CN207015878U - Portable insulin syringe heat preservation device - Google Patents

Abstract

The utility model discloses a portable insulin syringe heat preservation device, belonging to the technical field of devices used for freezing or heating equipment or media, comprising a heat preservation cover body and a heat preservation container with a vacuum cavity, wherein the heat preservation cover body is in threaded connection with the heat preservation container, a positioning groove is arranged on the inner wall of the heat preservation container, a positioning plate is clamped in the positioning groove, and the positioning plate divides the inner cavity of the heat preservation container into an upper inner cavity and a lower inner cavity; the one side that locating plate and heat preservation lid are relative is seted up flutedly, and the joint has the cup in the recess, has seted up the limbers along recess circumference on the locating plate, and the joint has the baffle in the cup, sets up a plurality of through-holes that are used for putting the insulin syringe on the baffle, still is provided with temperature alarm device in the cup, and lower inner chamber is injected into there is the clear water, and the nitre has been placed to the last inner chamber between heat preservation container and the cup. The device has the advantages of good heat preservation effect, long heat preservation time, small volume, light weight, portability and strong practicability.

Description

Portable insulin syringe heat insulating device

Technical field

The utility model belongs to being used for freezing or the technical field of the device of firing equipment or medium.

Background technology

Diabetes are the excessive caused diseases of glucose accumulation in a kind of blood.Insulin is that diabetes patient daily must not The medicine that can lack, now diabetes patient uses for convenience, is proposed pen-type insulin syringe, but insulin is needed at 0-12 DEG C At a temperature of preserve, temperature change will influence and destroy active ingredient and quality, in some instances it may even be possible to unnecessary side effect can be brought. Because diabetes patient is required for injection insulin, the requirement of this storage temperature several times to significantly limit outside diabetes patient daily Go out time and the scope of activity, such as the going on business of long period, travel, can parent call on a friend, and outside the routine that is difficult in return to of midway Go out work etc., it is for a long time or outgoing at a distance, it is very inconvenient for diabetes patient.

Utility model content

The utility model is intended to provide a kind of Portable insulin syringe heat insulating device, to solve pancreas islet in the prior art The problem of plain syringe is inconvenient to carry, heat insulation effect difference.

In order to achieve the above object, base case of the present utility model provides a kind of portable insulin injector insulation dress Put, including insulation lid and the cool-bag with vacuum chamber, it is incubated between lid and cool-bag and is threadedly coupled, the insulation Locating slot is offered on container inner wall, location-plate is connected with locating slot, the location-plate is by cool-bag inner chamber on being divided into Inner chamber and lower inner cavity；The location-plate is fluted with being opened up in the one side of insulation cover body phase pair, and cup is connected with the groove, On the location-plate some limbers are circumferentially offered around groove；Dividing plate is connected with the cup, if being offered on dividing plate The through hole for putting insulin syringe is done, temperature alarming device is additionally provided with the cup；The lower inner cavity is injected with Clear water, the upper inner chamber between the cup and cool-bag are placed with nitre.

The technical principle of this programme and have the beneficial effect that：The portable insulin injector packing device that this programme provides exists Before use, inject cold water to the lower inner cavity of cool-bag first（Water temperature is between 0-12 DEG C）So that cold water fills lower inner cavity, then Nitre is put into upper inner chamber, obstructed between nitre and cold water by location-plate, then will be positioned over the pancreas islet preserved in refrigerator Plain syringe is taken out, and inserts in the through hole in cup, then is sealed cool-bag with insulation lid, meanwhile, insulation cover physical efficiency Enough openings by cup are sealed so that cup is isolated relative to inner chamber, avoids the pollution of nitre；Diabetes patient for a long time or During going out at a distance, the device can be carried with, the cool-bag and insulation cover body of vacuum interlayer can play one Fixed insulation effect, soaking time is between 6-8 hours, and over time, the temperature in cool-bag can be gradually increasing, When reaching a certain critical point, triggering is arranged at the temperature alarming device in cup, and the effect of temperature alarming device is to work as cup When interior temperature reaches a certain temperature, meeting trigger switch, and then diabetes patient is reminded, at this point it is possible to the cool-bag is inverted, Water in lower inner cavity is flowed into upper inner chamber by limbers so that the nitre placed in upper inner chamber contacts with water, due to nitre Heat can be absorbed when being dissolved in water, and reduces water temperature, so that the temperature in cool-bag reduces, is reduced to certain temperature When, temperature alarming device is no longer alarmed, and after temperature alarming device is no longer alarmed, is kept for certain time, then by cool-bag Forward direction is placed, during need to hear current rock sound, it was demonstrated that the non-freeze over of water in lower inner cavity, now, cool-bag Interior temperature is maintained between 0-12 DEG C again, can be incubated 6-8 hours again.

The technical program efficiently solves that insulin syringe in the prior art is inconvenient to carry, heat insulation effect difference is asked Topic, the principle of heat can be absorbed by being dissolved in water using nitre, can be ensured that the temperature in cool-bag is in 0-12 DEG C, be protected pancreas The active ingredient and quality of island element are not destroyed；The through hole opened up on dividing plate can prevent insulin syringe will not be with cup Rock and collide, will not clashing and breaking.High insulating effect, the soaking time length of the present apparatus, and compact, it is in light weight, it is easy to Carry, it is practical.

Preferred scheme one, as the further optimization to base case, the temperature alarming device includes being connected to dividing plate On the mercurial thermometer placed vertically, and the RF transmitter and infrared receiver being connected on cup inwall be described RF transmitter and infrared receiver are located at the both sides of thermometer respectively, and the infrared receiver is electrically connected with alarm Lamp, the alarm lamp are arranged at outside cool-bag；12 DEG C of quarters on the infrared ray and mercurial thermometer that RF transmitter is sent Flush is spent, when cup body temperature is less than 12 DEG C, the infrared ray that RF transmitter is launched can pass through mercury temperature Meter, and received by infrared receiver, now, the alarm lamp of infrared receiver electrical connection will not flash；Work as cup When interior temperature is increased to 12 DEG C, i.e., mercury rises to 12 DEG C, and because mercury is light tight, mercury can send out infrared generator The infrared ray penetrated stops so that infrared receiver can not receive infrared ray, now, the report electrically connected with infrared receiver Flicker alarm occurs for warning lamp, reminds patient.

Preferred scheme two, as the further optimization to preferred scheme one, it is connected with the location-plate for preventing nitre Stone falls into the screen pack of lower inner cavity；Connect screen pack on location-plate, on the one hand do not hinder current by the other hand can Effectively prevent nitre from falling in the water of lower inner cavity.

Preferred scheme three, as the further optimization to preferred scheme two, pad is fixedly connected with the insulation cover body； After insulation lid is threadedly coupled with cool-bag, pad is located at junction, further improves the sealing of cool-bag, reduces heat Exchange so that the high insulating effect of the present apparatus.

Preferred scheme four, as the further optimization to preferred scheme three, also clamping between the cool-bag and cup There is the baffle plate for closing upper inner chamber；When cool-bag is being inverted, baffle plate can effectively prevent the water in lower inner cavity from flowing out In inner chamber, ensure that the water in cool-bag inner chamber may not flow into cup and influence the temperature of insulin syringe.

Preferred scheme five, as the further optimization to preferred scheme four, the quantity of the through hole is three；Once can be with Three insulin syringes are placed, patient's demand of one day can be met substantially.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model embodiment Portable insulin syringe heat insulating device.

Embodiment

The utility model is described in further detail below by embodiment：

Reference in Figure of description includes：Be incubated lid 1, cool-bag 2, locating slot 3, location-plate 4, groove 5, Cup 6, limbers 7, upper inner chamber 801, lower inner cavity 802, temperature alarming device 9, mercurial thermometer 901, RF transmitter 902nd, infrared receiver 903, alarm lamp 904, dividing plate 10, through hole 11, pad 12, baffle plate 13.

Embodiment is substantially as shown in Figure 1：The utility model is Portable insulin syringe heat insulating device, including insulation cover Body 1 and the cool-bag 2 with vacuum chamber, are incubated in lid 1 and are fixedly connected with pad 12, insulation lid 1 and cool-bag 2 it Between be threadedly coupled, locating slot 3 is offered on the inwall of cool-bag 2, is connected with location-plate 4 in locating slot 3, location-plate 4 will be incubated The inner chamber of container 2 is every being divided into upper inner chamber 801 and lower inner cavity 802；The upper surface of location-plate 4 opens up fluted 5, is connected with groove 5 Cup 6, the rim of a cup of cup 6 upward, circumferentially offer some limbers 7 around groove 5 on location-plate 4, are provided with location-plate 4 For preventing nitre from falling into the screen pack of lower inner cavity 802, it is connected between cup 6 and cool-bag 2 for closing inner chamber 801 Baffle plate 13, the injected clear water of lower inner cavity 802, place nitre in upper inner chamber 801 between cool-bag 2 and cup 6；In cup 6 Dividing plate 10 is connected with, three through holes 11 for being used to put insulin syringe are opened up on dividing plate 10, temperature report is installed in cup 6 Alarm device 9, temperature alarming device 9 includes being connected to the mercurial thermometer 901 placed vertically on dividing plate 10, and is connected to cup RF transmitter 902 and infrared receiver 903 on 6 inwalls, RF transmitter 902 and infrared receiver 903 divide Not Wei Yu thermometer both sides, infrared receiver 903 is electrically connected with alarm lamp 904, and alarm lamp 904 is arranged on cool-bag 2 Outer wall.

In use, first, cold water of the water temperature between 0-12 DEG C is injected into the lower inner cavity 802 of cool-bag 2, cold water leads to Cross the bucket water hole 7 on location-plate 4 to flow into lower inner cavity 802, upper inner chamber is put into when cold water is full of lower inner cavity 802, then by nitre In 801, obstructed between nitre and cold water by location-plate 4, cup 6 is connected in the groove 5 that the upper surface of location-plate 4 opens up, so The insulin syringe that preserves in refrigerator will be positioned over afterwards to take out, and the corresponding through hole 11 inserted on dividing plate 10, then use insulation cover Body 1 seals cool-bag 2, and the pad 12 of connection improves heat insulation effect in insulation lid 1；Diabetes patient for a long time or During going out at a distance, the device can be carried with, the cool-bag 2 and insulation lid 1 of vacuum interlayer can play Certain insulation effect, the soaking time of the device is between 6-8 hours.

The infrared ray that the RF transmitter 902 of the inwall of cup 6 installation is sent and 12 DEG C of scales on mercurial thermometer 901 Keeping equal, mercurial thermometer 901 is used to monitor the temperature in cup 6, when temperature is less than 12 DEG C in cup 6, infrared ray hair The infrared ray that emitter 902 is launched can pass through mercurial thermometer 901, and be received by infrared receiver 903, now, The alarm lamp 904 that infrared receiver 903 electrically connects will not flash；When the temperature in cup 6 is increased to 12 DEG C, i.e. water Mercury in silver-colored thermometer 901 is risen at 12 DEG C of scale, due to the lighttight principle of mercury, infrared generator transmitting Infrared ray will be stopped by mercury so that infrared receiver 903 can not receive infrared ray, with infrared receiver 903 Flicker alarm occurs for the alarm lamp 904 of electrical connection, reminds diabetes patient.

Now, the device can be inverted by diabetes patient, and the water in lower inner cavity 802 passes through limbers 7 and screen pack stream Enter in upper inner chamber 801, the nitre placed in upper inner chamber 801 is contacted with water, and heat can be absorbed when being dissolved in water due to nitre, is reduced Water temperature, so as to reduce the temperature in cool-bag 2, mercurial thermometer 901 measures the temperature in cup 6, works as water in real time When silver is dropped to below 12 DEG C of scales, infrared receiver 903 can receive infrared ray again, and alarm lamp 904 stops flicker Alarm, then after being kept for the regular hour, place cool-bag 2 is positive, during diabetes patient can rocking by current Sound, to ensure in the present apparatus that also storage has water, now, the temperature in cool-bag 2 is again lowered between 0-12 DEG C, again can be with It is incubated 6-8 hours.

Above-described is only embodiment of the present utility model, and the general knowledge such as known concrete structure and characteristic is herein in scheme Do not describe excessively.It should be pointed out that for those skilled in the art, the premise of the utility model structure is not being departed from Under, several modifications and improvements can also be made, these should also be considered as the scope of protection of the utility model, and these are all without influence The effect and practical applicability that the utility model is implemented.This application claims protection domain should be with the content of its claim It is defined, the record such as embodiment in specification can be used for the content for explaining claim.

Claims (6)

1. Portable insulin syringe heat insulating device, including insulation lid and the cool-bag with vacuum chamber, are incubated lid It is threadedly coupled between cool-bag, it is characterised in that：Offer locating slot on the cool-bag inwall, clamping in locating slot There is a location-plate, the location-plate is by cool-bag inner chamber every being divided into upper inner chamber and lower inner cavity；The location-plate and insulation cover body phase To one side on open up fluted, cup is connected with the groove, is circumferentially offered around groove on the location-plate some Limbers；Dividing plate is connected with the cup, some through holes for being used to put insulin syringe, the cup are offered on dividing plate It is additionally provided with temperature alarming device in vivo；The lower inner cavity is injected with clear water, the upper inner chamber between the cup and cool-bag It is placed with nitre.

2. Portable insulin syringe heat insulating device according to claim 1, it is characterised in that：The temperature alarming dress Put including being connected to the mercurial thermometer placed vertically on dividing plate, and the RF transmitter that is connected on cup inwall and red Outer line receiver, the RF transmitter and infrared receiver are located at the both sides of thermometer, the infrared receiver respectively Device is electrically connected with alarm lamp, and the alarm lamp is arranged at outside cool-bag.

3. Portable insulin syringe heat insulating device according to claim 2, it is characterised in that：Connect on the location-plate It is connected to the screen pack for preventing nitre from falling into lower inner cavity.

4. Portable insulin syringe heat insulating device according to claim 3, it is characterised in that：In the insulation cover body It is fixedly connected with pad.

5. Portable insulin syringe heat insulating device according to claim 4, it is characterised in that：The cool-bag with The baffle plate for closing upper inner chamber is also connected between cup.

6. Portable insulin syringe heat insulating device according to claim 5, it is characterised in that：The quantity of the through hole For three.