CN204744195U

CN204744195U - Container structure

Info

Publication number: CN204744195U
Application number: CN201520400988.0U
Authority: CN
Inventors: 黎家榆
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-11
Filing date: 2015-06-11
Publication date: 2015-11-11
Anticipated expiration: 2025-06-11

Abstract

The utility model provides a container structure, it contains a cavity barrel, a piston portion, a push rod and connecting portion. The cavity barrel contains an abutting end and an open end, piston portion is movably to be located in the cavity barrel, the push rod contains a stalk portion, and the one end and the piston portion of stalk portion have under the circumstances of solution at the cavity barrel, can divide liftoff being connected, connecting portion contain a cavity to be taken over, and wherein one end is connected with the abutting end of cavity barrel. Through push rod and the separable design of piston portion, reduce the whole length of container structure, container structure makes the blood of extraction can carry out the centrifugation in same container in can directly putting into the centrifugal separator, through the design of connecting portion, derive the solution of not wanting, remain the composition of wanting to reach and carry out a lot of eccentric efficiency at same container.

Description

Structure of container

Technical field

This utility model relates to a kind of container, refers in particular to a kind of structure of container with piston, dismountable type push rod and connecting portion.

Background technology

Due to the development gradually of biotechnology, in blood, heterogeneity can be used for different field in medical science and is used.Find in modern medicine, when blood is after centrifugal, be namely separated into upper plasma layer, the yellow turbid layer (buffycoat) in middle level and lower floor's layer of red blood cells, and this yellow turbid layer is made up of platelet, stem cell and lymphocyte.When centrifugal treating blood, if the centrifugal time after platelet may be made for a long time, stem cell is compressed to layer of red blood cells and is difficult to extract; Otherwise, if the centrifugal time is shorter, be not enough to again to allow platelet and stem cell is complete positive focuses on middle level, cause the concentration that extracts not enough.Wherein, yellow turbid layer has quite high medical treatment and coml value.Therefore at present adopt centrifugal method for how isolating yellow turbid layer from blood, to extract platelet and the stem cell of higher concentration more.

As No. I397440th, TaiWan, China patent announcement case in prior art, it discloses a kind of " from periphery blood, extracting the biological device of hematopoietic stem cell and mesenchymal stem cell ", refer to Figure 10, this biological device includes the hollow syringe conductor 90 that a body 80 and is placed in this body 80 separably; This body 80 has a neck part 81 between these body 80 two ends.First, the blood of extraction is replaced from syringe the body 80 in this biological device, when blood carry out in this body 80 centrifugal after, the yellow turbid layer in middle level will be detained in this neck part 81; Then this hollow syringe conductor 90 is placed to this neck part 81 place from the top of this body 80, behind the position of the yellow turbid layer of perusal, a syringe is entered along this hollow syringe conductor 90 and draws yellow turbid layer.But still need to judge with naked eyes subjectivity owing to drawing yellow turbid layer, therefore still have the anxiety that extraction is not accurate.Blood after centrifugal needs to guide with this hollow syringe conductor 90, and in process back and forth, solution causes yellow turbid layer to be diluted because of the blood of disturbance layering.In addition, because the blood extracted needs to change from syringe the body 80 being placed in this biological device, or because repeatedly centrifugal this hollow syringe conductor 90 that makes repeatedly need pass in and out this body 80, the problem of repeated pollution may more be caused.

Because the platelet in blood, somatomedin and stem cell have it at the high applying value of medical treatment with business, therefore how current medical skill constantly extracts high concentration platelet, somatomedin and stem cell in improvement.Generally speaking can run into three technology doors: after (1) blood drawing, the centrifugation step of movement blood must be very careful for the first time, because mobile number of times is more, may increase more multicontaminated risk (this is first time polluter); (2) operate through two times centrifugal, platelet, somatomedin, stem cell can be allowed more to concentrate on plasma layer bottom (concentration is higher), reduce free fraction.If but when wanting secondary centrifuging, all need supernatant (plasma layer and yellow turbid layer) first to extract out, then transfer to another container and carry out secondary centrifuging in the past.Extract in the process of transfer again, because the relation of moving liquid, the risk (this is second time polluter) pollution may be increased, infecting; (3) platelet, somatomedin, stem cell belong to cell size, naked eyes and not directly see (after centrifugal, because of the relation of proportion, position than erythrocyte floor height but the turbid layer of Huang be positioned at bottom plasma layer).User can only with self sensation extract yellow turbid layer, but because of the turbid layer of Huang very thin, by self sensation extract, not precisely.

In view of this, do not subject to pollute when how to develop the yellow turbid layer of extraction, the precision of extraction can be improved simultaneously, necessity that prior art is real to be improved.

Utility model content

In order to overcome the shortcoming of prior art and aforementioned three technology doors, this utility model provides a kind of container, refer in particular to a kind of structure of container with piston and connecting portion, can carry out centrifugal after making this container exhaust blood immediately, avoid the probability polluted because changing container, and can precisely isolate extracted blood simultaneously.

For reaching above-mentioned goal of the invention, the technological means that this utility model adopts is for providing a kind of structure of container, and it comprises a hollow cylinder, a piston portion, a push rod and a junction.Wherein this hollow cylinder comprises an abutting end and relative to the opening of this abutting end; This piston portion is located in this hollow cylinder movably; This push rod comprises a shank, and wherein one end of this shank can be connected discretely with this piston portion one end towards the opening of this hollow cylinder, when hollow cylinder has solution, still can simple and easyly be connected discretely; This connecting portion is connected separably with the abutting end of this hollow cylinder.

Preferably, the abutting end of described hollow cylinder is convexly equipped with a sleeve pipe, and this internal surface of sleeve pipe is screw-like, and in the perforated running through this sleeve pipe in this sleeve pipe.

Preferably, the cylindrical shell that described hollow cylinder is positioned at this abutting end by this opening towards abutting end direction convergent.

Preferably, described push rod more comprises a groove be connected with this shank, and this groove is depressed in one end that this push rod is connected with this piston portion.

Better, described piston portion is provided with a protuberance, and this protuberance is recessed to form from one end that this piston portion is connected with this push rod towards the direction away from this push rod, and the protuberance of this piston portion and the groove of push rod are fastened separably.

Preferably, described push rod more comprises a protuberance be connected with this shank, and this protuberance is convexly equipped in one end that this push rod is connected with this piston portion.

Better, described piston portion is provided with a groove, and this groove is recessed to form from one end that this piston portion is connected with this push rod towards the direction away from this push rod, and the groove of this piston portion and the protuberance of push rod are fastened separably.

Better, the cell wall of described groove is screw-like.

Better, the ring wall of the protuberance of described push rod is screw-like, and the groove of this protuberance and this piston portion is screwed separably.

Better, described push rod more comprises a protuberance be connected with this shank, and this protuberance is convexly equipped in one end that this push rod is connected with this piston portion, and the ring wall of this protuberance is screw-like, and the groove of this protuberance and this piston portion is screwed separably.

Preferably, described piston portion and one end that this push rod is connected are provided with at least two relative grooves, and described groove caves in from one end of this piston portion towards the direction away from this push rod; Wherein each groove is respectively equipped with a chase, and the direction that each chase extends is parallel to the ora terminalis of one end that this piston portion is connected with this push rod, and with the major axis of this push rod for the center of circle, each chase extends from the bottom of each groove towards clockwise or counter clockwise direction.

Better, described push rod more comprises a protuberance be connected with this shank, and this protuberance is convexly equipped in one end that this push rod is connected with this piston portion, this protuberance is convexly equipped with at least two relative projections away from one end of this shank, each projection perpendicular to this push rod long axis direction and towards protruding out away from this long axis direction, and the chase of each groove of each projection and this piston portion fastens separably.

Preferably, described connecting portion comprises hollow adapter and a holder; Wherein one end of this hollow adapter is connected with the abutting end of this hollow cylinder; The other end that this holder is taken over this hollow is connected.

Better, described connecting portion more comprises an arm and a cap; Wherein this arm is convexly equipped between this hollow adapter two ends, and this arm is connected with hollow adapter; One end of this arm is taken over this hollow and is connected, and the other end of this arm has screw thread; This cap inside has screw thread, and this cap and this arm are screwed separably.

Better, be provided with an accommodation space bottom the holder of described connecting portion.

Preferably, described connecting portion comprises the hollow adapter that has opposite end, and wherein one end of this hollow adapter is connected with the abutting end of this hollow cylinder.

Better, the two ends of described hollow adapter are all in screw-like.

The utility model has the advantage of:

1. after the container with bloodletting tube of the present utility model completes the extraction of blood, by by this push rod and this piston portion from, reduce the overall total length of this container.And allow this container directly be inserted in centrifuge, centrifugal effect can be carried out in same container to reach.

2. the design of container by this connecting portion with bloodletting tube of the present utility model, composition is not derived by adapter, make the residual blood being placed in this hollow cylinder not need to move to other containers in addition, with reach same container carry out repeatedly centrifugal with avoid pollute effect.

3. the design of container by this connecting portion with bloodletting tube of the present utility model, the blood making to be placed in this hollow cylinder can remove blood cell layer after once centrifugal, and can carry out secondary centrifuging at same hollow cylinder, to reach the effect precisely isolating yellow turbid layer.

Accompanying drawing explanation

The following drawings is only intended to schematically illustrate this utility model and explain, does not limit scope of the present utility model.Wherein:

Fig. 1 is the stereo appearance figure of the first preferred embodiment of structure of container of the present utility model.

Fig. 2 is the three-dimensional exploded view of the first preferred embodiment of structure of container of the present utility model.

Fig. 3 is the stereo appearance figure of the preferred embodiment of the abutting end of hollow cylinder of the present utility model.

Fig. 4 is the first preferred embodiment sectional perspective outside drawing of structure of container of the present utility model.

Fig. 5 is the stereo appearance figure of the second preferred embodiment of structure of container of the present utility model.

Fig. 6 is the stereo appearance figure of the 3rd preferred embodiment of structure of container of the present utility model.

Fig. 7 is the stereo appearance figure of the 4th preferred embodiment of structure of container of the present utility model.

Fig. 8 is the stereo appearance figure of the 5th preferred embodiment of structure of container of the present utility model.

Fig. 9 is the stereo appearance figure of the 6th preferred embodiment of structure of container of the present utility model.

Figure 10 is the stereo appearance figure of the centrifuge bottle of prior art.

Main element label declaration:

10,10C, 10D, 10E hollow cylinder 11,11C, 11D, 11E abutting end

111 sleeve pipe 12 openings

20,20A, 20B, 20D piston portion 21,21A, 21B groove

211B chase 30,30A, 30B push rod

31,31A, 31B protuberance 311B projection

32,32A, 32B shank 40,40C, 40D, 40E connecting portion

41,41C, 41D, 41E hollow adapter 42,42C, 42D holder

421D accommodation space 43C arm

44C cap 80 body

81 neck part 90 hollow syringe conductors

Detailed description of the invention

In order to there be understanding clearly to technical characteristic of the present utility model, object and effect, now contrast accompanying drawing and detailed description of the invention of the present utility model is described.

Refer to Fig. 1 and Fig. 2, in the first preferred embodiment of the present utility model, provide a kind of structure of container, it comprises push rod 30 and a junction 40 that hollow cylinder 10, piston portion 20, is connected with this piston portion 20.

Refer to Fig. 1 and Fig. 2, this hollow cylinder 10 comprises an abutting end 11 and relative to the opening 12 of this abutting end 11.The diameter that this hollow cylinder 10 is positioned at this abutting end 11 is less than the diameter of this opening 12.Wherein this abutting end 11 is convexly equipped with a sleeve pipe 111, and this sleeve pipe 111 inwall is screw-like, and in the perforated running through this sleeve pipe 111 in this sleeve pipe 111.Refer to Fig. 1 and Fig. 3, in a preferred embodiment, the cylindrical shell that this hollow cylinder 10 is positioned at this abutting end 11 by this opening 12 towards abutting end 11 direction convergent, the material making blood specific gravity heavier is in centrifuged deposit in bottom, time simultaneously with this syringe draw blood, precisely can be drawn to the heavier material of proportion.

Refer to Fig. 2 and Fig. 4, this piston portion 20 is located in this hollow cylinder 10 movably, and this piston portion 20 is provided with a groove 21, and this groove 21 is recessed to form from one end that this piston portion 20 is connected with this push rod 30 towards the direction away from this push rod 30.

This push rod 30 comprises protuberance 31 and the shank 32 be connected with this protuberance 31, and protuberance 31 is convexly equipped in one end that this push rod 30 is connected with this piston portion 20, makes groove 21 tabling of this protuberance 31 and this piston portion 20.

This connecting portion 40 comprises hollow adapter 41 and a holder 42; Wherein wherein one end of this hollow adapter 41 is connected with the abutting end 11 of this hollow cylinder 10; This holder 42 is connected with the other end of this hollow adapter 41.

Refer to Fig. 5, the difference of the second preferred embodiment of the present utility model and the first preferred embodiment is, the cell wall of the groove 21A of this piston portion 20A is screw-like, the ring wall of the protuberance 31A of this push rod 30A is screw-like, and the groove 21A of this protuberance 31A and this piston portion 20A is screwed separably.

Refer to Fig. 6, the difference of the 3rd preferred embodiment of the present utility model and the first preferred embodiment is, this piston portion 20B and one end that this push rod 30B is connected are provided with at least two relative groove 21B, and described groove 21B caves in from one end of this piston portion 20B towards the direction away from this push rod 30B; Wherein each groove 21B is provided with a chase 211B, the direction that each chase 211B extends is parallel to the ora terminalis of one end that this piston portion 20B is connected with this push rod 30B, and in preferred embodiment, with this push rod 30B major axis for the center of circle, each chase 211B extends from the bottom of each groove 21B towards clockwise or counter clockwise direction.This protuberance 31B is convexly equipped with at least two relative projection 311B away from one end of this shank 32B, each projection 311B perpendicular to this push rod 30B long axis direction and towards protruding out away from this long axis direction, and the chase 211B of each groove 21B of each projection 311B and this piston portion 20B fastens separably.

Refer to Fig. 7, the difference of the 4th preferred embodiment of the present utility model and the first preferred embodiment is, this connecting portion 40C more comprises an an arm 43C and cap 44C; This arm 43C is convexly equipped between these hollow adapter 41C two ends, and this arm 43C is connected with hollow adapter 41C, and one end of this arm 43C is connected with this hollow adapter 41C, and this arm 43C other end has screw thread; This cap 44C inside has screw thread, and this cap 44C and this arm 43C is screwed separably.

Refer to Fig. 8, the difference of the 5th preferred embodiment of the present utility model and the 4th preferred embodiment is, is provided with an accommodation space 421D bottom this holder 42D.

Refer to Fig. 9, in the 6th preferred embodiment of the present utility model, the opposite end of the hollow adapter 41E of this connecting portion 40E is all in screw-like, and wherein one end and the threaded abutting end 11E of this hollow cylinder 10E tool of hollow adapter 41E are screwed.

Refer to Fig. 1, Fig. 2 and Fig. 4, first preferred embodiment of the present utility model is in time extracting blood and use, this connecting portion 40 is separated with the abutting end 11 of this hollow cylinder 10, and be connected with a syringe needle, by the push rod 30 that is connected with this piston portion 20 towards the direction draw blood away from this connecting portion 40, when this piston portion 20 moves to the opening 12 of this hollow cylinder 10, exert a force between the protuberance 31 and shank 32 of this push rod 30 and fracture, to shorten overall structure of container total length, this structure of container is able to directly to insert centrifuge, make this piston portion 20 indwelling in the opening 12 of this hollow cylinder 10 as blockading, the blood drawn is avoided to reserve.When this hollow cylinder 10 be full of blood for carry out centrifugal before, the abutting end 11 of this hollow cylinder 10 is screwed relative to one end of this holder 42 with the hollow adapter 41 of this connecting portion 40, flow out in the blood of hollow cylinder 10 during to avoid centrifugal, also by this holder 42, this utility model can firmly be put; In the blood of this hollow cylinder 10 carry out centrifugal after from top to bottom sequentially obtain plasma layer, yellow turbid layer and layer of red blood cells, refer to Fig. 2 and Fig. 9, the connecting portion 40 this with holder 42 is replaced as the two ends of this hollow adapter 41E of the 6th preferred embodiment all in screw-shaped connecting portion 40E, get a syringe this hollow cylinder 10 relative to this hollow adapter 41E, one end of 10E is screwed, layer of red blood cells is extracted in this syringe via the abutting end 11,11E of this hollow cylinder 10,10E.This syringe is separated with this hollow adapter 41E, juxtaposition gain the first preferred embodiment this there is the connecting portion 40 of holder 42 after, it is centrifugal to carry out second time.In this hollow cylinder 10, the blood that 10E removes this layer of red blood cells carry out second time centrifugal after, connecting portion 40 similarly by this being had holder 42 is replaced as the two ends of this hollow adapter 41E of the 6th preferred embodiment all in screw-shaped connecting portion 40E, by this hollow cylinder 10 relative with this hollow adapter 41E for another syringe, one end of 10E is screwed, be extracted in this syringe in the turbid layer of Huang of bottom via the abutting end 11,11E of this hollow cylinder 10,10E after second time is centrifugal.

Refer to Fig. 1 and Fig. 5, second preferred embodiment of the present utility model is in time extracting blood and use, be with the first preferred embodiment difference, when this piston portion 20A moves to the opening 12 of this hollow cylinder 10, the protuberance 31A of this push rod 30A is separated with the groove 21A of this piston portion 20A in a rotative pattern, making this piston portion 20A indwelling in the opening 12 of this hollow cylinder 10 as blockading, avoiding the blood drawn to reserve.

Refer to Fig. 2 and Fig. 6,3rd preferred embodiment of the present utility model is in time extracting blood and use, be with the first preferred embodiment difference, when this piston portion 20B moves to the opening 12 of this hollow cylinder 10, each protuberance 31B of this push rod 30B is first rotated perpendicular to this push rod 30B long axis direction, makes each projection 311B away from the chase 211B of each groove 21B of this piston portion 20B; Then by each projection 311B to detach away from the direction bottom this groove 21B, making this piston portion 20B indwelling in the opening 12 of this hollow cylinder 10 as blockading, avoiding the blood drawn to reserve.

Refer to Fig. 7, when 4th preferred embodiment of the present utility model uses, be with the first preferred embodiment difference, when this hollow cylinder 10C be full of blood for carry out centrifugal before, the abutting end 11C of this hollow cylinder 10C and this connecting portion 40C with arm 43C and cap 44C is screwed, flow out in the blood of hollow cylinder 10C during to avoid centrifugal, also by this holder 42C, this utility model can firmly be put; In the blood of this hollow cylinder 10C carry out centrifugal after from top to bottom sequentially obtain plasma layer, yellow turbid layer and layer of red blood cells, after first the cap 44C being screwed together in this arm 43C being taken off, relative with the arm 43C of this connecting portion 40C for one syringe one end be connected with this hollow adapter 41C is screwed, layer of red blood cells is extracted in this syringe via the abutting end 11C of this hollow cylinder 10C, after being screwed by this cap 44C and this arm 43C, it is centrifugal to carry out second time again.The blood removing this layer of red blood cells in this hollow cylinder 10C carry out second time centrifugal after, similarly by after first the cap 44C being screwed together in this arm 43C being taken off, relative with the arm 43C of this connecting portion 40C for another syringe one end be connected with this hollow adapter 41C is screwed, is extracted in this syringe via the abutting end 11C of this hollow cylinder 10C in the turbid layer of Huang of bottom after second time is centrifugal.

Refer to Fig. 8, when 5th preferred embodiment of the present utility model uses, be with the first preferred embodiment difference, when this hollow cylinder 10D be full of blood for carry out centrifugal before, the abutting end 11D of this hollow cylinder 10D is by being screwed with the hollow adapter 41D of connecting portion 40D, can be connected with the accommodation space 421D of the holder 42D be positioned at bottom connecting portion 40D to make hollow cylinder 10D, and flow out in the blood of hollow cylinder 10D when avoiding centrifugal, also by this holder 42D, this utility model can firmly be put; In the blood of this hollow cylinder 10D carry out centrifugal after sequentially obtain plasma layer and yellow turbid layer, layer of red blood cells is then because centrifugal action flow in the accommodation space 421D bottom this holder 42D via the abutting end 11D of this hollow cylinder 10D, if this hollow cylinder 10D still remains layer of red blood cells in the bottom of this hollow cylinder 10D, then this piston portion 20D is promoted so as to getting rid of layer of red blood cells towards the direction of this connecting portion 40D.Refer to Fig. 2 and Fig. 8, the connecting portion 40D being provided with an accommodation space 421D bottom this holder 42D is replaced as the first preferred embodiment this there is the connecting portion 40 of holder 42 after, it is centrifugal to carry out second time.In this hollow cylinder 10, the blood that 10D removes this layer of red blood cells carry out second time centrifugal after, refer to Fig. 2 and Fig. 9, the two ends of this hollow adapter 41E of the 6th preferred embodiment are replaced as all in screw-shaped connecting portion 40E by the connecting portion 40 this with holder 42, one syringe one end with this hollow adapter 41E this hollow cylinder 10,10E relative is screwed, after second time is centrifugal in the turbid layer of Huang of bottom via this hollow cylinder 10, the abutting end 11,11E of 10E is extracted in this syringe.

All obviously, scope of the present utility model and spirit can not be departed from for being familiar with for item operator according to the various modifications and variations that this utility model can be done.Although this utility model has described specific better Concrete facts, it must be appreciated that this utility model should be limited on specific Concrete facts undeservedly, such as this piston portion 20,20A, the groove 21,21A of 20B, 20D, the replaceable one-tenth protuberance of 21B, this push rod 30, the protuberance 31,31A of 30A, 30B, 31B is replaced as groove, also can reach identical effect.

The foregoing is only the schematic detailed description of the invention of this utility model, and be not used to limit scope of the present utility model.Any those skilled in the art, the equivalent variations done under the prerequisite not departing from design of the present utility model and principle and amendment, all should belong to the scope of this utility model protection.And it should be noted that, each ingredient of the present utility model is not limited in above-mentioned overall applicability, the each technical characteristic described in description of the present utility model can select one to adopt separately or select the multinomial use that combines according to actual needs, therefore, this utility model covers other relevant with this case inventive point in the nature of things and combines and embody rule.

Claims

1. a structure of container, is characterized in that, described structure of container comprises:

One hollow cylinder, it comprises an abutting end and relative to the opening of described abutting end;

One piston portion, it can be located in described hollow cylinder movably;

One push rod, it comprises a shank, and one end of wherein said shank can be connected discretely with described piston portion one end towards the opening of described hollow cylinder; And

A junction, it can be connected discretely with the abutting end of described hollow cylinder.

2. structure of container as claimed in claim 1, it is characterized in that, the abutting end of described hollow cylinder is convexly equipped with a sleeve pipe, and described internal surface of sleeve pipe is screw-like, and in the perforated running through described sleeve pipe in described sleeve pipe.

3. structure of container as claimed in claim 1, is characterized in that, the cylindrical shell that described hollow cylinder is positioned at described abutting end by described opening towards described abutting end direction convergent.

4. structure of container as claimed in claim 1, it is characterized in that, described push rod more comprises a protuberance be connected with described shank, and described protuberance is convexly equipped in one end that described push rod is connected with described piston portion.

5. structure of container as claimed in claim 4, it is characterized in that, described piston portion is provided with a groove, and described groove is recessed to form from one end that described piston portion is connected with described push rod towards the direction away from described push rod, and the groove of described piston portion and the protuberance of described push rod can fasten discretely.

6. structure of container as claimed in claim 5, it is characterized in that, the cell wall of described groove is screw-like.

7. structure of container as claimed in claim 6, it is characterized in that, the ring wall of the protuberance of described push rod is screw-like, and the groove of described protuberance and described piston portion can be screwed discretely.

8. structure of container as claimed in claim 1, it is characterized in that, described piston portion and one end that described push rod is connected are provided with at least two relative grooves, and described groove caves in from one end of described piston portion towards the direction away from described push rod; Wherein each described groove is respectively equipped with a chase, the direction that each described chase extends is parallel to the ora terminalis of one end that described piston portion is connected with described push rod, and with the major axis of described push rod for the center of circle, each described chase extends from the bottom of each described groove towards clockwise or counter clockwise direction.

9. structure of container as claimed in claim 8, it is characterized in that, described push rod more comprises a protuberance be connected with described shank, and described protuberance is convexly equipped in one end that described push rod is connected with described piston portion, described protuberance is convexly equipped with at least two relative projections away from one end of described shank, each described projection perpendicular to described push rod long axis direction and towards protruding out away from described long axis direction, and the chase of each described groove of each described projection and described piston portion can fasten discretely.

10. the structure of container as described in any one of claim 1 to 9, is characterized in that, described connecting portion comprises:

One hollow adapter, one end of described hollow adapter is connected with the abutting end of described hollow cylinder; And

One holder, the other end that described holder is taken over described hollow is connected.

11. structure of container as claimed in claim 10, it is characterized in that, described connecting portion more comprises:

One is convexly equipped in the arm between described hollow adapter two ends, and described arm is connected with described hollow adapter; One end of described arm is taken over described hollow and is connected, and the other end of described arm has screw thread; And

One cap, its inside has screw thread, and described cap and described arm can be screwed discretely.

12. structure of container as claimed in claim 11, is characterized in that, be provided with an accommodation space bottom the holder of described connecting portion.

13. structure of container as described in any one of claim 1 to 9, is characterized in that, described connecting portion comprises the hollow adapter that has opposite end, and wherein one end of described hollow adapter is connected with the abutting end of described hollow cylinder.

14. structure of container as claimed in claim 13, is characterized in that, the two ends of described hollow adapter are all in screw-like.