CN203318934U - One-time connection self-destruct structure of opening and cover of glycerin enema container - Google Patents

Abstract

The utility model relates to a one-time connection self-destruct structure of an opening and a cover of a glycerin enema container. The one-time connection self-destruct structure comprises a bottle cover body A, a bottle cover body B, self-destruct rings, a self-destruct point A, a self-destruct point B, a bottle cover inner protrusion A, a bottle cover inner protrusion B, a sealing ring belt, a groove, a bottle opening outer protrusion A, a bottle opening outer protrusion B, and a bottle opening. The one-time connection self-destruct structure is characterized in that one or more self-destruct rings are arranged between the bottle cover body A and the bottle cover body B, the self-destruct point A is arranged at the edge of the upper end of the self-destruct ring, the self-destruct point B is arranged at the edge of the lower end of the self-destruct ring, the upper end of the self-destruct ring is connected with the bottle cover body A through the self-destruct point A, the lower end of the self-destruct ring is connected with the bottle cover body B through the self-destruct point B, the bottle opening outer protrusion A corresponds to the groove in the inner wall of the bottle cover body A, and the bottle cover inner protrusion B is clamped at a notch below the bottle opening outer protrusion B. The one-time connection self-destruct structure is convenient to install and use, can be used in a disposable mode, and can not be used repeatedly, so that infection caused by the condition that the container is not cleaned to patients is avoided.

Description

The disposable self-distruction structure that is connected of glycerine enema container mouth and lid

Technical field

The utility model relates to the disposable self-distruction structure that is connected of a kind of glycerine enema container mouth and lid, is applied on medical glycerine enema container.

Background technology

Mostly be and be threaded between the glycerine enema container bottleneck used in prior art and bottle cap, pour into liquid from bottleneck during use, then screw upper bottle cover, opening bottle cap after finishing using just can clean in order to the secondary utilization container, although the glycerine enema container of screw connection structure can repeatedly be used, and has reduced use cost, once clean unclean, just easily cause infection during repeated usage, increased the weight of patient's the state of an illness.

Summary of the invention

Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art, disposable the be connected self-distruction structure of a kind of glycerine enema container mouth with lid is provided, the utility model solves the technical scheme that its technical matters adopts: structure of the present utility model comprises bottle cap body A, bottle cap body B, the self-destruction ring, self-destruction point A, self-destruction point B, bottle cap internal projection A, bottle cap internal projection B, seal band, groove, bottleneck outer lug A, bottleneck outer lug B, bottleneck, it is characterized in that between bottle cap body A and bottle cap body B being provided with a circle or the above self-destruction ring of a circle, the upper end-face edge place of self-destruction ring is provided with self-destruction point A, the lower edge place of self-destruction ring is provided with self-destruction point B, self-destruction ring upper end puts A by self-destruction and bottle cap body A links together, self-destruction ring lower end puts B by self-destruction and bottle cap body B links together, be provided with a ring bottle cover internal projection A on the inwall of bottle cap body A, form a circle groove between the top of bottle cap internal projection A and the inwall of bottle cap body A, be provided with a ring bottle cover internal projection B on the inwall of bottle cap body B, be provided with a circle bottleneck outer lug A at cylindrical place, the upper end of bottleneck, groove on bottleneck outer lug A and bottle cap body A inwall matches, be provided with the bottleneck outer lug B of a circle arc below bottleneck outer lug A on the bottleneck outer wall, bottle cap internal projection B is connected to the indent below bottleneck outer lug B.

The utility model adopts flexible plastic to make, first medicine is put into to bottle from bottleneck, again bottle cap is aimed to bottleneck, directly pressing down bottle cap links together bottle cap and bottle sealing, bottle cap and bottleneck connect rear non-dismountable, also perfusion solution again after use, because adopting self-distruction structure, bottle cap and bottleneck connecting portion be connected, once the fracture of the self-destruction point between self-destruction ring and bottle cap, just do not have the effect of sealing between bottle cap and bottleneck, as re-inject liquid and use, liquid can spill between the self-destruction ring of fracture and bottle cap.

The beneficial effects of the utility model are, the utility model is easy to install, and disposable use can not the secondary recycling, thereby has avoided the infection only patient not caused because of cleaning container.

The accompanying drawing explanation

Fig. 1: the local structure for amplifying schematic diagram in the utility model embodiment A place.

Fig. 2: the local structure for amplifying schematic diagram in the utility model Embodiment B place.

Fig. 3: the utility model embodiment Bottle structure schematic diagram.

Fig. 4: the utility model embodiment Bottle cap structure schematic diagram.

Fig. 5: the utility model embodiment bottle and bottle cap connection structure schematic diagram.

In figure: bottle cap body A1, bottle cap body B2, self-destruction ring 3, self-destruction point A4, self-destruction point B5, bottle cap internal projection A6, bottle cap internal projection B7, seal band 8, groove 9, bottleneck outer lug A10, bottleneck outer lug B11, bottleneck 12, bottle cap 13, bottle 14, bottleneck 15.

The specific embodiment

Illustrate referring to the drawings the utility model is done to following concrete detailed description.As shown in drawings, structure of the present utility model comprises bottle cap body A1, bottle cap body B2, self-destruction ring 3, self-destruction point A4, self-destruction point B5, bottle cap internal projection A6, bottle cap internal projection B7, seal band 8, groove 9, bottleneck outer lug A10, bottleneck outer lug B11, bottleneck 12, it is characterized in that between bottle cap body A1 and bottle cap body B2 being provided with a circle or the above self-destruction ring 3 of a circle, the upper end-face edge place of self-destruction ring 3 is provided with self-destruction point A4, the lower edge place of self-destruction ring 3 is provided with self-destruction point B5, self-destruction ring 3 upper ends put A4 by self-destruction and bottle cap body A1 links together, self-destruction ring 3 lower ends put B5 by self-destruction and bottle cap body B2 links together, be provided with a ring bottle cover internal projection A6 on the inwall of bottle cap body A1, form a circle groove 9 between the top of bottle cap internal projection A6 and the inwall of bottle cap body A1, be provided with a ring bottle cover internal projection B7 on the inwall of bottle cap body B2, be provided with a circle bottleneck outer lug A10 at cylindrical place, the upper end of bottleneck 12, groove 9 on bottleneck outer lug A10 and bottle cap body A1 inwall matches, be provided with the bottleneck outer lug B11 of a circle arc below bottleneck outer lug A10 on bottleneck 12 outer walls, bottle cap internal projection B7 is connected to the indent below bottleneck outer lug B11.

Embodiment recited above is described preferred implementation of the present utility model; not design of the present utility model and scope are limited; under the prerequisite that does not break away from the utility model design concept; various modification and improvement that in this area, common engineering staff make the technical solution of the utility model; all should fall into protection domain of the present utility model; the technology contents that the utility model is asked for protection, all be documented in claims.

Claims (1)

1. the disposable self-distruction structure that is connected of glycerine enema container mouth and lid, comprise bottle cap body A (1), bottle cap body B (2), self-destruction ring (3), self-destruction point A (4), self-destruction point B (5), bottle cap internal projection A (6), bottle cap internal projection B (7), seal band (8), groove (9), bottleneck outer lug A (10), bottleneck outer lug B (11), bottleneck (12), it is characterized in that between bottle cap body A (1) and bottle cap body B (2) being provided with a circle or the above self-destruction ring (3) of a circle, the upper end-face edge place of self-destruction ring (3) is provided with self-destruction point A (4), the lower edge place of self-destruction ring (3) is provided with self-destruction point B (5), self-destruction ring (3) upper end is put A (4) by self-destruction and is linked together with bottle cap body A (1), self-destruction ring (3) lower end is put B (5) by self-destruction and is linked together with bottle cap body B (2), be provided with a ring bottle cover internal projection A (6) on the inwall of bottle cap body A (1), form a circle groove (9) between the inwall of the top of bottle cap internal projection A (6) and bottle cap body A (1), be provided with a ring bottle cover internal projection B (7) on the inwall of bottle cap body B (2), be provided with a circle bottleneck outer lug A (10) at the cylindrical place, upper end of bottleneck (12), bottleneck outer lug A (10) matches with the groove (9) on bottle cap body A (1) inwall, be provided with the bottleneck outer lug B (11) of a circle arc below bottleneck outer lug A (10) on bottleneck (12) outer wall, bottle cap internal projection B (7) is connected to the indent below bottleneck outer lug B (11).

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