DE20013662U1 - Case for dosing and automatic injection device - Google Patents

Description

^L Franz-Heinz Adamaszek PO Box 100116 D-7C7ÖO1'Stuttgart CASE for DOSING AND AUTOMATIC INJECTION DEVICE

So that diabetics can have their DOSING AND AUTOMATIC INJECTION DEVICE and its necessary accessories safe and protected wherever they are, a handy case has been developed to hold the stand with DOSING AND AUTOMATIC INJECTION DEVICE, a stand, spare cylinder, spare cannulas and space for 2 10 ml insulin ampoules. Spare cylinders are used because the cylinder used can usually break at times and in places that make immediate replacement impossible; however, the continued use of the DOSING AND AUTOMATIC INJECTION DEVICE must also be guaranteed for diabetics, as it is vital for them.

Picture 1 Form linings of the case

2 mold linings for reserve ampoules

3 Case lid with tabs

4 Bottom of the case with closure

5 total views

Figure 1 shows the intended mold linings (15) and (16) in foam or film molds for syringes in the stand vessel (10), holder for stand (11), spare cylinder (13), spare cannula (14), ampoules (12) with recessed grips; whereby in Figure 2 only receptacles (17) and (18) for reserve ampoules (12) are provided, which are the same at the top and bottom but for possible cooling, the molds (17) and (18) with alternating ribs and can be made of Styrofoam. In Figures 3 and 3a, the shape of the upper shell (1) of the case is equipped with tabs (3), sealing lips (7), handle bar (5) and pivot bearing recess (4) which guides the spindle knob (8) of the lower shell (2) (Figures 4 and 4a). For the tab (3), there are recesses on both sides of the base shell (2) with spindle knobs (8), spring-loaded locking latch (9) with pressure recess (6), while Figure 4c shows the locking situation between the upper (1) and lower shell (2). The upper shell (1) with tabs (3) is pushed into the recesses of the lower shell (2); the spindle knobs (8) engage in pivot bearing recesses (4) of the tabs (3) and produce the external shapes as shown in Figure 5.

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Claims (6)

1. CASE characterized in that it consists of an upper shell ( 1 ) and a lower shell ( 2 ) which are connected by means of hinge plates ( 3 ) on both sides of the upper shell ( 1 ), by means of a pivot bearing recess ( 4 ) in the hinge plates ( 3 ) and an axle knob ( 8 ) in the molded recess for the hinge plates of the upper shell ( 1 ) and locking latch ( 9 ). 2. CASE characterized in that the lower shell ( 2 ) has lateral recesses with axle knobs ( 8 ) such that the hinge tabs ( 3 ) of the upper shell ( 1 ) are guided in a contour-conforming manner. 3. CASE characterized in that the upper shell ( 1 ) and lower shell ( 2 ) each have alternating dust lips ( 7 ) on the end edge; the upper shell ( 1 ) also has a gripping edge ( 5 ) in the area of the locking latch ( 9 ) of the lower shell ( 2 ). 4. CASE characterized in that the locking latch ( 9 ) of the lower shell ( 2 ) is integrated therein, is spring-loaded and is provided with lateral dust strips, and can be released from the locking connection with the upper shell ( 1 ) by pressing on the pressure recess ( 6 ). 5. CASE characterized in that it is used to hold the standing vessel with DOSING AND AUTOMATIC INJECTION DEVICE ( 10 ), replacement cylinder ( 13 ), replacement cannula ( 14 ), base ( 11 ) and insulin ampoules ( 12 ), molded linings ( 15 ) of the upper shell ( 1 ), ( 16 ) of the lower shell ( 2 ), which can be made of foam or film. 6. ETUI characterized in that polystyrene linings ( 17 ) with alternating sealing edges ( 18 ) can be used for heat insulation for reserve ampoules ( 12 ).