tube ( container )
2ml plastic test tube vials. internal push cap. test tube container craft powder
a collapsible tube container for dispensing semi - solid material comprising a tube with one flat stiff non - collapsible wall having a progressively engagable tube follower engagable over the tube that forces the material within the tube outwardly therefrom .
2ml polystyrene test tubes vials with push cap. test tube container craft powder .
tube container filed may 3. 1929 s. boruss 1, 817, 732
2. the ring flip - top tube container according to claim 1, wherein the ring flip - top tube container is in the arc shape, so that two sides of the tube body are recessed toward the inner side of the tube .
figs. 2, 3 are illustrations showing a container during a process for manufacturing the multi - tube container in fig. 1 .
a collapsible tube container having a stiff non - collapsible wall portion with a progressively engagable tube follower for dispensing the material within the tube. the stiffened wall portion of the tube is engaged by the follower for progressive and controlled advancement along the length of the tube .
the invention relates to a ring flip - top tube container, more particularly to the ring flip - top tube container comprising a tube body, a tube neck, and a flip - top cap including a lower flip - top cap and an upper flip - top cap .
a cap 16 is threadably engagable on said threaded outlet 15 forming the collapsible tube container 10 .
hollow or container type article [ e. g. , tube, vase, etc. ]
fig. 1 is a schematic view of a laminate - tube container of the present invention .
container' with puncturing drinking tube marinus a. van der spek, manhattan beach, calif .
in the second embodiment of the invention, according to the first embodiment, the ring flip - top tube container is characterized in that: the ring flip - top tube container is in the arc shape, so that two sides of the tube body 4 are recessed toward the inner side of the tube .
fig. 2 and fig. 3 are each a schematic view of a conventional laminate - tube container .
fig. 4 is an illustration for describing use of the multi - tube container in fig. 1 ;
the laminated tube in the marchak container may be constructed so that it is impermeable to moisture, oxygen and volatile oils. according to marchak, the purpose of using such an impermeable tube is to prevent the passage of volatile oils and moisture from the product in the container through the tube to the exterior of the container .
8. in an arrangement of the character described, a liquid container having a frangible closure member, a drinking tube mounted on an outside wall of said container out of contact with the liquid which may be contained within said container, a cover completely covering said tube with a first portion thereof permanently affixed to said container, said tube having one of its ends disposed adjacent said frangible closure member. said first portion of said cover permanently affixing said one end of said tube to said container and permitting pivotal movement of said one end of said tube on said container to puncture said frangible closure member .
this invention relates to a multi - tube container in which multiple squeezable tubes made of a plastic material are arranged in parallel and made separable from one another and to a manufacturing method for the multi - tube container .
fig. 3 is a view of a tube - container closed at one of its ends by a cork .
3. a liquid container having mounted thereon for guided movement with respect thereto a drinking tube, one end of the drinking tube being mounted adjacent a frangible closure member on said container and being strong enough to puncture said member, and means providing said guided movement of said tube end whereby movement of the tube produces puncture and insertion of said tube end through said frangible member, and a protective cover constituting a portion of said means secured to said container and disposed completely over said drinking tube .
referring again to the container structure shown in figures 1 through 3, there is no diiiculty in the removal of the last amount of liquid in the container when the container is tipped or the vbottom of the container is closely adjacent the end of the drinking tube ii, or when the bond between the drinking tube i i and the wall of the container to which it is pivotally attachedis such to allov. t separationof the tube iil from the wall whereby. the tube ii. may be projected against the bottom wall of thea container. all of these alternate structures embody the present invention .
10. a packaging container according to claim 10, characterized in that said packaging container is filled with contents and in that the combined tube packaging container is sealed at the end opposite the breast portions (3, 3'), such that the seal at this location between the individual tube lengths is weaker than the seal of the individual tube lengths .
4. an article of manufacture, a liquid container having a frangible closure member, a tube mounted for guided movement on said container in a sealed position and on an outer surface of said container out of contact with the liquid which may be within said container, and said tube being effective upon said guided movement from said sealed position to move into engagement with said closure member to puncture the same and to be inserted into said container through said frangible member, and a protective sealing cover secured to said container completely over said tube to seal the same .
9. in an arrangement of the character described, a container having a frangible closure member therein, a drinking tube mounted on said container with one end thereof adjacent said frangible closure member, a cover member mounted on said container and completely covering said tube, said cover member having a rst portion thereof semi - permanently affixed to said container and a second portion thereof permanently affixed, both to said container and to said one end of said tube, said second portion being sufficiently resilient to allow pivotal movement of said tube with respect to said container, and said one tube end being sufliciently strong in relationship to said frangible closure member to puncture the same upon such pivotal movement .
the invention relates to a method of producing a packaging container and to a packaging container as defined in the first part of claim 9 .
6. in an arrangement of the character described, a liquid container having a frangible closure member, a drinking tube mounted on an outside wall of said container out of contact with the liquid which may be contained within said container, a strip completely covering said tube with a first portion thereof releasably axed to said container, and with a second portion thereof permanently axed to said container, a tear line separating said rst and second portions of said strip, a tab extending from said first portion of said strip to allow a person to grasp the same and detach said first portion of said strip from said container, said tube having one of its ends pointed and disposed adjacent said frangible closure member, said second portion of said strip permanently affixing said one end of said tube to said container and permitting pivotal movement of said pointed end of said tube on said container .
the object of my invention is to provide a tube - container whlch shows the colour of its contents without being brittle like glass .
fig. 1 shows a side view of a container of the present invention with a portion of the tube wall shown in section .
in a tube container, in combination, a tube - body consisting of cellophan, a metal strip pressed upon one fold u end of said tube, a cylindrical part fastened to the other end of said tube ending in a pipe provided with a screw - thread and a head adapted to be screwed upon said pipe .
figure' 7 shows another modified container with associated drinking straw embodying the present invention, the upper end of the container being shown in section .
' squeeze tube container filed oct. 20, 1932 invento aito rney i patented dec. 256, 1933 t t sounnzn tube container theodore adolphe joseph le blanc, montreal, quebec, canada, assignor of one - half to jean marie boulard, montreal, quebec ,
7. in an arrangement of the character described, a container having a frangible closure member therein, a drinking tube mounted on said container with one end thereof adjacent said frangible closure member, a strip mounted on said container and completely covering said tube, said strip having a first portion thereof semi - permanently afxed to said container and a second portion thereof permanently aixed both to said container and to said one end of said tube, a tear line in said strip separating said first and second portions thereof, said second portion being sufliciently resilient to allow pivotal movement of said tube with respect to said container, and said one tube end being sufliciently strong in relationship to the strength of said frangible closure member to puncture the f same upon such pivotal movement .
moreover, in the invention, with the decreased height of the header ring, the height of the cap is decreased; hence, compared to the tube container in the prior art, the ring flip - top tube container in the invention may have more novel and elegant appearance .
after the container is removed from the mandrel, the container' s contents may be introduced into its interior through the open bottom of the container. the bottom is then sealed, e. g. , by heat sealing .
the present invention relates to a laminate - tube container to be used for toothpaste, food, cosmetics, medicine, adhesives or the like .
figs. 9 (a) to (c) are illustrations showing another multi - tube container according to the sixth embodiment of the invention .
referring to the drawings in detail, a multi - tube container and its manufacturing method according to a preferred embodiment of the invention are shown .
total capacity of the tube is 2ml. 10 x 2ml plastic test tube vials = 1 x 1ml pipette - free & included. 25 x 2ml plastic test tube vials = 3 x 1ml pipette - free & included. 50 x 2ml plastic test tube ...
in view of the above, it is an object of the present invention to provide a laminate - tube container having improved barrier properties at the shoulder thereof by utilizing the conventional laminate tube production process as such .
l. an article of manufacture, a beverage container having a. frangible closure member on an end wall of the same, a drinking tube having one end mounted onl said end wall adjacent said frangible member and on the outside of said container out of contact with the beverage which may be within said container, said tube end being adapted to puncture said frangible member, and means pivotally mounting said drinking tube on said beverage container with the path of movement of said tubeend passing through said. frangle member whereby a pivotal movement of said drinking tube causes puncture ofsaid frangible member andv movement ofsaid tube end into said container, said container being collapsible and. having. vertical walls of accordion - like construction, said verticalfwallsrhaving an extended length substantially greater than the length of said. tube and, the dimensions of said end wall, said verticali walls. being thusex - tensible to allow said tube end to. be. immersed inv the beverage in said container after said fra - ngible member is thus punctured and; when and as the. beverage within. said 'container is being 'consumed .
2. the multi - tube container as set forth in claim 1, wherein sad at least one of said head portions and said neck portions have partition grooves, respectively, to separate one tube from the other .
the invention relates to a squeeze tube container, as described in the present specification and illustrated in the accompanying drawings that form part of the same .
fig. 2 is a photo of a ring flip - top tube container according to the invention, showing the combined state of each structural part .
our new protectr™ tube is the only container closure system designed to be co₂ resistant and prevent damage to molecular and cellular solutions when using dry ice .
labcon protectr™ tube is the only container closure system engineered to be co₂ resistant and stop costly damage to molecular and cellular solutions when using dry ice .
the present invention relates to a combination container and dispenser, and has for one of its objects the provision of a specially constructed container having incorporated therewith means whereby the contents of the container may be removed in a sanitary, convenient manner .
2, . a beverage container having a frangible closure memben, a drinking tube having one end mounted adjacent said frangible member and strong enough to puncture the same, means pivotally mounting said drinln' ng tube on said beverage container with the path of movement. of said tube end passing through saidv frangible member to. puncture the same whereby apivotal movement. of. said. drinking tube causes puncture of. said frangible member and - movement. of said tubev end. into said container, and a protective cover constituting a part of saidpivotally mounting means which is secu - red to. said container completely over said. drinking. tube 'to. protect the same .
fig. 1 is a sectional view of a ring flip - top tube container according to the invention, showing the combined state of each structural part .
an object of the present invention is to provide an improved container having means associated therewith for normally maintaining a dispenser, such as a straw, within the container .
the container depicted in fig. 7 should be particularly useful when it is important that the interior of the container be entirely impermeable to the container' s contents. for example, certain toothpastes include flavor - providing substances that will seep into the interior of the container during storage, if that interior is made from polyethylene. this phenomenon is particularly noticeable at the top of the container where the toothpaste lies close to the neck and upper shoulder portion of the container, resulting in an unsatisfactory
off taste
of the toothpaste first squeezed out of the container by the consumer .
my invention consists in a tube - container consisting of flexible transparent material. everybody to recognize the colour of their contents exactly without opening the tube and they can be transported and stored in any manner since they are not breakable .
3. the collapsible container of claim 1 wherein the shoulderpiece extends across the cylindrical neck of the molded headpiece so that foreign material cannot pass from the exterior of the container into the interior of the container via the cylindrical neck without breaking the shoulderpiece .
2. the collapsible container of claim 1 wherein the headpiece, inside surface of the shoulderpiece and the inside surface of the tube are made from a polyester .
5. the laminate - tube container of claim 1, wherein said neck portion and said shoulder portion are integrally formed from said melt - blended resin composition .
cards, coupons, or drinking straws located initially inside the container, whereby the straw is revealed only upon opening the container, e. g. pop - up straws
fig. 8 shows a rear perspective view of the container of fig. 7 ,
the invention relates to a ring flip - top tube container, comprising a tube body (4) providing a space for accommodating cosmetic, a tube neck (3) and a flip - top cap including a lower flip - top cap (2) and an upper flip - top cap (1). since the number of parts is reduced and the manufacturing process is simplified, in the process of producing the ring flip - top tube container, the use of raw material and energy may be reduced. therefore, the ring flip - top tube container is not only environmentally friendly but also conductive to increase production efficiency and lower production cost. in addition, this ring flip - top tube container is capable of reducing the height of the cap and hence an elegant design may be executed .
the tube will hold approx 10ml of liquid. once the screw cap is fully screwed on, the tube is leak - proof. length of tube is 9. 6cm (9. 9cm with the screw cap on) .
this invention relates to collapsible tube containers having flexible wall surfaces in which the user collapses the same by squeezing the tube forcing the material within outwardly therefrom .
the collapsible container of the present invention preferably is constructed from three pre - formed components, namely, a molded headpiece, a laminated shoulderpiece and a laminated tube .
according to the invention, compared to the flip - top tube container in the prior art, the ring flip - top tube container reduces the number of the parts, simplifies assembly process, and saves and reduces raw materials and energy, thus not only being environmentally friendly but also conductive to increase production efficiency and reduce production cost. in addition, this ring flip - top tube container in the invention is capable of reducing the height of the cap and hence an elegant design is executed .
fig. 3 is a photo of a structural part a ring flip - top tube container according to the invention, showing the disassembled state of each structural part .
figure 6 shows a portion of the container shown in figure 5, but with the drinking straw moved to a position where it causes puncture of the wall of the container .
one advantage of a container having the cap described above is that one less step is required to manufacture that container, namely, the manufacturer does not have to screw a cap on to the container. in addition, the cap, together with its associated breakable section, provide tamper - proof closure of the container before purchase and use by the consumer .
inc. all rights reserved. use of this site signifies your acceptance of the container store
consequently, a laminate - tube container according to the present invention is extremely useful as containers used for toothpaste, medicine, food, drinks, adhesives or the like .
as to the ring flip - top tube container in the invention, a tube body 4 is used for providing a space accommodating cosmetic, and can be made of soft material, for example, pe. the lower part of the tube body 4 can be sealed with the adoption of the well - known technique in the prior art, and the upper part of the tube body 4 is opened. furthermore, the upper part of the tube body (4) is opened and connected with the lower part of the tube neck (3) and constitutes one body ;
in u. s. pat. no. 3, 648, 895, a collapsible tube container can be seen wherein areas of reduced wall thickness extend longitudinally oppositely disposed to one another so that the tube can be collapsed in a true flat fashion .
another advantage of the container of the present invention is that the molded headpiece of that container can be used with laminated tubes having widely varying diameters. the reason for this is that, unlike the containers described in the patents discussed above, the molded headpiece of the container of the present invention does not depend on the size of the container' s laminated tube because it is not bonded to or in abutment with that laminated tube. the fact that containers having a number of different tube diameters can be made from a single size of a molded headpiece can result in substantial savings to the manufacturer of the containers .
nov 11, 1952 m. a. van der spek container with puncturing drinking tube filed july 5, 1947 2 sheets - sheet 2' lll / iia 5 attorneys .
3. the multi - tube container as set forth in claim 1, wherein a cap portion for plugging said neck portion is formed at a part of said head portion .
4. the multi - tube container as set forth in claim 1, wherein a pin portion for plugging said neck portion is formed at a part of said head portion .
it is important in the laminate - tube container according to the present invention that the material as selected above be used in the shoulder thereof. on the other hand, other parts of the container than the shoulder thereof may be composed of any conventional material, and also the conventional production process may be applied to the container of the present invention. it goes without saying that the whole of a tube container may be constituted of the melt - blended material comprising the aforementioned components (a), (b) and (c) .
yet another advantage of the container of the present invention is that the design of that container permits the use of a relatively thin impermeable shoulder as compared to the impermeable shoulders of prior art containers. as a result, the container of the present invention has a relatively soft shoulder as compared to prior art containers. this soft shoulder facilitates removal of the contents of the container .
as there are relatively many parts of the container in the prior art, there are problems of increased raw material cost and complicated assembly process. therefore, it needs to be improved of production efficiency and process cost. moreover, as the flip - top tube container is formed by a plurality of parts, it is hard for the container to have elegant appearance .
in f ig. 3 the tube 1 is closed at one end by being cellootherend by a cork 7. the tube container may be made out. of long tubes cutting off short pieces according to the desired length of the container or by' rolling plates of the same material over a mandrel and sticking the edges of the plates one to another .
in order to solve the foregoing problem, the present inventors have intensively investigated a variety of shoulder materials for a laminate - tube container and finally accomplished the present invention on the basis of the finding that a specific resin blend is effective as a shoulder material for the container .
a threaded outlet 15 is formed integrally on the opposite end of said collapsible tube container 10 from said flexible wall member 13 as will be understood by those skilled in the art .
applicant' s device comprises a collapsible tube having a single stiff non - collapsible flat wall with a tube collapsing follower progressively engaging the flat wall and collapsible wall portion .
a second bottom portion formed at a fourth end of said second tube, said second bottom portion sealing said second tube and being detachably connected to said first bottom portion .
still' a further object of the present invention is to provide an improvedbeverage container having incorporated therein a drinking straw which is normally sealed by a frangible member, which when severed to gain access to the straw, automatically causes puncturing of the container and insertion of the straw into the container .
3. the ring flip - top tube container according to claim 1, wherein tamper occurs between the outer peripheral surface of the upper part of the tube neck and that of the lower part of the discharge outlet, so that the outer peripheral surface of the lower part of the discharge outlet is higher than that of the upper part of the tube neck .
in addition to tube 9, the container shown in fig. 1 also includes a shoulderpiece 13 and a headpiece 14. the construction of those additional components and the manner in which the components of the container are joined together are shown in more detail in figs. 2 - 4 .
fig. 5 shows a partial sectional view of another embodiment of a container of the present invention .
fig. 6 shows a partial sectional view of another embodiment of a container of the present invention .
fig. 7 shows a partial sectional view of another embodiment of a container of the present invention .
fig. 8 shows a partial sectional view of another embodiment of a container of the present invention .
fig. 9 shows a partial sectional view of another embodiment of a container of the present invention .
figure 4 is a plan view of a preferred container with associated drinking straw embodying the present invention .
9. a packaging container (1) comprising a flexible tube (2) and a hollow breast portion (3) at one end of said flexible tube (2), wherein said packaging container (1) comprises at least one further flexible tube (2') and hollow breast portion (3'), said hollow breast portions (3, 3') being secured together, characterized in that said flexible tubes (2, 2') are lengths of extruded tube, and in that each of said hollow breast portions (3, 3') is separately attached to each of said lengths of extruded tube by welding .
three types of laminate - tube containers having different shoulder materials from each other were produced .
get out the measuring tape or ruler, because when it comes to mailing tubes and cardboard tubes, 2 things are of primary importance - the tube' s diameter and the tube' s length. if you select a mailing tube that' s too small, you' ll be forced to cram your documents into the tube, risking damage along the way .
patented aug. 4, 1931 stephen bonuss, or bunaresr. hungary tube container application filed may 3, 1929, serial no. 380, 159, and in hungary may 4, 1928 .
referring to fig. 1, the container consists in the tube 1 made of flexible transparent material and is closed at both ends by metal stitjlps 2 pressed upon the folded ends of the tu e .
m. a. van der spek container with puncturing drinking tube nov. 11, 1952 filed july 5. 1947 2 sheets - sheet l w10 / ima. 090x / 5% l m ,
referring now to fig. 8, there is shown yet another embodiment of the container of the present invention. the components of this container are headpiece 54, laminated shoulderpiece 53 and laminated tube 49. as can be seen from fig. 8, the shoulderpiece 53 is bonded to a bottom surface 55 of the headpiece 54. the container depicted in fig. 8 is characterized by the fact that the shoulderpiece 53 extends across the cylindrical neck 56 of the headpiece. in use, this prevents any foreign material from being introduced into the interior of the container through the container' s cylindrical neck until after the shoulderpiece is broken through .
fig. 4 is a front plan view of the tube follower in fig. 2; and
the laminated tube has an inside surface and an outside surface. the upper portion of one of the surfaces of the laminated tube is bonded to one of the surfaces of the laminated shoulderpiece .
as to the ring flip - top tube container in the invention, the tube neck 3 is connected with the upper part of the tube body 4 and may be made of soft material, for example, pe. the tube neck 3 is formed with a ring - shaped groove 5 being capable of fastening and fixing the lower flip - top cap 2 along the outer peripheral surface of the side part of the tube neck; the center of the upper part of the tube neck 3 has a protuberance - shaped discharge outlet 6 used for discharging cosmetic. moreover, preferably, tamper occurs between the outer peripheral surface of the upper part of the tube neck 3 and that of the lower part of the discharge outlet 6, so that the outer peripheral surface of the lower part of the discharge outlet 6 is higher than that of the upper part of the tube neck 3 .
( c) a laminated tube, said laminated tube having an inside surface and an outside surface, the upper portion of the outside surface of the laminated tube being bonded to a portion of the inside surface of the laminated shoulderpiece, said molded headpiece, laminated shoulderpiece and laminated tube being arranged and constructed so that the molded headpiece, including all its integrally molded parts, is spaced from the laminated tube by a distance at least about three times the thickness of the laminated shoulderpiece .
the container 13 may be of. any general type employed for dispensing liquids, but we have found that the invention herein is advantageously employed in connection with containers which are used for the collection of blood. such a container is evacuated and sealed in evacuated condition, employing a rubber or resilient closure 27. a tube having' needles at both ends is employed to connect the interior of the container with the vein of the donor, one needle entering the vein and the other needle being passed through the resilient closure or diaphragm thereof so as to communicate with the interior of. the' container. the partial vacuum within the container facilitates the withdrawal of blood .
on the other hand, it is practicable to make the container depicted in fig. 7 so that the entire interior of the container is made from polyester. this can be done by making the headpiece 44, the inner layer 46 of the laminated shoulderpiece 43, and the inner layer 48 of the laminated tube 39 all out of polyester. good heat bonding between the components of the container can be achieved by making the outer layer 47 of the laminated shoulderpiece 43 and the outer layer 41 of the laminated tube 39 out of polyethylene .
10 x plastic test tube. specification: color: nature clear like glass. material: plastic .
length of tube is 5. 5cm (6. 5cm with the screw cap full inserted) .
the former multi - container type package, however, raises a problem that it cannot be molded easily because it requires to provide connecting pieces at respective caps and bodies, and to connect those connecting pieces breakably. the package further raises a problem that for respective containers are connected simply at the caps and bodies the package may not stably maintain its connection because the lower portions, or the bottoms, to which weights of the filled contents are exerted, of the container are not connected. the latter multi - tube container requires to connect the containers with each other by attaching thick connecting strings between the caps and between the bodies, so that the container cannot be molded easily. the container also raises a problem that the connecting strings cannot be cut easily when the respective containers are to be separated. as well as the above, the container further raises a problem that the container may not stably maintain its connection because the bottoms, to which weights of the filled contents are exerted, of the container are not connected .
another object of the present invention is to vprovide an improved beverage container wherein beverages of various kinds, such as milk, lemonade, soft drinks, and the like, may have incorporated therein a straw which is sealed for shipment and transportation, the container being of water - proof pasteboard, or any other suitable material, and the straw being sealed on the container, but upon breaking the seal, adaptable for use in drinking the contents of the container .
4. the collapsible container of claim 1 wherein the molded headpiece, including all its integrally molded parts, is spaced from the laminated tube by a distance at least about ten times the thickness of the laminated shoulderpiece .
in fig. 2, as well as in figs. 3 - 9, the thickness of the shoulderpiece and tube are exaggerated relative to the diameter of the tube. accordingly, the distance between the headpiece and tube in terms of the thickness of the shoulderpiece is greater than would appear from these figures .
in addition, the ring flip - top tub container in the invention may save and reduce raw materials and energy .
as a container to be used for toothpaste, food, cosmetics, medicine, adhesives or the like, a laminate - tube type container is available (refer to fig. 1). the body of such a container is given a barrier property by an aluminum foil or an ethylene - vinyl alcohol copolymer, etc. however, since the shoulder (part a of fig. 1) formed in the discharge side of the container is usually made of a material comprising a single resin such as polyethylene and has poor gas barrier properties, there have arisen various problems such that the contents of the container, such as perfume, are released through the shoulder, while gases contained in the outer atmosphere, such as oxygen, enter the container through the shoulder, thus changing the quality of the contents .
in figures 4, 5 and 6, the drinking4 tube i. i. may be' inserted into the container in exactly the same manner as is the corresponding drinking tube in the arrangement shown 'in figures, 1l, v 2 and 3, and corresponding elements in figures 1 - 6 have identical reference numerals .
in order to cope with these problems, there are available several methods, for example, a method in which a laminate - tube container is fitted with a doughnut - shaped member containing an aluminum foil at the inside or outside of the shoulder of the container (rondelle type as shown in fig. 2), a method in which a container is equipped with a cup - shaped member extending from the shoulder to the inside of the opening of the container (membrane rondelle type as shown in fig. 3), or a method in which a preformed member of a resin having a high barrier property, such as polybutylene terephthalate (pbt), is installed on the container .
nozlen document poster tube - black plastic storage tube expands from 24. 5
up to 40
with clear id card cap - water and light resistant - telescoping for posters, artwork and drawings model dt3001
one of the important features of the present invention is the collapsible feature of, the container shown in figure 5, which allows the. use of a relatively short drinking straw, since the upper level of the remaining liquid within. the container may be moved at willand. raised above the lower end of the drinking tube inserted therein .
an object of the invention is to provide a tube support adapted to support tubes firmly upon a container. a further object is to provide a collapsible support which may be readily attached to a bottle for firm support thereon while providing means for receiving test tubes upon the support. yet another object is to provide a support adapted to be employed with a container having a neck portion and a bail secured to its bottom portion, the support being equipped with means for engaging the neck of the container and with means at its opposite end for engaging the bail of the container to provide a tube support. a still further object is to provide a card support adapted to receive a tube and needle combination to protect the same during shipment and adapted also to be unfolded to provide a tube support adapted to be secured firmly to a bottle. other specific objects and advantages will appear as the specification proceeds .
a further object of the present invention is to provide an improved beverage container having incorporated therewith a drinking straw, the container being characterized by the fact that it is of accordion type of construction, allowin - g reduction of its size as the contents are being removed and a drinking straw of small length which may be enclosed in a frangible member, the severing of which automatically causes the drinking straw to puncture the wall of the container and to be inserted within the container .
capacity：2ml. disposable plastic centrifuge tube with cap. 100 x plastic centrifuge tube. quantity: 100pcs. made of pp material, heat resistance up to 150 degrees, no bubble without impurities. pointe ...
dsm brand - telescoping art tube. documents blueprints artwork hard plastic expandable carrying case. 30 - 50
dsm brand - telescoping art tube. documents blueprints artwork hard plastic expandable carrying case. 25 - 40
alvin storage and transport tube, size 2. 75 x 25 inches, blue (mt25 - bl )
in the third embodiment of the invention, according to the first embodiment, the ring flip - top tube container is characterized in that: tamper occurs between the outer peripheral surface of the upper part of the tube neck 3 and that of the lower part of the discharge outlet 6, so that the outer peripheral surface of the lower part of the discharge outlet 6 is higher than that of the upper part of the tube neck 3 .
disposable plastic centrifuge tube with cap. 50 x plastic centrifuge tube. capacity：0. 5ml. made of pp material, heat resistance up to 150 degrees, no bubble without impurities. pointed bottom, flexibl ...
still another object of the present invention is to provide an improved beverage container of paper, cardboard, and the like, wherein there is incorporated on the outside surface of the container a dispensing straw whereby the contents of the container may be conveniently consumed while, at the same time, the beverage is preserved pure and wholesome, and in a desirable condition for consumption .
10 x 50ml plastic centrifuge test tube vial container. scale: 50ml. use: laboratory analysis, and with the use of centrifuges. shape of bottom: sharp bottom, round bottom, pointed round bottom, straig ...
print parts to suit your needs and use different colours to identify sections / contents within your extendable tube container. colour coding makes it easy to find and access the items / section required while all other sections remain closed / sealed .
clear round tube packaging from visipak can be selected with either two open ends or with one end permanently sealed creating a container. or, select one of our clear packaging options with a special feature such as the hang tube, with one end crimped forming the seal. all of our round clear plastic container sizes have a variety of caps and plugs available to complete the package. another style is our threaded tube with matching threaded caps. our small jars or vials are injection molded with threads and, a special dual - wall threaded cap provides an airtight, watertight solution .
10 x plastic test tube. specification: color: nature clear like glass. material: plastic. 15x100mm .
10×plastic test tube vials sample containers with lid cap 12 * 60 12 * 75 13 * 75 mm. *
a truly modular storage solution in a tube. you can custom configure it' s length and the amount of storage per cavity inside. you can create one long tube of have it divided up into small segments to securely store small things separately from other items in different compartments... . but all within the same tube .
my invention relates to tube - containers, a strip? and at its more particularly to tube - containers for coloured liquids or plastic material, for instance, toilet - water, honey, oil - paints, etc .
5. the invention defined in claim 4 characterized by the fact that the container has vertical side walls of accordion type construction of greater extended length than the length of said tube, and said tube is mounted on an end wall having said frangible closure member, said end wall having dimensions substantially less than the extended length of said accordion side walls .
30 x 5ml plastic centrifuge test tube vial container. specifications: scale: 5ml (permissible error 0. 1 ml). for most laboratory analysis。. withstand temperature range: - 80 ℃ 121 ℃; can be autoclaved ...
fig. 3 shows a partial sectional view depicting one stage in a process for making the container depicted in fig. 2 .
fig. 4 shows a partial sectional view depicting another stage in a process for making the container depicted in fig. 2 .
male cap: the male end cap. this is very shallow so treat it as a cap to your tube .
alvin mt25 - gr green storage & transport tube - 2 3 / 4 inches i. d. x 25 inches
( b) a breakable section connecting and joining together the bottom end of said cap and said cylindrical neck so that the cap and breakable section prevent the passage of foreign material from the exterior of the container into the interior of the container via the cylindrical neck .
preferably, the components of the container 40 are bonded together by a heat sealing process. during heat sealing, portions of the container' s thermoplastic layers may flow around the edges 16 of the middle layer 15 of shoulderpiece 13 and the upper edge 18 of the middle layer 10 of tube 9. as shown in fig. 2, a portion of thermoplastic flowed around one of the edges of the middle layer 15 to provide a barrier 17 that protects and insulates the contents of the container from that middle layer .
as we all know, in the past, a flip - top tube container, having an outer cap, an inner cap and a flip - top cap, is used as the container for accommodating cosmetic, drugs and so on. as to this tube container, the flip - top cap has a screw structure or an undercut structure of a header ring of which the lower part is cut out. the header ring of the structure is fastened and fixed with the inner cap in the screw or under cut manner. the outer peripheral surface of the inner cap is fastened and fixed with the outer cap in the under cut manner .
20 x 10ml plastic centrifuge test tube vial container. scale: 10ml (permissible error 0. 1 ml). for most laboratory analysis。. withstand temperature range: - 80 ℃ 121 ℃; can be autoclaved at 121 ℃. the ...
disposable plastic centrifuge tube with snap cap. 50 x plastic centrifuge tube. ideal for samples, food colourings, craft use, etc. pointed bottom, flexible cover, easy to open. made of pp material, n ...
the cap comprises a cylinder with open and closed ends. before use by the consumer, the closed end is positioned toward the end of the cap closest to the cylindrical neck of the container. before the breakable section is broken by the consumer, the closed end and the breakable section prevent the passage of foreign material from the exterior of the container into the interior of the container via the cylindrical neck .
' 2 claims. (cl. 211 - 73) this invention relates to a container tube support, and more particularly to a card support for tubes adapted to be secured to a bail - equipped bottle. the invention is particularly useful in connection with a container. for blood plasma and the like, and for the supporting of test tubes employed in connection with the testing of blood .
a laminate - tube container having a shoulder with improved barrier properties is characterized in that the shoulder comprises a material composed of (a) 0 to 50% by weight of polyethylene, (b) 10 to 50% by weight of an ethylene - vinyl alcohol copolymer or a saponified ethylene - vinyl acetate copolymer and (c) 10 to 90% by weight of a carboxylic acid - modified adhesive polyethylene resin. the laminate - tube is markedly improved in the gas barrier property at the shoulder thereof and, thus, the quality of the contents of the container can be maintained for a long period of time. the laminate - tube container according to the present invention is extremely useful as containers used for toothpaste, medicine, food, drinks, adhesives or the like .
a laminate - tube container according to the present invention can be greatly improved in gas barrier properties as compared with conventional products by the shoulder composed of a resin composition comprising the above - mentioned components (a), (b) and (c) .
in u. s. pat. no. 1, 844, 215, a semi - collapsible metallic tube is shown having a wall stiffening member within the collapsed tube, the member having a half u - shaped configuration in cross section .
now a description will be given to resin materials for a laminate - tube shoulder to be used in the present invention .
alvin mt43 - bl blue storage & transport tube - 2 3 / 4
i. d. x 43
,
alvin mt43 - gr ice tubes green storage & transport tube 2 3 / 4 inches i. d. x 43 inches
alvin ice tubes green storage & transport tube – 2 3 / 4
i. d. x 37
mt37 gr
alvin mt37 - cl ice tubes clear storage & transport tube 2 3 / 4 inches i. d. x 37 inches
steps e to h occur in a filling machine. in step e the open - ended, twin - tube packaging container is fed into the machine with its cap 4 downwards. at station f, filling is effected. filling may occur at high speed since the tube body presents a large open cross - sectional area, as opposed to the opposite end which has been conformed to the shape of the breast portion. this large cross - sectional area is thus allowed due to the nature of the tube being a simple extruded tube length for each of the tubes and by the separate conforming of the tube end before subsequent attachment of a breast portion thereto. by staggering the filler heads 22 and 23 as shown, parallel filling may also be achieved .
u. s. pat. no. 2, 809, 771 discloses a baby food feeder having a tube - like body member, the end of which is held together by a spring clip so that the tube can be refilled with a semi - solid food and sealed. the tube is compressed extruding the food outwardly through a small opening to which a nipple is secured
referring iirst to the figures 1 - 3, the container l0 may be of cardboard, impregnated or covered withparain, and of conventional size.
a tube is a soft squeezable container which can be used for thick liquids such as adhesive , caulking , ointment , and toothpaste . basically , a tube is a cylindrical , hollow piece with a round or oval profile , made of plastic , paperboard , or aluminum . both ends of this tube are treated differently during the manufacturing process and filling . in general , on one end of the tube body there is a round orifice , which can be closed by different caps and closures . the orifice can be shaped in many different ways . plastic nozzles in various styles and lengths are just one good example . to attach caps and closures , in most cases a thread is tapped onto the opening structure . furthermore , something all aluminium tubes have in common is that the other open end is folded several times after the contents have been added . the tube is thus hermetically sealed and nearly germ-free due to the high temperatures during the production process . furthermore , it is possible to coat the inside of the tube with special coatings to prevent the material from reacting with the contents . tubes are not poured from liquid aluminium ; they are produced by the process of impact extrusion . in this process , the tube body is extruded from a small piece of aluminium with the round shape of a coin . unlimited printing designs can be applied to the tube , thanks to the wet-in-wet offset printing method . six tones can be printed with this printing procedure , which gives packaging designers great opportunities to express their creativity . the filled content can be easily squeezed out by the pressure of two fingers . the main characteristic of aluminium tubes is the total separation of the contents from the surrounding atmosphere ; therefore , such tubes are especially suitable for the packaging of highly perishable contents . aluminium tubes are used as packaging technology for cosmetics , pharmaceuticals , food , and technical products . plastic tubes : tube containers can also be produced in plastic , most commonly pe . the use of plastic tubes is very popular for the storage of cosmetics such as hand creams etc. and also some food stuffs . the plastic tube retains its shape after each " squeeze " unlike laminate tubes such as toothpaste tubes . plastic tubes can also be highly decorated or have a special additive such as soft touch to make the tube more appealing during use or point of sale ( pos ) . plastic tubes are produced using the extrusion process . a " sleeve " is first produced using a very specialised extrusion line . the " sleeve " must be produced to a very high standard ( for decoration purposes ) and also to very tight tolerances as automated processes are required post the extrusion operation . once the " sleeve " is produced the tube head is fitted using an automated heading machine . tube printing using complex and specialised printing machines such as silk screen printing applies the desired decoration . the open tubes are then most likely packed and despatched to another facility for filling and sealing . the growth of multi-layer plastic tubes has been significant over the last couple of years due to the " barrier " properties of the tube to enable a wider range of products such as food to be stored in them . 
a tube is a soft squeezable container which can be used for thick liquids such as adhesive, caulking, ointment, and toothpaste. basically, a tube is a cylindrical, hollow piece with a round or oval profile, made of plastic, paperboard, or aluminum. both ends of this tube are treated differently during the manufacturing process and filling. in general, on one end of the tube body there is a round orifice, which can be closed by different caps and closures. the orifice can be shaped in many different ways. plastic nozzles in various styles and lengths are just one good example. to attach caps and closures, in most cases a thread is tapped onto the opening structure. furthermore, something all aluminium tubes have in common is that the other open end is folded several times after the contents have been added. the tube is thus hermetically sealed and nearly germ-free due to the high temperatures during the production process. furthermore, it is possible to coat the inside of the tube with special coatings to prevent the material from reacting with the contents. tubes are not poured from liquid aluminium; they are produced by the process of impact extrusion. in this process, the tube body is extruded from a small piece of aluminium with the round shape of a coin. unlimited printing designs can be applied to the tube, thanks to the wet-in-wet offset printing method. six tones can be printed with this printing procedure, which gives packaging designers great opportunities to express their creativity. the filled content can be easily squeezed out by the pressure of two fingers. the main characteristic of aluminium tubes is the total separation of the contents from the surrounding atmosphere; therefore, such tubes are especially suitable for the packaging of highly perishable contents. aluminium tubes are used as packaging technology for cosmetics, pharmaceuticals, food, and technical products. plastic tubes: tube containers can also be produced in plastic, most commonly pe. the use of plastic tubes is very popular for the storage of cosmetics such as hand creams etc. and also some food stuffs. the plastic tube retains its shape after each " squeeze " unlike laminate tubes such as toothpaste tubes. plastic tubes can also be highly decorated or have a special additive such as soft touch to make the tube more appealing during use or point of sale (pos). plastic tubes are produced using the extrusion process. a " sleeve " is first produced using a very specialised extrusion line. the " sleeve " must be produced to a very high standard (for decoration purposes) and also to very tight tolerances as automated processes are required post the extrusion operation. once the " sleeve " is produced the tube head is fitted using an automated heading machine. tube printing using complex and specialised printing machines such as silk screen printing applies the desired decoration. the open tubes are then most likely packed and despatched to another facility for filling and sealing. the growth of multi-layer plastic tubes has been significant over the last couple of years due to the " barrier " properties of the tube to enable a wider range of products such as food to be stored in them.
a tube is a soft squeezable container which can be used for thick liquids such as adhesive, caulking, ointment, and toothpaste. basically, a tube is a cylindrical, hollow piece with a round or oval profile, made of plastic, paperboard, or aluminum. both ends of this tube are treated differently during the manufacturing process and filling. in general, on one end of the tube body there is a round orifice, which can be closed by different caps and closures. the orifice can be shaped in many different ways. plastic nozzles in various styles and lengths are just one good example. to attach caps and closures, in most cases a thread is tapped onto the opening structure. furthermore, something all aluminium tubes have in common is that the other open end is folded several times after the contents have been added. the tube is thus hermetically sealed and nearly germ-free due to the high temperatures during the production process. furthermore, it is possible to coat the inside of the tube with special coatings to prevent the material from reacting with the contents. tubes are not poured from liquid aluminium; they are produced by the process of impact extrusion. in this process, the tube body is extruded from a small piece of aluminium with the round shape of a coin. unlimited printing designs can be applied to the tube, thanks to the wet-in-wet offset printing method. six tones can be printed with this printing procedure, which gives packaging designers great opportunities to express their creativity. the filled content can be easily squeezed out by the pressure of two fingers. the main characteristic of aluminium tubes is the total separation of the contents from the surrounding atmosphere; therefore, such tubes are especially suitable for the packaging of highly perishable contents. aluminium tubes are used as packaging technology for cosmetics, pharmaceuticals, food, and technical products. plastic tubes: tube containers can also be produced in plastic, most commonly pe. the use of plastic tubes is very popular for the storage of cosmetics such as hand creams etc. and also some food stuffs. the plastic tube retains its shape after each " squeeze " unlike laminate tubes such as toothpaste tubes. plastic tubes can also be highly decorated or have a special additive such as soft touch to make the tube more appealing during use or point of sale (pos). plastic tubes are produced using the extrusion process. a " sleeve " is first produced using a very specialised extrusion line. the " sleeve " must be produced to a very high standard (for decoration purposes) and also to very tight tolerances as automated processes are required post the extrusion operation. once the " sleeve " is produced the tube head is fitted using an automated heading machine. tube printing using complex and specialised printing machines such as silk screen printing applies the desired decoration. the open tubes are then most likely packed and despatched to another facility for filling and sealing. the growth of multi-layer plastic tubes has been significant over the last couple of years due to the " barrier " properties of the tube to enable a wider range of products such as food to be stored in them.