CN204750976U - Injection packing carton that can self preservation temperature - Google Patents
Injection packing carton that can self preservation temperature Download PDFInfo
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- CN204750976U CN204750976U CN201520312781.8U CN201520312781U CN204750976U CN 204750976 U CN204750976 U CN 204750976U CN 201520312781 U CN201520312781 U CN 201520312781U CN 204750976 U CN204750976 U CN 204750976U
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Abstract
The utility model relates to an injection packing carton that can self preservation temperature, it includes external packing box, sets up inside a plurality of accommodation space of external packing box and placing the inside buffer body of a plurality of accommodation space, the buffer body include with on the packing carton surface contact first buffer body, with surface contact's second buffer body and setting is in under the packing carton first buffer body with the tripple buffer body between the second buffer body. The utility model provides a package box structure is simple for the injection, and external packing box is inside to be separated for a plurality of accommodation space through the baffle, and a plurality of buffer bodies setting of one -to -one respectively are provided with the buffer body and protect injection packing bottle in every accommodation space in the accommodation space, and the buffer body divide into the triplex, conveniently packs and takes out the packing bottle, has seted up the holding tank in that the buffer body is inside, is convenient for fix the packing bottle, the transportation and preserving be convenient for.
Description
Technical field
The utility model relates to packaging field, be specifically related to a kind of can the Box for packaging injection of self-heat conserving.
Background technology
At the packaging field of medicine, the application of packing box widely, but the medicine due to much such as parenteral solution reagent and so on is all generally bottled, therefore, when transporting or preserve, if the glass bottle medicine of parenteral solution reagent and so on is directly placed in paper package box, easily damages, break, cause damage.
Therefore, when packing this type of medicine, generally need in packing box, to set up inner piece to reach the object of buffering, but the inner piece of existing packing box is more complicated when packing, increase the time cost of packaging, and in use, be also inconvenient to take out.Existing parenteral solution packing box generally can only deposit a parenteral solution, when picking and placeing multiple parenteral solution, cumbersome, namely causes economic waste, wastes again a large amount of human and material resources and time.
On the other hand, existing general infusion pump bottling all needs low-temperature preservation, and the storage condition of Levosimendan is-2 to 8 degree, need shading, airtight, Cord blood, existing Levosimendan Injections generally needs to utilize Medical refrigerator to preserve, and financial cost is higher, and cannot from cooling when taking out and using, have inconvenience during use, and existing packing box generally do not possess self-heat conserving function.
Utility model content
The shortcoming that the utility model exists to solve the above-mentioned existing parenteral solution medicine package box mentioned, there is provided a kind of can the Box for packaging injection of self-heat conserving, its package interior is provided with multiple spatial accommodation, it is inner that multiple parenteral solution leaves multiple spatial accommodation respectively in, and in spatial accommodation, be provided with the material inhaling temperature, Cord blood is carried out to Packaging Bottle.
Concrete, the utility model provide a kind of can the Box for packaging injection of self-heat conserving, it comprises external packing box, is arranged on multiple spatial accommodation of described external packing box inside and is placed on the buffer body be made up of elastomeric material of described multiple spatial accommodation inside,
Described buffer body comprises the first buffer body contacted with described packing box upper surface, the second buffer body contacted with described packing box lower surface and the 3rd buffer body be arranged between described first buffer body and described second buffer body, described first buffer body is fixed on the upper surface of described 3rd buffer body by snap close piece, the lower surface of described 3rd buffer body is fixed on the upper surface of described second buffer body, described first buffer body, volume after second buffer body and the 3rd buffer body combine is less than the internal volume of described spatial accommodation, described second buffer body regulates the chamber of material to form by elastomeric material and the accommodation phase transition temperature that is arranged on described elastomeric material inside, described chamber is embedded among described elastomeric material, for lowering the temperature to infusion pump bottling, described phase transition temperature regulates the phase transition temperature of material to be 9-11 degree,
The centre portion of described 3rd damper element is provided with the holding tank for holding infusion pump bottling running through its upper surface and lower surface, the size and shape of holding tank is suitable for being stuck in wherein by the screen resilience of elastomeric material by injection bottle, and, the height of holding tank is identical with the thickness of the 3rd damper element, when injection bottle can be made accommodated therein, the vertex of injection bottle is lower than the upper edge or concordant at least with it of holding tank
And being positioned at holding tank both sides and the groove through with holding tank, the partial circle cylinder of the sidewall of described groove to be radius be 1.5-2cm, makes user be easy to that finger or other instruments are inserted grooves hold injection bottle and is taken out.
Preferably, a kind of can the Box for packaging injection of self-heat conserving, it comprises external packing box, is arranged on multiple spatial accommodation of described external packing box inside and is placed on the buffer body be made up of elastomeric material of described multiple spatial accommodation inside,
Described buffer body comprises the second buffer body that the first buffer body of contacting with described packing box upper surface contacts with described packing box lower surface, the 4th buffer body being arranged on the 3rd buffer body between described first buffer body and described second buffer body and being arranged between described 3rd buffer body and described second buffer body, described first buffer body is fixed on the upper surface of described 3rd buffer body by snap close piece, volume after described first buffer body, the second buffer body, the 3rd buffer body and the combination of the 4th buffer body is less than the internal volume of described spatial accommodation
The centre portion of described 3rd damper element is provided with the holding tank for holding infusion pump bottling running through its upper surface and lower surface, the size and shape of holding tank is suitable for being stuck in wherein by the screen resilience of elastomeric material by injection bottle, and, the height of holding tank is identical with the thickness of the 3rd damper element, when injection bottle can be made accommodated therein, the vertex of injection bottle is lower than the upper edge or concordant at least with it of holding tank
And being positioned at holding tank both sides and the groove through with holding tank, the partial circle cylinder of the sidewall of described groove to be radius be 1.5-2cm, makes user be easy to that finger or other instruments are inserted grooves hold injection bottle and is taken out;
The centre portion of described 4th buffer body offers the cavity regulating material for holding phase transition temperature, and for lowering the temperature to infusion pump bottling, described phase transition temperature regulates the phase transition temperature of material to be 9-11 degree.
Preferably, described humectant is glycerine; Nucleating agent is borax; PH value regulator is boric acid; Thickening agent is sodium carboxymethyl cellulose, polyacrylamide or sodium polyacrylate.
Preferably, described first damper element is equal with the thickness of described second damper element, is 1/4 of described 3rd damper element thickness.
Preferably, the region of the lower surface of described 3rd buffer body except described holding tank and described groove is fixed on the upper surface of described second buffer body by adhesives.
Preferably, the bottom of described holding tank has been arranged side by side multiple elastic component, described elastic component is fixed on the second buffer body upper surface, compressive state is in when described first buffer body is fixed on the 3rd buffer body upper surface by snap close piece, and expand a bit of distance along holding tank short transverse with speed slowly when described first buffer body is removed fixing, thus can upwardly infusion pump bottle, the vertex that infusion pump is bottled and the mid point of nadir arrive the upper edge or concordant at least with it of holding tank.
Preferably, described elastic component is arranged between described 3rd buffer body and described second buffer body.
Preferably, described elastic component comprises fixed support and elastic body, and described elastic body is fixed on described fixed support, and described fixed support is fixed on the upper surface of described second buffer body.
Preferably, the position of described elastic body setting is corresponding with the position of described holding tank.
Preferably, described elastic body is the elastic construction be combined into by several flexure strips, and the cross-sectional plane of described flexure strip is square or circular.
Preferably, described snap close piece comprises the first installation portion, the second installation portion and limiting section, described first installation portion is fixed on the outward flange of described first buffer body by flexible couplings, described second installation portion is fixed on the outer wall of described 3rd buffer body by mounting hole, described second installation portion of the revolvable connection of described limiting section, described first installation portion is provided with the through hole passed through for described limiting section.
The parenteral solution packing box structure that the utility model provides is simple; external packing box is inner is multiple spatial accommodation by baffle for separating; multiple buffer body is arranged in each spatial accommodation respectively one to one; be provided with buffer body in spatial accommodation to protect infusion pump bottling; buffer body is divided into three parts, conveniently packs Packaging Bottle and takes out, offering holding tank in buffer body inside; be convenient to be fixed Packaging Bottle, be convenient to transport and preserve.Multiple infusion pump bottling is placed in a packing box, is conducive to the maximum using in space, and saves cost of manufacture.The bottom of holding tank is provided with elastic body, and when opening snap close, infusion pump bottling is ejected outside buffer body by elastic body, conveniently takes out use, saves plenty of time, material resources.Buffer body is provided with the snap close piece that can open, and when snap close piece is closed, elastic body is in compressive state.Be provided with in buffer body simultaneously and place the chamber that phase transition temperature regulates material, after reefer is left in infusion pump bottling, self-heat conserving is carried out to infusion pump bottling, enable Levosimendan Injections or other parenteral solutions at deepfreeze.
Accompanying drawing explanation
Fig. 1 is the structural representation of packing box of the present utility model;
Fig. 2 is the structural representation of buffer body of the present utility model;
Fig. 3 is the decomposing schematic representation of buffer body of the present utility model;
Fig. 4 is the birds-eye view of the first embodiment of the 3rd buffer body of the present utility model;
Fig. 5 is the birds-eye view of the second embodiment of the 3rd buffer body of the present utility model;
Fig. 6 is the structural representation of the second embodiment Elastic part of the present utility model;
Fig. 7 is the structural representation of snap close piece of the present utility model;
Fig. 8 is buffer body of the present utility model by the locked view of snap close piece;
Fig. 9 is the structural representation of buffer body middle chamber of the present utility model; And
Figure 10 is the decomposing schematic representation of the buffer body of the 3rd embodiment of the present utility model.
Detailed description of the invention
Below in conjunction with drawings and the specific embodiments, structure and working principle of the present utility model is further explained:
As shown in Figures 1 and 2, the utility model provides a kind of Levosimendan Injections packing box, and it comprises external packing box 1 and is arranged on multiple buffer bodies 2 of external packing box 1 inside.The inside of external packing box 1 is multiple spatial accommodations 11 by multiple baffle for separating; it is inner that buffer body 2 is placed on each spatial accommodation 11 one to one; the volume of buffer body 2 is slightly less than the internal volume of spatial accommodation 11; buffer body 2 is facilitated to be placed on the inside of spatial accommodation 11; and by buffer body 2, infusion pump bottling is protected in transport or preservation process.
As shown in Figures 2 and 3, buffer body 2 is made up of elastomeric material and the suction adiabator that is arranged on elastomeric material inside.In use, as shown in Figure 9, second buffer body 4 inside is provided with and holds the chamber 40 that phase transition temperature regulates material, phase transition temperature regulates material to be placed in sealing bags, phase transition temperature regulates the phase transition temperature of material to be 9-11 degree, phase transition temperature regulates material to comprise the sal glauberi that percentage by weight is 43-80%, percentage by weight is the phase transition temperature conditioning agent of 16-32%, percentage by weight is the humectant of 1-10%, percentage by weight is the nucleating agent of 1-5%, percentage by weight be 1-5% pH value regulator and percentage by weight be the thickening agent of 1-5%.
Phase transition temperature conditioning agent is one or both in sodium chloride, muriate of potash, ammonium chloride or ammonium sulphate
Humectant is glycerine; Nucleating agent is borax; PH value regulator is boric acid; Thickening agent is sodium carboxymethyl cellulose, polyacrylamide or sodium polyacrylate.
Described phase transition temperature regulates the preparation method of material to comprise the following steps: by percentage by weight be 1-10% humectant and percentage by weight be 1-5% nucleating agent mixing, add percentage by weight be 1-5% pH value regulator adjust ph be 6-8, stir, add wherein percentage by weight be 1-25% phase transition temperature conditioning agent and percentage by weight be the thickening agent of 1-5%, mixing, add the sal glauberi that percentage by weight is 50-95% again, melting is stirred at 12-29 DEG C, stop heating, continue to stir, cooling, obtains phase-change material.
When making packing box, the sealing bags of material is regulated to be placed in chamber 40 by being equipped with phase transition temperature, when Box for packaging injection takes out from deep freezer, if ambient temperature reaches more than 9 degree, phase transition temperature regulates material to carry out phase transformation, surrounding is lowered the temperature, infusion pump bottling is played to the effect of refrigeration.
In remaining embodiment, second buffer body 4 by elastomeric material and be arranged on described elastomeric material inside can inhale temperature reaction chamber form, what the reaction chamber inhaling temperature can be separated is embedded among elastomeric material, for when being separated described elastomeric material, infusion pump bottling is lowered the temperature, reaction chamber is the first chamber setting up and down and the second chamber by divides, second chamber is arranged on the top of the first chamber, first chamber is placed with liquid reactant A, second chamber is provided with Powdered reagent B, separator of battery plates is provided with and contacts with reagent B for reagent A and the passage of the chemical reaction that occurs to freeze.Open the reaction chamber 40 of the second buffer body 4 bottom, can carry out supplementing supply to reagent.
In the storage process of parenteral solution, Powdered reagent B enters the first chamber by passage from the second chamber, reagent A contacts with reagent B and the chemical reaction that freezes occurs, ambient temperature is reached to the effect of reduction, about making the infusion pump temperature of bottling around remain on zero degree, play and infusion pump is bottled the object of lowering the temperature.Buffer body 2 comprises the second buffer body 4 that the first buffer body 3 of contacting with packing box 1 upper surface contacts with packing box 1 lower surface and the 3rd buffer body 5 be arranged between the first buffer body 3 and the second buffer body 4.A sidewall of the first buffer body 3 is connected by rotary connector with a sidewall of the 3rd buffer body 5, another sidewall of first buffer body 3 is fixed on by snap close piece 31 on the upper surface of the 3rd buffer body 5, the lower surface 52 of the 3rd buffer body 5 is fixed on the upper surface of the second buffer body 4, lower surface contact packing box 1 lower surface of the second buffer body 4, the upper surface of the upper surface contact packing box 1 of the first buffer body 3, the upper surface of lower surface contact the 3rd buffer body 5 of the first buffer body 3, first buffer body 3, volume after second buffer body 4 and the 3rd buffer body 5 combine is slightly less than the internal volume of spatial accommodation 11.
First buffer body 3 is equal with the height of the second buffer body 4, is 1/4 of the height of the 3rd buffer body 5.In actual applications; the height of the first buffer body 3 and the second buffer body 4 is generally 2cm; the height of the 3rd buffer body 5 is generally 8cm; such height design; infusion pump bottling can be placed on the inside of the 3rd buffer body 5; and the effect of protection is played by the first buffer body 3 and the 4 pairs of infusion pump bottlings of the second buffer body, prevent infusion pump from bottling and damage in the processes such as transport.
In the third embodiment, as shown in Figure 10, buffer body 2 comprises the first buffer body 3 contacted with packing box upper surface 10, the second buffer body 4 contacted with packing box 1 lower surface, the 4th buffer body 6 being arranged on the 3rd buffer body 5 between the first buffer body 3 and the second buffer body 4 and being arranged between the 3rd buffer body 5 and the second buffer body 4, first buffer body 3 is fixed on the upper surface of the 3rd buffer body 5 by snap close piece 31, first buffer body 3, second buffer body 4, volume after 3rd buffer body 5 and the 4th buffer body 6 combine is less than the internal volume of spatial accommodation 11, the height of the 4th buffer body equals the height of the 3rd buffer body.
The centre portion of the 4th buffer body 6 offers the cavity 60 regulating material for holding phase transition temperature, and for lowering the temperature to infusion pump bottling, phase transition temperature regulates material to be placed in sealed plastic bag, and phase transition temperature regulates the phase transition temperature of material to be 9-11 degree.
As shown in Figure 4, the centre portion of the 3rd buffer body 5 is provided with the holding tank 53 for holding infusion pump bottling running through its upper surface and lower surface, the size and shape of holding tank 53 is suitable for being stuck in wherein by the screen resilience of elastomeric material by infusion pump bottling, and, the height of holding tank 53 is identical with the thickness of the 3rd buffer body 5, and the vertex that when infusion pump can be made to bottle accommodated therein, infusion pump is bottled is lower than the upper edge or concordant at least with it of holding tank 53.In actual applications, holding tank 53 is rectangle, is convenient to batch manufacturing.
In first embodiment, as shown in Figure 5, holding tank 53 both sides offer the groove 55 through with holding tank, the partial circle cylinder of the sidewall of groove 55 to be radius be 1.5-2cm, make user be easy to that finger or other instruments are inserted grooves hold injection bottle to be taken out, manufacture simple, reduce financial cost.
In a second embodiment, elastic component 54 is provided with between 3rd buffer body 5 and the second buffer body 4, for the vertex of infusion pump bottling and the mid point of nadir being ejected the upper edge or concordant at least with it higher than holding tank 53 when opening the first buffer body 3, convenient by infusion pump bottling taking-up from holding tank 53, easy to use, and in use, as required, the infusion pump bottling taken out in any one spatial accommodation 11 can be opened.
As shown in Figure 6, elastic component 54 comprises fixed support 541 and elastic body 542, and elastic body 512 is fixed on fixed support 541, and fixed support 541 is fixed on the upper surface of the second buffer body 4.The position that elastic body 512 is arranged is corresponding with the position of holding tank 53, infusion pump bottling is ejected to facilitate.
The elastic construction combined by flexure strip 543 that elastic body 542 is arranged side by side for several, the cross-sectional plane of flexure strip 543 is square or circular.When the first buffer body 3 is fixed on the 3rd buffer body 5 by snap close piece 31, flexure strip 543 is compressed between the second buffer body 4 and the 3rd buffer body 5 by pressure, a bit of distance is expanded along holding tank short transverse with speed slowly when the first buffer body is removed fixing, this segment distance is the half of the diameter of injection bottle cross-sectional plane, and be less than the distance that flexure strip 543 is upspring, the distance that flexure strip 543 is upspring is determined by the area of the cross-sectional plane of flexure strip, the flexure strip of different size can be selected according to the size of injection bottle, thus can upwardly infusion pump bottle, the vertex that infusion pump is bottled and the mid point of nadir arrive the upper edge or concordant at least with it of holding tank.
Elastic body is made up of the elastomeric polymer including 25%-65%, and elastomeric polymer comprises one or several the combination in following polymers, natural in neoprene, polyurethane or silaatic.The elastic body made of elastomeric polymer is when losing pressure thus, can slowly resilience, thus can upwardly infusion pump bottling, and the vertex that infusion pump is bottled and the mid point of nadir arrive the upper edge or concordant at least with it of holding tank.
As shown in Figures 7 and 8, snap close piece 31 comprises the first installation portion 311, second installation portion 312 and limiting section 313, first installation portion 311 is fixed on the outward flange of the first buffer body 3 by flexible couplings 314, flexible couplings 314 is the attaching parts that can bend, second installation portion 312 is fixed on the outer wall of the 3rd buffer body 5 by mounting hole, limiting section 313 revolvable connection second installation portion 312, first installation portion 311 is provided with the through hole passed through for limiting section 313.
When packing, by the through hole of the limiting section 313 of snap close piece 31 through the first installation portion 311, namely rotate to the B position in Fig. 7, multiple buffer body 2 is placed in multiple spatial accommodations 11 of external packing box 1 inside, in the present embodiment, the quantity of spatial accommodation 11 is 4, and is placed in the groove 53 of the 3rd buffer body 5 inside one by one by infusion pump bottling, is fixed on the 3rd buffer body 5 by first buffer body 3 of snap close piece 31 by each buffer body 2.
In use, the limiting section 313 of snap close piece 31 is rotated to exiting from the through hole of the first installation portion 311, namely rotate to the A position in Fig. 7, first buffer body 3 is opened, now, infusion pump bottling is ejected when opening the first buffer body 3 by elastic component 54, infusion pump bottling is taken out from holding tank 53.
In another embodiment, snap close piece 31 comprises the first noumenon and the second body, the first noumenon is fixed on the outward flange of the first buffer body 3, second body is fixed on the outer wall of the 3rd buffer body 5, the first noumenon and described second body are attracted each other by magnetic force, are fixed on the 3rd buffer body 5 by the first buffer body 3.
The Levosimendan Injections packing box structure that the utility model provides is simple; external packing box inside is provided with buffer body 2 pairs of Levosimendan Injections Packaging Bottle and protects; buffer body 2 is divided into three parts; conveniently Packaging Bottle packed and take out; holding tank is offered in buffer body 2 inside; be convenient to be fixed Packaging Bottle, be convenient to transport and preserve.And be provided with the groove 54 that convenient finger takes out Packaging Bottle in the both sides of holding tank 53, or elastic body is set, conveniently in use Levosimendan Injections Packaging Bottle is taken out.
Last it is noted that above-described each embodiment is only for illustration of the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in previous embodiment, or to wherein partly or entirely technical characteristic carry out equivalent replacement; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the utility model.
Claims (8)
1. can the Box for packaging injection of self-heat conserving, it is characterized in that: it comprises external packing box, is arranged on multiple spatial accommodation of described external packing box inside and is placed on the buffer body be made up of elastomeric material of described multiple spatial accommodation inside,
Described buffer body comprises the first buffer body contacted with described packing box upper surface, the second buffer body contacted with described packing box lower surface and the 3rd buffer body be arranged between described first buffer body and described second buffer body, described first buffer body is fixed on the upper surface of described 3rd buffer body by snap close piece, the lower surface of described 3rd buffer body is fixed on the upper surface of described second buffer body, described first buffer body, volume after second buffer body and the 3rd buffer body combine is less than the internal volume of described spatial accommodation, described second buffer body regulates the chamber of material to form by elastomeric material and the accommodation phase transition temperature that is arranged on described elastomeric material inside, described chamber is embedded among described elastomeric material, for lowering the temperature to infusion pump bottling, described phase transition temperature regulates the phase transition temperature of material to be 9-11 degree,
The centre portion of described 3rd damper element is provided with the holding tank for holding infusion pump bottling running through its upper surface and lower surface, the size and shape of holding tank is suitable for being stuck in wherein by the screen resilience of elastomeric material by injection bottle, and, the height of holding tank is identical with the thickness of the 3rd damper element, when injection bottle can be made accommodated therein, the vertex of injection bottle is lower than the upper edge or concordant at least with it of holding tank
And being positioned at holding tank both sides and the groove through with holding tank, the partial circle cylinder of the sidewall of described groove to be radius be 1.5-2cm, makes user be easy to that finger or other instruments are inserted grooves hold injection bottle and is taken out.
2. can the Box for packaging injection of self-heat conserving, it is characterized in that: it comprises external packing box, is arranged on multiple spatial accommodation of described external packing box inside and is placed on the buffer body be made up of elastomeric material of described multiple spatial accommodation inside,
Described buffer body comprises the second buffer body that the first buffer body of contacting with described packing box upper surface contacts with described packing box lower surface, the 4th buffer body being arranged on the 3rd buffer body between described first buffer body and described second buffer body and being arranged between described 3rd buffer body and described second buffer body, described first buffer body is fixed on the upper surface of described 3rd buffer body by snap close piece, volume after described first buffer body, the second buffer body, the 3rd buffer body and the combination of the 4th buffer body is less than the internal volume of described spatial accommodation
The centre portion of described 3rd damper element is provided with the holding tank for holding infusion pump bottling running through its upper surface and lower surface, the size and shape of holding tank is suitable for being stuck in wherein by the screen resilience of elastomeric material by injection bottle, and, the height of holding tank is identical with the thickness of the 3rd damper element, when injection bottle can be made accommodated therein, the vertex of injection bottle is lower than the upper edge or concordant at least with it of holding tank
And being positioned at holding tank both sides and the groove through with holding tank, the partial circle cylinder of the sidewall of described groove to be radius be 1.5-2cm, makes user be easy to that finger or other instruments are inserted grooves hold injection bottle and is taken out;
The centre portion of described 4th buffer body offers the cavity regulating material for holding phase transition temperature, and for lowering the temperature to infusion pump bottling, described phase transition temperature regulates the phase transition temperature of material to be 9-11 degree.
3. according to claim 1 can the Box for packaging injection of self-heat conserving, it is characterized in that: the region of lower surface except described holding tank and described groove of described 3rd buffer body is fixed on the upper surface of described second buffer body by adhesives.
4. according to claim 1 can the Box for packaging injection of self-heat conserving, it is characterized in that: the bottom of described holding tank has been arranged side by side multiple elastic component, described elastic component is fixed on the second buffer body upper surface, compressive state is in when described first buffer body is fixed on the 3rd buffer body upper surface by snap close piece, and expand a bit of distance along holding tank short transverse with speed slowly when described first buffer body is removed fixing, thus can upwardly infusion pump bottle, the vertex that infusion pump is bottled and the mid point of nadir arrive the upper edge or concordant at least with it of holding tank.
5. according to claim 4 can the Box for packaging injection of self-heat conserving, it is characterized in that: described elastic component is arranged between described 3rd buffer body and described second buffer body.
6. according to claim 5 can the Box for packaging injection of self-heat conserving, it is characterized in that: described elastic component comprises fixed support and elastic body, described elastic body is fixed on described fixed support, and described fixed support is fixed on the upper surface of described second buffer body.
7. according to claim 6 can the Box for packaging injection of self-heat conserving, it is characterized in that: described elastic body is the elastic construction be combined into by several flexure strips, the cross-sectional plane of described flexure strip is square or circular.
8. according to claim 1 can the Box for packaging injection of self-heat conserving, it is characterized in that: described snap close piece comprises the first installation portion, the second installation portion and limiting section, described first installation portion is fixed on the outward flange of described first buffer body by flexible couplings, described second installation portion is fixed on the outer wall of described 3rd buffer body by mounting hole, described second installation portion of the revolvable connection of described limiting section, described first installation portion is provided with the through hole passed through for described limiting section.
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| CN201520312781.8U CN204750976U (en) | 2015-05-15 | 2015-05-15 | Injection packing carton that can self preservation temperature |
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| CN201520312781.8U CN204750976U (en) | 2015-05-15 | 2015-05-15 | Injection packing carton that can self preservation temperature |
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| CN204750976U true CN204750976U (en) | 2015-11-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107352160A (en) * | 2017-08-16 | 2017-11-17 | 景晖包装（上海）有限公司 | A kind of key protecting box and the die cutting die for processing key protecting box |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107352160A (en) * | 2017-08-16 | 2017-11-17 | 景晖包装（上海）有限公司 | A kind of key protecting box and the die cutting die for processing key protecting box |
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