CN2560010Y

CN2560010Y - Electronic swinging clock

Info

Publication number: CN2560010Y
Application number: CN02270873U
Authority: CN
Inventors: 吴日荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-06-04
Filing date: 2002-06-04
Publication date: 2003-07-09
Anticipated expiration: 2012-06-04

Abstract

An electronic swaying clock relates to an electric and mechanical clock, in particular to a swaying clock. The utility model comprises a clock body 14, a supply unit, a spring lamination 8 which is arranged in the clock body 14; one end of the spring lamination 8 is fixedly arranged on the clock body 14 and the other end is fixedly arranged at the tail end of a swaying rod 2 which extends form the inside of the clock body to the outside of the clock body; the swaying rod 2 has no stumbling block in the swaying range, and the front end of the swaying rod 2 is successively provided with at least four electro-luminescence body 1, and the middle-lower part or the lower part of the swaying rod 2 is provided with a magnet 3; a solenoid coil is arranged at the part corresponding to the magnet 3 and is fixedly arranged in the clock body 14. The utility model also comprises a microprocessor and has the advantages of special displaying style, convenient use and beautiful exterior.

Description

The electronics Swinging clock

Technical field

The utility model relates to the motor machine clock and watch, particularly swing demonstration clock.

Background technology

Mostly electronic clock of the prior art is to adopt fixedly display mode such as LCD panel, charactron, and these display packings have materials used more, the shortcoming that display packing is single.

Summary of the invention

The technical problems to be solved in the utility model at above-mentioned existing deficiency, provides a kind of display mode special electronics Swinging clock.

The technical scheme that the utility model adopted, design a kind of electronics Swinging clock, comprise clock body, supply unit, one spring leaf is arranged in the clock body, one end of described spring leaf is fixed on the clock body, the other end is fixed on the tail end of rocking bar, it is external that rocking bar extends to clock in the clock body, clear in the scope of this rocking bar reciprocally swinging, the front end of this rocking bar is equipped with the electroluminescence body more than at least four successively, middle and lower part or bottom at this rocking bar are provided with magnet, are provided with solenoid at the correspondence position of magnet, and this solenoid is fixed in the clock body; Also comprise microprocessor.

The utility model is to improve at above mentioned the deficiencies in the prior art, has display mode advantage special, easy to use, attractive in appearance.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the side diagrammatic cross-section of Fig. 1.

Fig. 3 is the pin position wiring diagram of central processing unit in Fig. 4.

Fig. 4 is the circuit diagram of one of the utility model most preferred embodiment.

Fig. 5 is the user mode figure of the utility model embodiment.

Embodiment

Below in conjunction with drawings and Examples the technical solution of the utility model is further described.

As shown in Figure 1 and Figure 2, a kind of electronics Swinging clock, comprise clock body 14, supply unit, one spring leaf 8 is arranged in the clock body 14, one end of described spring leaf 8 is fixed on the clock body 14, the other end is fixed on the tail end of rocking bar 2, it is external that rocking bar 2 extends to clock in the clock body, clear in the scope of these rocking bar 2 reciprocally swingings, the front end of this rocking bar 2 is equipped with the electroluminescence body 1 more than at least four successively, middle and lower part or bottom at this rocking bar 2 are provided with magnet 3, are provided with solenoid 4 at the correspondence position of magnet 3, and this solenoid 4 is fixed in the clock body 14; Also comprise microprocessor.

Described rocking bar 2 is provided with deaden piece 12, and photoelectric sensor 7 is installed on the run trace of deaden piece 12, and this photoelectric sensor 7 is fixed on the clock body 1.

The outside surface of described clock body 14 is provided with selects signal input unit button 15.Select display message, press this group selection button and set the effect of selecting display mode or respective symbols to reach user's needs according to it.

Described electroluminescence body 1 is light emitting diode (LED), and quantity is 8.The number of luminophor 1 can increase and decrease also available other electrofluor of its material according to the design needs.Described electroluminescence body 1 is a lampet, and quantity is 10.

Described spring leaf 8, solenoid 4 and photoelectric sensor 7 are fixed on the circuit board 11, and this circuit board 11 is installed in the clock body 14.Be fixed on the wiring board 11 as the structure of waving among Fig. 2, Fig. 5, L section iron chassis 10 is fixed on wiring board 11 bottoms, solenoid 4 is established at the middle part of wiring board 11, the outstanding magnet 3 of establishing in the middle room of solenoid 4, magnet 3 is fixed on the L type aluminium flake (barrier flaps) 12, has spring leaf 8 to connect between aluminium flake 12 and the brandreth 10, fixing rocking bar 2 on the aluminium flake 12, rocking bar 2 is light emitting diode (LED) wiring board, and 8 pieces of light emitting diodes (LED) are welded at the top of this wiring board 2 successively.After 3 swings of the wiring board on the spring leaf 82 and magnet were got up, photoelectric sensor 7 was sensed L type aluminium flake 12 number of times and the time back and forth, and central processing unit U1 to light emitting diode (LED), demonstrates predetermined character by soft arranging wire 13 transmission of electric signals.

Except that described supply unit, another supply unit also is set, this supply unit is electric battery 9 or exchanges the displacement flow directing device.Supply unit also can also can provide direct supply through supply hub 6 by the external world singly for exchanging displacement flow directing device or electric battery 9.Power supply offers central processing unit U1, storer U2, conversion drive module (code translator) U3 after exchanging displacement flow directing device, voltage stabilizing 5V, when extraneous power cut-off, by battery-powered central processing unit U1, storer U2, conversion drive module (code translator) U3 of giving, make the time can be, and stop timing because of the disconnection of power supply.

Described microprocessor comprises central processing unit U1, storer U2, conversion drive module (code translator) U3, reset circuit and reference generator; Power supply provides the galvanic current source through rectifying and voltage-stabilizing (or battery) for described microprocessor, reset circuit, reference generator and selection signal input unit 15 are connected with central processing unit U1 input respectively, solenoid 4 is connected with central processing unit U1 output, storer U2 is connected with central processing unit U1, central processing unit U1 signal exports conversion drive module (code translator) U3 to, and this conversion drive module (code translator) U3 is connected with electroluminescence body 1.

As shown in Figure 3, Figure 4, triode Q2, Q3 and resistance R 3, R14, R15, R16, R17 and capacitor C 3 are formed the reset circuit of central processing unit (CPU); 5,6 pin of storer U2 are connected with 25,24 pin of central processing unit U1 respectively, 1,2,3, the 4 and 7 pin ground connection of storer U2, and 8 pin of storer U2 connect direct supply; The end of photoelectric sensor IS01 is connected other end ground connection with 23 pin of central processing unit U1; The two ends of oscillator Y1 are connected to 2, the 3 pin places of central processing unit U1, and these two ends also connect capacitor C 1, C2 respectively, the other end ground connection of capacitor C 1, C2; Solenoid is connected the collector of triode Q4, the radio utmost point ground connection of this triode, and base series resistor R11 is connected the 5 pin places of central processing unit U1, a diode D9 in parallel on the solenoid; One end of selection signal input unit switch is connected to 9～13 pin places of central processing unit U1, other end ground connection; 2,4,6,9,11,13,15,17 pin of conversion drive module (code translator) U3 are connected with 14～21 pin of central processing unit U1 respectively, 3,5,7,9,12,16,18 pin of conversion drive module (code translator) U3 respectively connect resistance and diode, other end ground connection.

Triode Q2, Q3 and resistance R 3, R14, R15, R16, R17 and capacitor C 3 are formed the reset circuit of central processing unit (CPU), U2 puies forward the information that stores input as memory, 5,6 pin by U2 are communicated by letter, are stored and read with 14,25 pin of central processing unit U1, the signal of IS01 optoelectronic induction is input to central processing unit U1 through 23 pin of central processing unit U1, makes the rocking bar swing stable.Y1 guarantees central processing unit U1 operate as normal as the clock reference signal.

The frequency of described rocking bar 2 reciprocally swingings is 7～9 hertz.During work, solenoid 4 energisings, magnet 3 is produced magnetic attraction, make rocking bar 2 reciprocally swingings, when its hunting frequency surpasses time of the suspenopsia of human eye, what see is exactly one act of beautiful character that floats, as shown in Figure 5, monitor by 7 pairs of rocking bars 2 of photoelectric sensor simultaneously, it is at the uniform velocity swung.

After turning on the power switch the energising of 5 microprocessors, central processing unit U1 begins to export electromagnetic signal, solenoid 4 is generated an electromagnetic field attract magnet 3, driving rocking bar 2 begins to shake, when reaching normal swing, by central processing unit U1 output signal, conversion drive module (code translator) U3 changes, it is luminous to drive electroluminescence body 1, demonstrates different characters.

The utility model can show general greeting, has the function of perpetual calendar, shows date, week, time, and the time has 24 hours and 12 hours systems, and there are 5 kinds of display modes on the date, and the user can select different patterns for use according to the hobby of oneself.Can also pass through button inputting English letter and symbol, form 4 the short message of totally 200 letters in such a month, and on such a day showing, as " happy birthday ", " a nice holiday " greeting of etc.ing, to a kind of new impression of people.

Claims

1, a kind of electronics Swinging clock, comprise clock body (14), supply unit, it is characterized in that: a spring leaf (8) is arranged in the clock body (14), one end of described spring leaf (8) is fixed on the clock body (14), the other end is fixed on the tail end of rocking bar (2), it is external that rocking bar (2) extends to clock in the clock body, clear in the scope of this rocking bar (2) reciprocally swinging, the front end of this rocking bar (2) is equipped with the electroluminescence body (1) more than at least four successively, middle and lower part or bottom at this rocking bar (2) are provided with magnet (3), correspondence position at magnet (3) is provided with solenoid (4), and this solenoid (4) is fixed in the clock body (14); Also comprise microprocessor.

2, electronics Swinging clock according to claim 1, it is characterized in that: described rocking bar (2) is provided with deaden piece (12), photoelectric sensor (7) is installed on the run trace of deaden piece (12), and this photoelectric sensor (7) is fixed on the clock body (14).

3, electronics Swinging clock according to claim 2 is characterized in that: the outside surface of described clock body (14) is provided with selects signal input unit button (15).

4, electronics Swinging clock according to claim 1 and 2 is characterized in that: described electroluminescence body (1) is a light emitting diode (LED), and quantity is 8.

5, electronics Swinging clock according to claim 1 and 2 is characterized in that: described electroluminescence body (1) is a lampet, and quantity is 10.

6, electronics Swinging clock according to claim 1 is characterized in that: except that described supply unit, another supply unit is set also, this supply unit is electric battery (9) or exchanges the displacement flow directing device.

7, electronics Swinging clock according to claim 1 and 2 is characterized in that: described spring leaf (8), solenoid (4) and photoelectric sensor (7) are fixed on the circuit board (11), and this circuit board (11) is installed in the clock body (14).

8, electronics Swinging clock according to claim 1 and 2 is characterized in that: the frequency of rocking bar (2) reciprocally swinging is 7～9 hertz.

9, electronics Swinging clock according to claim 1 is characterized in that: described microprocessor comprises central processing unit U1, storer U2, conversion drive module (code translator) U3, reset circuit and reference generator; Power supply provides the galvanic current source through rectifying and voltage-stabilizing (or battery) for described microprocessor, reset circuit, reference generator and selection signal input unit (15) are connected with central processing unit U1 input respectively, solenoid (4) is connected with central processing unit U1 output, storer U2 is connected with central processing unit U1, central processing unit U1 signal exports conversion drive module (code translator) U3 to, and this conversion drive module (code translator) U3 is connected with electroluminescence body (1).

10, electronics Swinging clock according to claim 9 is characterized in that: triode Q2, Q3 and resistance R 3, R14, R15, R16, R17 and capacitor C 3 are formed the reset circuit of central processing unit (CPU) U1; 5,6 pin of storer U2 are connected with 25,24 pin of central processing unit U1 respectively, 1,2,3, the 4 and 7 pin ground connection of storer U2, and 8 pin of storer U2 connect direct supply; The end of photoelectric sensor IS01 is connected other end ground connection with 23 pin of central processing unit U1; The two ends of oscillator Y1 are connected to 2, the 3 pin places of central processing unit U1, and these two ends also connect capacitor C 1, C2 respectively, the other end ground connection of capacitor C 1, C2; Solenoid (4) is connected the collector of triode Q4, the radio utmost point ground connection of this triode, and base series resistor R11 is connected the 5 pin places of central processing unit U1, and solenoid (4) is gone up a diode D9 in parallel; One end of selection signal input unit (15) switch is connected to 9～13 pin places of central processing unit U1, other end ground connection; 2,4,6,9,11,13,15,17 pin of conversion drive module (code translator) U3 are connected with 14～21 pin of central processing unit U1 respectively, 3,5,7,9,12,16,18 pin of conversion drive module (code translator) U3 respectively connect resistance and diode, other end ground connection.