amniotic fluid maternal environment.

Waterproof protecting band is arranged on the periphery of bed, around bed, one circle is set, water it is filled with inside protecting band, under the drive of suction pump, according to the speed command of control system, sluggish flow, build the sound of amniotic fluid flowing, bed in couveuse uses flexible material to make, and the outer surface of waterproof protecting band is wrapped up in flannelette, it is ensured that the use safety of baby and comfortableness.Waterproof protecting band 6 is arranged on bed 7 around, waterproof protecting band 6 entirety is loop configuration, mini flume 8 it is provided with inside protecting band one end, the internally installed suction pump of tank and liquid heater, install and set up sound-absorbing sponge 9 outside the protecting band of sink area, suction pump can produce certain noise when of promoting water flowing, so arrange sound-absorbing sponge 9 in the outside of tank, reduces the noise outside stimulus to baby.Baby is just born, and needs peace and quiet to be familiar with stable environment, needs to reduce as far as possible outside stimulus.And integrated environment impact in this utility model, it being provided with liquid heater, the circulating water in waterproof protecting band is all warm water, it is obedient to the overall thermal environment of couveuse, the temperature of integrated environment will not be reduced, and inadvertently touch protecting band baby and also will not be arrived by cool, not result in injury from low temperature.In addition liquid heater is provided with temperature sensor, is used for detecting the temperature of liquid water, the temperature of liquid threshold value set not over control system.

Sound simulation device is arranged on the lower section of bed, is used to simulate the heart beating of parent and breathe undulating state, and Sound simulation device is similar to the mattress of bed, and as shown in Figure 4, Sound simulation device includes shell 10, the main operatic tunes 11, the secondary operatic tunes 12, division board 13.The shell 10 of Sound simulation device is also soft material, seamless connection is sealed with bed 7, shell 10 and bed 7 seamless connection form the operatic tunes, the operatic tunes is divided into the main operatic tunes 11 and time operatic tunes 12, separated by division board 13 between the main operatic tunes 11 and the secondary operatic tunes 12, division board 13 is provided with air duct, it is possible to ensure the air circulation between the main operatic tunes 11 and the secondary operatic tunes 12.Being provided with multiple expansion link 14 and hydraulic cylinder, expansion link and hydraulic cylinder in the main operatic tunes 11 to connect, hydraulic cylinder drives expansion link move and control the flexible amplitude of expansion link.Expansion link 14 is provided with graduation mark and scale reader, the employing that arranges of graduation mark can read material or labelling, accurately read scale, scale reader connection control system by scale reader, carry out expansion link stretching motion according to the respiratory frequency signal instruction of control system.After control system preserves lower respiratory frequency and fluctuating size, send motion frequency and relief height difference to Sound simulation device, expansion link in Sound simulation device is according to motion frequency and relief height difference work, expansion link in the main operatic tunes 11 is according to the upper and lower stretching motion of frequency, simulate the breathing undulating state of parent, scale reader moves up and down according to the difference that rises and falls, the difference of each rise and fall can be controlled, expansion link motion in the main operatic tunes 11, gas motion will be pressed in time operatic tunes 12, gas moves in the primary and secondary operatic tunes along with the stretching motion of expansion link, the secondary operatic tunes 12 moves along with the undulatory motion of the main operatic tunes 11, bed undulatory motion therewith has simulated the breathing fluctuating situation of parent, just as in the bosom of mother, strengthen the familiarity of baby.Owing to heartbeat ratio is more powerful, gas flowing between the primary and secondary operatic tunes can only simulate breathing undulating state, the strength effect of heart beating can not be simulated, so in this utility model in the main operatic tunes 11, one knocker is installed, knocker is connected to control system and sends hammer action according to the palmic rate received in control system, utilizes hammer action simulation to send heartbeat, and the frequency tapped according to the FREQUENCY CONTROL of control system.In order to reduce cost, it is also possible to select an expansion link, the end of expansion link does not contact the top of bed, and expansion link moves up and down thus taps the top of bed, thus simulates heartbeat, the most effectively, also can realize the purpose of simulative heartbeat.

Control system includes the second communication unit, the second processor and instruction issue unit, second communication unit connects the first communication unit, thus receive the collection data of harvester, wireless data transmission, solve wired impeding, signal transmission is efficient and convenient, the outfan of the second communication unit connects the second processor, second processor is after receiving collection data, dummy instruction and simulation foundation could be sent according to gathering data, second processor link order issue unit, sends various different classes of instruction to analog systems by instruction issue unit.Second processor is used for receiving data preliminary treatment data, the whole signals received are carried out data basic handling, remove unstable data, the collection initial stage such as data, jitter, data corruption, so the second processor is provided with time quantum, comparison judgment unit, delete unit and select unit, time quantum is used for the time order and function order that restored data gathers, the collection data of reception are sorted sequentially in time, difference between multilevel iudge adjacent data, delete the data segment that fluctuation is bigger, retain the data segment of rule, palmic rate, breathe fluctuating size and amniotic fluid flowing sound is all regular continual, so needing to retain uninterrupted data segment, thus be sent to analog systems as threshold value instruction and be simulated emulation.

The couveuse that this utility model provides is additionally provided with chopper, chopper is arranged on outside couveuse, it is used for blocking the light in nursing unit, brightness must be kept in nursing unit, baby needs a dim environment rest sleep to grow up, and common cord blocks on couveuse, will not send the when that alarm and reminding care provider checking at couveuse and open, highlight will not automatically opening up of baby cry, increase the security of baby.The chopper that this utility model provides can automatic roll up according to brightness or spread out, and automatic rolls up couveuse sends alarm when, no longer blocks light in couveuse.Chopper includes bracing frame 15, roller bearing 16, supporting rod 17, cord 18, bracing frame 15 is arranged on couveuse, roller bearing 16 is arranged on the end of bracing frame 15, supported by bracing frame and keep motion, roller bearing 16 connects hydraulic cylinder, power is provided by hydraulic cylinder, ensure roller bearing rolling on couveuse, supporting rod 17 is fixed on roller bearing 16, distance roller bearing 16 has certain gap, cord 18 is clamped between the gap of supporting rod 17 and roller bearing 16, the motion of roller bearing drive cord spread out on couveuse or roll.Hydraulic cylinder controls the motion of roller bearing, on the second processor that hydraulic cylinder is connected in control system, light sensor and switch is there is also mounted on bracing frame, light sensor is used for detecting the light intensity of couveuse place environment, light sensor is connected on the second processor, send the light intensity data detected to the second processor, light intensity threshold value in comparison judgment unit, for multilevel iudge light intensity and send cord according to result and open or roll instruction to hydraulic cylinder, hydraulic cylinder controls roller bearing motion according to instruction, cord is driven to launch or pack up the when of roller bearing motion.

Second processor connects hydraulic cylinder, and send sending alarm when and to roll cord, thus complete to automatically control the work of cord, realize light is strong when, spread out cord and cover couveuse, roll cord when that light being weak and no longer block couveuse, couveuse sends alarm when, automatic roll up cord simultaneously, facilitate care provider to check.

Above in conjunction with accompanying drawing, this utility model is exemplarily described; obviously this utility model implements and is not subject to the restrictions described above; as long as have employed the improvement of the various unsubstantialities that method of the present utility model design is carried out with technical scheme; or the most improved design of the present utility model and technical scheme are directly applied to other occasion, all within protection domain of the present utility model.Protection domain of the present utility model should be as the criterion with the protection domain that claims are limited.

Claims

1. the infant incubator simulating maternal conditions, it is characterized in that, described infant incubator includes transparent cabinet, bed, supporter, analog systems and control system, supporter is arranged on the lower section of transparent cabinet, bed is placed in the bottom of transparent cabinet, analog systems is arranged on bed, control system is arranged on supporter, control system connects analog systems, control system is used for inputting baby's parent heart beating, breathing and amniotic fluid flowing velocity data, simulates the heart beating of parent, breathing and amniotic fluid flowing sound by analog systems；Described analog systems includes harvester, underwater sound device and Sound simulation device, harvester is used for the rhythm of internal amniotic fluid flowing when gathering the heart beating of parent, respiratory frequency and do not produce, harvester connection control system, the data signal of harvester collection is sent to control system, control system connects underwater sound device and the Sound simulation device of analog systems, underwater sound device and Sound simulation device are connected in control system, according to the instruction works of control system；Described harvester includes the seamless cavity (3) being spliced to form of outer surface (1) and inner surface (2), outer surface (1) and inner surface (2), and harvester uses soft material composition；Described underwater sound device includes waterproof protecting band, suction pump and liquid heater, waterproof protecting band is arranged around bed, suction pump is arranged on the inside of waterproof protecting band, liquid heater is arranged in waterproof protecting band, suction pump and liquid heater are connected in control system, according to the temperature of liquid threshold value arranged in control system, the work of flowing water threshold speed.

2. according to claim 1 according to the described infant incubator simulating maternal conditions, it is characterized in that, described harvester includes heartbeat detection unit, respiration detection unit, first processor and the first communication unit, heartbeat detection unit and respiration detection unit are arranged on harvester, heartbeat detection unit and respiration detection unit are connected on first processor, first communication unit is connected on first processor, the first communication unit wireless connection control system.

3. according to claim 1 according to the described infant incubator simulating maternal conditions, it is characterized in that, it is provided with mini flume, suction pump and liquid heater inside one end of described waterproof protecting band and is arranged on inside mini flume, install and be provided with sound-absorbing sponge outside the waterproof protecting band of mini flume position.

4. according to claim 1 according to the described infant incubator simulating maternal conditions, it is characterized in that, described Sound simulation device includes shell and division board, the shell of Sound simulation device and bed (7) seal and seamless connection form the operatic tunes, the operatic tunes is divided into the main operatic tunes and time operatic tunes in being arranged on the operatic tunes by division board, and division board is provided with air duct, is provided with multiple expansion link and hydraulic cylinder in the main operatic tunes, expansion link and hydraulic cylinder connect, hydraulic cylinder connection control system.

5. according to claim 1 according to the described infant incubator simulating maternal conditions, it is characterized in that, described control system includes the second communication unit, the second processor and instruction issue unit, second communication unit connects analog systems, the outfan of the second communication unit connects the second processor, second processor link order issue unit, instruction issue unit connects simulation system concurrency and send instruction to analog systems.

6. according to claim 1 according to the described infant incubator simulating maternal conditions, it is characterized in that, described infant incubator also includes chopper, chopper connection control system, and chopper includes bracing frame, roller bearing, supporting rod and cord, bracing frame is arranged on transparent cabinet, roller bearing is arranged on the end of bracing frame, and roller bearing is by Hydraulic Cylinder, and supporting rod is fixed on roller bearing, cord is clamped between supporting rod and roller bearing, hydraulic cylinder connection control system.