Container
A container has an at least partially filled container body and at least one cap part ( 10 ). The cap part has at least one sealing part ( 16 ) that, for removal of the container contents, can be penetrated by a hollow-spike-shaped insertion part ( 22 ) from the outside, with a predeterminable actuating force, in an introduction direction. The insertion part can be removed from the container again, with a predeterminable pull-out force, in an oppositely directed pull-out direction. A device ( 16, 18 ) makes it difficult for the insertion part ( 22 ) to be removed with the pull-out force being increased such that unintentional removal of the insertion part ( 22 ) is at least made difficult.
1. A container, comprising:
a container body at least partially filled with contents;
a cap part being on the container body and having a through-hole in the cap part with a diameter of at least 6 mm and not greater than 8 mm; and
a sealing part being penetratable from an outside of the cap part in an insertion direction with a predeterminable actuating force by a hollow spike-shaped insertion part for removal of the contents, permitting removal of the insertion part from the cap part with a predeterminable retraction force in a retraction direction opposite to the insertion direction, making the retraction force greater than the insertion force making unintended withdrawal of the insertion part from the cap part more difficult, having a Shore hardness of 10 to 60 Shore A, being elastomeric, being at least one in the through-hole or directly contacting an edge of the through-hole, being attached to a bottom of the end cap and having a bead-shaped internal geometry with a difference of the diameter of the through-hole and a free internal diameter of the internal geometry being greater than 1.5 mm, portions of the sealing part being capable of being drawn into the through-hole during retraction of the insertion part.
2. A container according to claim 1 wherein
the container body is formed in a blow-fill-seal method and is closed at one end thereof with a pierceable diaphragm covered by the cap part.
3. A container according to claim 1 wherein
a radial distance is between the through-hole and the insertion part inserted in the through-hole forming an annular duct between the cap part at the through-hole and the insertion part, the annular duct being free of the sealing part during insertion of the insertion part in the through-hole and being at least partially packed by the sealing part upon withdrawal of the insertion part from the through-hole so as to apply the greater retraction forced by applying an increased frictional force on the insertion part by the sealing part.
4. A container according to claim 1 wherein
the through-hole and an outer circumference of the insertion part define an annular duct therebetween with the insertion part in the through-hole, the annular duct having a predeterminable axial length such that the annular duct is free of the sealing part during insertion of the insertion part in the through-hole and is completely packed upon withdrawal of the insertion part from the through-hole by a bead-shaped projection of the internal geometry being jammed into the annular duct so as to apply a clamping force on the insertion part inhibiting the withdrawal of the insertion part from the through-hole.
5. A container according to claim 1 wherein
the sealing part extends between the cap part and a head part of the container body and comprises a recess being coaxial to the through-hole and extending in an axial direction of the through-hole.
6. A container according to claim 1 wherein
the sealing part extends between the cap part and a head diaphragm of a head part of the container body and comprises a passage being disposed coaxial to the through-hole and extending in an axial direction of the through-hole.
7. A container according to claim 1 wherein
the internal geometry has an annular bead-shaped protruding radially into an inside of a recess or a passage of the sealing part, the annular bead being jamable in an annular duct between the through-hole and the insertion part upon withdrawal of the insertion part from the cap part.
8. A container according to claim 1 wherein
the sealing part has a recess closed by a piercing diaphragm of the container body, the piercing diaphragm being pierceable by the insertion part.
9. A container according to claim 1 wherein
the sealing part comprises an axial extension sealed and braced against a facing upper side of a head diaphragm of the container body.
10. A container according to claim 1 wherein
the through-hole is covered toward surroundings of the container body by a detachable strap.
11. A container according to claim 10 wherein
the detachable strap is a foil.
12. A container according to claim 1 wherein
the cap part is attached to a rim part of the container body located below a head part of the container body.
13. A container according to claim 1 wherein
an additional sealing part is housed in the cap part for passage of a cannula.
14. A cap part for a container, the cap part comprising:
a cap body having a through-hole in the cap body with a diameter of at least 6 mm and not greater than 8 mm; and
a sealing part being in the cap body, being penetrable by an insertion part, having a recess sealed by a piercing diaphragm separating an annular bead from an axial sealing ring of the sealing part, being penetratable from an outside of the cap body in an insertion direction with a predeterminable actuating force by a hollow spike-shaped insertion part, permitting removal of the insertion part from the cap part body with a predeterminable retraction force in a retraction direction opposite to the insertion direction, making the retraction force greater than the insertion force making unintended withdrawal of the insertion part from the cap body more difficult, having a Shore hardness of 10 to 60 Shore A, being elastomeric, being at least one of in the through-hole or directly contacting an edge of the through-hole, being attached to a bottom of the cap body, and having a bead-shaped internal geometry with a difference of the diameter of the through-hole and a free internal diameter of the internal geometry being greater than 1.5 mm, portions of the sealing part being outside of the through-hole during insertion of the insertion part in the through-hole and is-being capable of being drawn into the through-hole during retraction of the insertion part.
15. A cap part according to claim 14 wherein
the sealing part has an at least partial circumferential annular groove.
16. A cap part according to claim 14 wherein
the Shore hardness is between 20 and 50 Shore A.
17. A cap part according to claim 14 wherein
the Shore hardness is between 30 and 40 Shore A.
18. A cap part according to claim 14 wherein
the diameter of the through-hole is at least 6.2 mm and not greater than 7 mm.
19. A cap part according to claim 14 wherein
the diameter of the through-hole is at least 6.2 mm and not greater than 6.8 mm.
20. A cap part according to claim 14 wherein
the sealing part is attached by bonding to a bottom of the cap body directly adjacent the through-hole by at least one of welding or adhesive bonding.
21. A cap part according to claim 14 wherein
the difference is more than 2 mm.
22. A cap part according to claim 14 wherein
the difference is more than 2.5 mm.
23. A cap part according to claim 14 wherein
the through-hole is tapered toward a strap on an end of the cap body remote from the sealing part.
24. A cap part according to claim 14 wherein
the through-hole is at least partially packed by the sealing part.