Hose Package Extrusion Propelling Card

Application (Patent) No.: CN200420097983.7 Filing Date: 2004.11.26 Name: Hose Packing Extrusion Propelling Cards Disclosure (Announcement) No. CN2776874 Date of Publication (Advertisement): 2006.05.03 Main Classification Code: B65D35/28 (2006.01) ) Part I Original Application No.: Class No.: B65D35/28(2006.01)I; A47K5/00(2006.01)I Date of Issuance: Priority: Application (patent) Person: Li Meng Address: 274020 Heze City, Shandong Province East Market Science and Technology Committee Family Court Inventor (Designer): Li Meng International Application: International Announcement: Date of Entry into the Country: Patent Agency: Agent: Abstract The utility model discloses a hose package extrusion propelling card, involving Toothpaste, ointment, cosmetics and other pastes or viscous liquid hose packaging extrusion propulsion card, it solves the problem of less time-consuming and laborious squeeze out of the hose when the packaging is less. The utility model relates to a plastic cuboid with a long slit (1) in the middle. The width of the middle gap is slightly more than twice the thickness of the hose, and the length is equal to one-half the circumference of the hose. There are arc guides on both sides of the slot entrance, and the two ends are respectively connected with the arc. The arc diameter is larger than the slot width, and the arc length is greater than 180°. The rear half part (2) of the pusher card is inclined and can be made into a decorative shape. The utility model has the advantages of simple structure, convenient and practical, and is widely applicable to toothpaste factories, pharmaceutical factories, cosmetics factories and other manufacturers who use hose packing pastes or viscous liquids. Sovereignty item A hose package extrusion propulsion card, including a card body and a gap (1), characterized by circular arc guides on both sides of the upper end of the gap, each end connected to a circular arc, the diameter of which is slightly larger than the gap width, The arc is slightly larger than 180°, and the lower part of the card body is provided with an inclined surface (2).