DE1735872U - CASE FOR FEED THERMOMETERS AND SIMILAR SHOCK-SENSITIVE FRAGILE OBJECTS. - Google Patents

Description

"* ^Rt - 'Vi" 3 i. I do. _w

Annex EFr. 3

.pl.-lng. Hellmuth Kosel

Oipl.-Ing. Julius Giliard ^(20b) i ^ SS ^ ft ^de " ² 7 * ^Se P ^teJafeer 1956

Patent Attorneys Phone: Gandersheim 342

Alfred Fischer

from the

Alfred f iseher

Berlin-Wilmersdorf,
LaubenheimerstraiBe 18 I.

for clinical thermometers and similar shock-sensitive fragile objects "

The control treated a. Case for clinical thermometers and similar, shock-sensitive, fragile objects "made of preferably transparent plastic". The fut = teral is suitable for holding clinical thermometers.

Zut Terpaclcung and AufbewahruBg of lieoerthermoaetern are SteckMilsezi known * The "known receptacles made of either · of thin sheet metal or plastic Sits the Fie =" bertheraometer relatively straaim in the Steckhiilse, then transferred to shocks when Yersand with full force to the fhermometer, the the empfisdlishe fheraometer "he = nt breaks circum stances the, it is, therefore, gone over the DAAU _f receptacles za make so far that the 2hersiometer relatively loosely in the sleeve sitst wna the iühermometer in the sleeve determine through cotton wool pads. I ₃ has shown that the provision of the correct amount of cotton wool and the killing of the receptacles with the cotton wool during packaging is very time-consuming and the packaging is considerably more expensive. In addition, the cotton wool in the plug-in sleeve presses itself firmly over time, 3p that the clinical thermometer is no longer sufficiently elastic after repeated use in the plug-in sleeve.

The case after hiring avoids these hacking parts in that it consists of two shells connected by a hinge. len is composed and elasti = in at least one shell see art locks firmly connected to the shell = fabric for the clinical thermometer bezvr * the shock-sensitive Subject has. Me elastic stops are at Yer = * pack the! thermometer already in the case and

2126/1 Gi / Z

therefore need to look especially at the Terpackenead Subject to be aligned * As a result of their firm yerbin » They cannot use the case either de »case, fall out. ^ Your elasticity remains the same long storage of the clinical thermometer in the case and is also achieved by repeated removal and insertion The thermometer in the case is not affected.

The elastic locking device can either be provided in only one _r z * B · of the upper shell, or in both shells. " The arrangement in both bowls has δ, & ι Yorteil ^ that the clinical thermometer is at a distance from the two bowls and so it can be safely intercepted on all sides of the case. The elastic locks can be made in one piece with the shell or shells. Crossbars. Exist. If the shells are manufactured by injection molding, the locking devices can then be manufactured with the shells in one operation. As elastin locking devices, however, foam blocks can also be provided, which are glued into one or both shells. In the version »iorja, the! Fiebexthermoiaeteir o & ex · the fragile object otherwise housed in the! Case is elastically stored in the case ·

The drawing shows an exemplary embodiment for the firing and at the same time further details about it * It shows:

Hg. 1 is a plan view of the opened shells of the case with thin crossbars as a locking device in front of the Assembling the hinge;

Fig. 2 shows a vertical section through the case of Fig. 1 with a clinical thermometer after the combination = setting the hinge and closing the two shells;

'annoyed. .
. FIG. 5 is a section along line AB of FIG. 2j

4 shows a top view of an opened Fut = teral with foam rubber blocks as stops in both bowls len; and

Fig. 5 is a vertical section through the longitudinal = axis of the case It. Fig. 4 in the closed state.

In FIGS. 1, 2 and 3, the two hollow shells 1 and 2 have thin, elastic transverse webs 3 and 4 molded on. The crossbars be 3.4 kSnnen with the shell edge flush "For holding particularly thick objects their upper edge but can \

also lie deeper than the edge of the bowl. The hinge to the "Yer = | The two hollow shells 1 and 2 are bound by Ueu =

eration from an approach 5 isit 'an ionic hole 6 xmä. another approach? with a cylindrical bore 8,1a the ice pin 9 at the attachment 10 ie? Shell 1 can be inserted - Ia the conical bore 6 of the extension 5 is a corresponding conical pin 11 sm. Ansats 12 of the Eohlachale 1 introductory carv%? Connection of the two Eohlschales. one drives ZEUSäehsti dea pin 9 into the hole 3 and presses the pin 11 into the BoiuruBg € ♦ All ropes consist of Eanstatoff wa & are old deaiale zn. injected in one piece *

Lack dsm lay the f iebertliermoMeter 15 uses the hoiil shawls for the sight of the eye. 1 and 2 lay the elastic locks 3 BS-d 4 gesäS Fig. 2 laaS 3 Gegea the fleberthenas = meter 13 and "bend around» Bss Siiersioaeter 13 is then la Brtteral slastisek «Di ©" both sciiale are after the Close by holding a ScSmappY © rsohlaS sasaasena consisting of a rabbit 14 with an overarching seal 15 ".

Bas futteral nacii des. Pig · 4 · "and 5 is constructed like the lietserther It * of. Fig. 1 and 2 with regard to the two hollow shells, the hinge and the Sclinappirer = closure 2 However, round Schamagu.imniklgtgohea.16 imä 17 glued in. Bie foam = gasmiälät see XS and 17 sun-natural, also other "arbitrary shapes" They have to be high enough on 3®dea jail that they the au missing object »a · Β * hold a clinical thermometer 13 ₁ with safety *

The sheath can be made of transparent or transparent Made of plastic *

Claims (2)

I. -k .: Uli Λ H / - ι h Schutsattspruche 1 *! Case fiiF depth thermometer and similar shock * sensitive fragile objects preferably made of consists of transparent plastic, characterized in that it consists of two shells connected by a hinge. (2 * 2) composite sheath in at least one shell, elastic locking devices (3 * 4) firmly connected to the shell or » (25,27) made of plastic for the stoßeapfindilolieit (object (13) na * 2. sheath after. _R in claim 1 »dadursiL which the elastic Peststeller (5,4) beawv (16,17) tn two shells (1,2) are provided. 3m sheath according to claims 1 and 2, characterized in that the elastic locking device is made with the. Shells (1,2) are made of thin transverse webs (3,4) forming a piece. 4 *! Aim sheath according to claims 1 and 2 »characterized ge = features * da £ the elastic stops of (* 2 1) are fixed in the Schäumstoffkl3tzchen Sehale or in the shells." 5 * lutteral according to claims 1 to 4 _y characterized in that the hinge parts are connected at one end by a conical bevel (11) and at the other end by a preferably cylindrical pin (9) and each shell with their associated hinge points and bevel and pin are made from one piece of the same material. 6, "Putteral according to claims 1 to 5 characterized ge = *" denotes _f that the shells (1,2) on the hinge gsgenuberliffgeRden * longitudinal side are held together by a Schnappversehluß (14 * 15) * · Patronage DipI.-Ing. HeJJfnuth Kosel