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Назва винаходу та фрагмент реферату Дата публікації патента
1 JP60008612B
<назва відсутня>
04.03.1985
2 JP60008622B
<назва відсутня>
04.03.1985
3 JP60008624B
<назва відсутня>
04.03.1985
4 JP60008625B
<назва відсутня>
04.03.1985
5 JP60008628B
<назва відсутня>

A semiconductor integrated logic circuit comprises a load transistor having a carrier injecting region and a carrier extracting region and an inverter transistor having a source region, drain regions, channel regions each connected between the source region and each of the drain regions, and gate regions defining the respective channel regions therebetween. The extracting region is merged into the...

04.03.1985
6 JP60008635B
<назва відсутня>
04.03.1985
7 JP60031717U
<назва відсутня>

A magnetic tape guide drum for a magnetic video recording and playback apparatus has a rotary magnetic head and is adapted for guiding a magnetic tape traveling spirally about the drum. The drum includes a rotary drum portion, a stationary drum portion and a shaft secured to the rotary drum portion and supported rotatably by the stationary drum portion for rotating the rotary drum portion. A groun...

04.03.1985
8 JP60031728U
<назва відсутня>
04.03.1985
9 JP60031735U
<назва відсутня>
04.03.1985
10 JP60031755U
<назва відсутня>
04.03.1985
11 JP60031763U
<назва відсутня>
04.03.1985
12 JP60040742A
AUTOMATIC STARTING-STOPPING DEVICE

PURPOSE:To improve operatability in an engine ever so better, by judging the frequency of starting and stopping in a car on the basis of an engine automatic starting-stopping discrimination signal out of a brake and so on, while making a device perform the control of automatic starting and stopping in the engine in an automated manner when the frequency comes so high. CONSTITUTION:During car drivi...

04.03.1985
13 JP60040821A
OLDHAM'S COUPLING
04.03.1985
14 JP60040896A
CONTROLLER FOR CENTRAL LUBRICATING DEVICE

In a device for controlling the function of central lubrication installations with two electrically conducting components (8, 9) integrated into a signal circuit, a contact piston (18) provides the electrical contact between these components (8, 9). The contact piston (18) is guided with zero play in a bore (17) of one of the components (8, 9). It has a sealing section (19) which, in the working p...

04.03.1985
15 JP60040939A
METHOD OF CONTROLLING QUALITY OF PRODUCT FROM FISH, CATTLE, PIG AND POULTRY
04.03.1985
16 JP60040983A
METHOD AND DEVICE FOR ZOOM-DISPLAYING IMAGE AT REAL TIME IN ULTRASONIC SCANNER

Real time image zoom is obtained by sampling electrical signals corresponding to reflected ultrasonic waves at a sampling frequency whereby display data is obtained only in an area of interest. The sampling is delayed to eliminate signals from areas not of interest. Ultrasonic pulse repetition rate is selected so that internal resolution in the area of interest is optimized.

04.03.1985
17 JP60041009A
OPTICAL FIBER CONNECTOR HAVING TWO SUPPORT SURFACES AND TERMINATION OF OPTICAL FIBER TRANSMISSION MEMBER
04.03.1985
18 JP60041065A
IMAGE FORMING DEVICE

PURPOSE:To use effectively less input signal wires by arranging a titled device in such a way that input means by assignment of a number of copying sheet and detection of a copying condition are inputted by coupling with output signal wires under program control. CONSTITUTION:The key input from an operating part is taken into a CPU by the scanning signal from the output terminals R0-2, R9 of the C...

04.03.1985
19 JP60041101A
DECRETE TIME TYPE ON/OFF SWITCHING ADAPTIVE CONTROL DEVICE

The present invention relates to an arrangement for the discrete-time adaptive on-off switching control of a continuous-time process with a binary switching actuator, which uses for the determination of the on-off actuating signal a prediction of a process output sequence over several future sampling intervals as reaction to a possible process input sequence that is applied to a discrete-time line...

04.03.1985
20 JP60041156A
NON-SYNCHRONOUS CONTROLLER

This device comprises an asynchronous memory access control and permits the distribution of the access to a RAM memory (14) among a plurality of users (U1, U2, U3), the access being effected in an asynchronous manner. Certain users (U2, for example) can access the memory at adjacent addresses by means of a single row precharge cycle, the column access cycles (CAS) being successively effected durin...

04.03.1985