Abstract:
The message analysis device comprises a storage device (36) used to store messages (38). The messages are stored in a file (37) of the storage device (36) in chronological order. The message analysis device (35) further comprises a display device (42) used to display at least one first and one second window (6, 7). One part of the messages (38) which are chronologically stored in the file (37) can be displayed in the first window (6). The message analysis device (35) also comprises a selection device (41) used to select at least one message to be displayed in the second window (7) of the display device (42), corresponding to a parent generation and/or child generation of a specific message. The selection device (41) enables evaluation of the information from a message header and determination and representation of the thus determined messages of the parent generation which causally triggered a specific message and/or the messages of a child generation which were causally determined by the specific message.
Abstract:
Overload coupling has a driving rotor (1) supporting a small mark (6) for switching either of a pair of series-connected normally closed sensor relays (7, 8) provided on stationary structure at diametrically opposite points of the rotor. A driven rotor has a large mark (9) extending peripherally to either side of the small mark. The large mark switches either of a pair of normally open sensor relays (10, 11) arranged in parallel with the normally closed relays. In case of slip between two rotors one of the normally open relays is also open, and the resulting signal is used to stop the drive.
Abstract:
The invention serves to relieve the drummer of the necessity to overcome the restoring force of the restoring spring of the drumstick. The latter now has only to actuate a clutch. The invention also serves to increase the frequency of drum beats, since the possibility now exists of using one foot to actuate two drumsticks alternately, simultaneously or with any desired offset.
Abstract:
The strain gauge circuit will produce a switching pulse free of any overshoot. The voltage signal will be dependent on the resistance and will be used to supply electronic units. The strain gauges are used instead of contacts. A sharp buckling effect changes the resistance rapidly. This produces the voltage signal free of any overshoot and with a sharp rise time.
Abstract:
Calcium cpds. which are water repellent are formed by reacting a Ca cpd. which decomposes to Ca(OH)2 simultaneously with H2O and >=1 water soluble salt of a carboxylic acid and/or >=1 carboxylic ester. If an organo-silicon cpd. is used it is =94 wt.% of the total wt. of organo-silicon cpd., carboxylic salt and carboxylic ester. Emulsifiers, protective colloids and/or stabilisers for plastics may also be added to the mixt. Cpds. produced according to this method can be used as additives to plastics e.g. PVC or as additives for inorganic binders such as lime mortars, Portland ement decorative coatings and water glass colours. The binders can also contain the usual additives such as sand, vermiculite, perlite, wood meal, wood wool, gravel, asbestos, agents to inhibit binding, gluconic acid, Ca gluconate, organic resins, e.g. vinyl polymers and pigments.