SE460397B - Bowl-shaped body for suffocation of ticks or other insects - Google Patents

Abstract

A membrane (4) is fitted inside the bow-shaped body (1) which breaks under the effect of pressure. This causes the filler to smother the tick or insect, asphyxiating it, causing it to loosen its grip. It can then be cleanly removed from the skin without any residual traces. Another version comprises only a plastic with a bow-shaped space filled with the medium which covers the tick or insect when the plaster is applied. The filler used is viscous at room temp. but liquid at body temp.

Description

460 3-97 The filler can with * Advantage be strongly anticeptive.

Insects such as ticks can transmit the disease -Dangerous diseases such as h iron membrane-Flamnation. fr * - The devices are then characterized as shown in FIG. claiming claims.

The invention will be described in more detail with reference to the appendix drawings there Fig. 1 'shows a first embodiment of the device according to uppFin ~ seen from above; Fig. 2a shows a cross section of the device according to Fig. 1 in a section A-A; Fig. 2b shows true cross-sections as in Fig. 2a nen in somewhat nodified making the device; Fig. 3 shows a second embodiment of the device; Fig. 4 shows a cross section of the device according to Fig. 3 in a section B ~ B; U Fig. 5 shows an enlarged detail in the section B-B according to ¥ ig 4; Figure 6 shows a third embodiment of the invention; Fig. 7 shows the third embodiment in a special variant; The device according to the invention will now be described in more detail in a First embodiment refers to Fig. 1 ooh Fig. 2. According to ¥ ig 1 this consists of a scaly shell or capsule as at its lower part is formed down a flange 2 which in this ¥ all is circular nen as also the square or any other inclined shape of the towers, for example, elliptical or rectangular. In the inner thinned out 3 in the capsule there is liquid that is retained in the capsule 1 by a thin membrane 4 serving as a wall, the membrane 4 separating the outlet 3 from a second outlet 3a. This second outlet 3a connects the insect 14. According to ¥ ig 2a and 2b can the membrane 4 be flat in Fig. 2a) or cupped in 2b J. On Flange 2 there is a self-adhesive material 5 which makes it easy to apply the capsule to the skin.

The bowlFurnüga casing 1 is made of reasonably sufficient material, preferably geno apparent, so that it gives eFter something when nan presses it. The thin '.Lim the membrane 4 is made of a cracked material so that it ruptures in a ning cut pieces when the pressure increases on the liquid in the effluent 3 when the liquid is U ' pressas p.g.a. that the shallow cover 1 is pressed. Insects onges now by the liquid acting as a filler and gets nwcket some oxygen if anything at all. w 460 397 In Figures 3 and 4, the device is shown in a second drying storm which is intended to be used when an insect is large or in the number down one Tick when this has had time to swell properly. To Get the Insect covered as much as possible by the Filling Filler, the capsule 1 has been divided in two separate parts, B and 7, where part 6 is attached to part 7 as a lid.

Part 5 contains the filling tube in its inner casing 3. Part 7 has a thin membrane B (which can be flat or cupped, here drawn plane J as is made of brittle material and serves as a partition according to above.

Part 7 is a lower part down the second thinning 3b and as true with part 6 forming a capsule. Part 7 has self-adhesive material 9 on the underside that allows the capsule to comfortably adhere to skin. Parts 6 and 7 are made in just the right wüukt neteríal, partly to adapt more easily to the skin, partly To be able to give in to light pressure on part 5. Here, too, the thin membrane 8 should rupture and the insect thereby enclosed by the Filler. To enable the compression of the two parts 6 and 7 There is an air gap 10 arranged on part 7, see Fig3.

You can have one or more such columns on the part 7 as well as on part 6. You can also have an air valve 11 shown in Magnification in fig. 5.

The device will be shown in a third embodiment in Fig. 6. Kowbina- tion is a capsule of any appearance with self-adhesive flange 9.

The filler in the drain 3 has the property here that at temperature and below be viscous below that at skin temperature becomes more fluidLiquid and can change to pure liquid form. As Filling For example, gelatin which can be dissolved in water can be used. It should too here be strongly anticeptic. This avoids the membrane 4 and B which includes yeasts according to the above phrases.

You avoid air bubbles completely and the capsule is completely filled with suffocation. nedlet. A protective film 91 ensures that the liquid does not drain out unexpectedly. rature increases, e.g. in sun protection.

Fig. 7 shows the third embodiment in a special variant. The capsule 12 has become a patch where the capsule is either true to one eye plaster band or that the whole device is made of one and true material al; preferably then transparent, thin and smooth. Uet should be stuck properly and lightly oil the skin worm.The elevation (= capsule) is placed on top of the insect. 460 3927 ' A protective film 13 may be provided on the device 1 ° to protect it the self-heating material and pouring the liquid into place in the capsule if it p.g.a. far * high temperature would be too 'fluent.

The protective film 13 is removed before the capsule nanor is applied.

Claims (4)

460 397 P A T E N T K R A V Device For at least partially suffocating and thereby removing an insect, which peacefully its non-sucking organ has touched the skin of a human or an animal, including a shell-shaped body f 1; 5.7; 12 l, the inner shell-like surface of which completely covers the insect in 141 and is provided with a fastening needle C 5.9 l dares to hold the device in place when it is applied to the skin, the bowl-shaped body (1; 6,7; The cup-shaped part is dimensioned so that its inner volume I 3 l is slightly larger than the insect to be removed, characterized in that the bowl-shaped body is arranged so that at least a part of its inner volume I 3 l contains a solid or liquid substance before the body (1, - 5,7; 12 l Attached to the skin and so that when the body completely covers the insect, the substance envelops densanma. Device according to claim 1, characterized in that said substance becomes solid or viscous at room temperature or lower years, but becomes liquid at body temperature. Device according to potent claim 1, characterized in that the bowl of the shaped body (1 l is divided into a first sub-space (3 l and a second sub-outer part) (Ba 1, which are separated by a thin membrane (4.8 l where the -First sub-compartment (3 l encloses said sleeve and the second sub-compartment (Sa l is dimensioned to enclose the insect) l breaks so that the insect (14 l is connected by the substance. Device according to claim 1, characterized in that the cup-unifying body consists of two parts I 5 and 5, respectively. 7 l, where the first part (8 l defines an inner space l 3 l for receiving said substance and where the second part (7 l is sewn down said l-'setting means (9 l and has an inner outer space (31 l). l which is dimensioned to cover the insect, one or the other part (6 or 7 l being provided with the two parts) 6.7 l separating wall I 8 l arranged so that after attachment of the body to the skin and then the first part exposed To pressure, the duck is inserted into the inner space of the other part (3b l and connects the insect C 14 l.