DE1944289U - SIGNAL INTERRUPTOR FOR CASE ALARM. - Google Patents

Description

P.A.332 Ί50 * 25.6.66

KIENZLE UHRENFABRIKEN GMBH, Schwenningen am Neckar

File number ; K kl jQK / Q ^ a. Gbm

Title ; Signal breaker for case alarm clock

The present innovation relates to a signal interrupter For case alarm clock, which enables comfortable operation and at the same time fixes the position of use. It is easily possible, the signal of the in use position to interrupt the set up alarm clock by an unspecified movement (pressure), "with the risk of unintentional locking is largely excluded by the arrangement made.

Signal alarms on case alarm clocks that are so convenient Enable operation, securely fix the position of use and unintentional locking of the alarm device largely exclude are new.

The relatively easy-to-use locking device known from ordinary alarm clocks by means of a push button or similar operating means, which act on differently designed locking kinematics, can also be used with the present innovation on case clocks with the advantage that the pressure carried out by hand is carried out in an unspecified manner can and does not have to be directed to a control means. . . '

There are also signal interrupters for case alarm clocks are known, with actuation of the locking kinematics by moving the Cases relative to the alarm clock happens. However, this embodiment has the disadvantage that the watch must thereby be brought out of its position of use. In a normally used, A detent notch that guarantees a secure fixation of the position of use specific manipulations are necessary again to get the signal

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Bring about interruption; on the other hand, a case that notches straight away brings the risk of the unintentional Knocking the watch over from its position of use. Especially since Alarm clocks are usually wound in the evening, it has been proven that consumer circles do not want case alarm clocks having to toast from their position of use in the morning.

The 'further known signal interrupter devices that actuate the locking kinematics by tilting the watch case relative to the base, are unsuitable for case alarm clocks; Besides that With case alarm clocks, the locking device placed in the foot would be claimed by the weight of the week, causing a unintentional locking would be favored even by light pressure.

According to the innovation, a lever mounted on the work plate • serves as part of the kinematics that lock the alarm anchor, as well as to accommodate the clasp attached to the case for fixing the position of use. The construction guarantees that the clasp and the receiving part of the lever are reliable assume the operative position; this ensures that the position of use is securely fixed when the clock is set up. An incorrect locking or jamming out of the operative position of the clasp and lever is impossible, i.e. Clasp and lever are inevitably in operative connection in the position of use.- The structural implementation of the innovation concept further provides that the locking process initiating means is arranged above in the position of use. As a result, the alarm clock weight does not act on the locking device; the force exerting the blocking must be carried out intentionally in full. The the locking device The spring holding in the starting position is not stressed in the rest position and it is possible to use one for the purpose of another Function of the spring arranged in the factory - preferably the one acting on the locking mechanism - to be supported on the locking lever.

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Another notable advantage of the present new one, png is the versatile arrangement of the operating means. With appropriate training of the lever can Push button, hand button or other operating means additionally or exclusively on the back, on the side or on all eligible places are placed so that the same type of work is used for different types of cases or clocks can be.

The innovation is based on various exemplary embodiments
illustrated:

Figures 1, 4, 5 and 6 show side views of different exemplary embodiments in each case in the position of use. Pictures 2 and J show a rotatably mounted or through
Tab-guided locking lever on the work carrier
is shown assembled in plan view. The means that trigger the signal interruption are known and are not shown here.

In the embodiment shown in Figure 1, pushes
the clasp 2 located on the case 1 in a tab 4 punched on the locking lever J> , whereby the illustrated utility is fixed. The nose 6 punched on the movement capsule 5 ensures reliable locking.

The locking lever J> acts directly on the alarm clock or initiates the interruption of the signal by other means. According to Figure 2, the lever J> is rotatably mounted on a frame pillar 7. Figure J5 provides a guide between tabs 8 punched on the work carrier.

The spring 9 shown in Figures 2 and 3, each of which is designed differently, holds the lever 2 in the "starting position".
With a clever construction, the spring can be arranged in such a way that it also performs other functions (such as depressing a pawl, etc.). Part 10 represents the stop for
the locking lever j5.

In the embodiment according to Figure 4, the bent end 6 of the lever 3 guaranteed ^e i ⁿ secure detents of the parts 2 and 4. FIG.
At the same time, the surface 11 acts on known locking means, not shown. According to Figure 5, the lever 3 is designed so that it ensures easy assembly and secure locking of parts 2 and 4.

Claims (6)

Protection claims 1. Signal breaker for case alarm clock, with the two Buckle that closes housing shells when the alarm clock is switched off in operative connection with a locking lever stands for the bell, characterized in that the 'locking lever (3) is arranged on the top of the alarm clock and has a punched tab (4) for the clasp (2), the punched tab (4) being outside the movement capsule (5) is located. 2. signal interrupter according to claim 1, characterized in that that the work capsule (5) has a punching out in the direction of the tab (4). , 3 signal interrupter according to claims 1 and 2, characterized in that, that the free end of the locking lever (3) has a surface extending at right angles to its direction of movement (11). 4. Signal interrupter according to claim 1 and 3, characterized in that that the locking lever (3) with its side having the tab (4) along the lateral surface of the work- ■ capsule (5) runs. 5 · Signal interrupter according to claim 1 to 4, characterized in that that the end of the locking lever (4) running in the direction of the movement capsule (5) as sloping downwards Guide surface is formed. 6.Signal interrupter according to claim 1 to 6, characterized. shows that the locking lever (3) is rotatably mounted on a frame pillar (7). s: This document (description and description is <Ee uridbf «nsKsSit« * si «wejcM of the won * you originally «ingeroicMen Unteria? *» -! approx. Oi; The right to appeal the deviation. is ", | MM checked. Dto uisprtnglfcit einetätfen underlay beaten s ^ cii in dan Anetten. You can have any proof • Κι «reejjlicheji IrMresses can be viewed free of charge. On An'f-aq, htavon also Hfdkop · »Od dm üUfaton Pmsta geUeferli German Potentamt. Oehrauderauj »« «·.