CN100557528C - Time switch - Google Patents
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- CN100557528C CN100557528C CNB2007103015418A CN200710301541A CN100557528C CN 100557528 C CN100557528 C CN 100557528C CN B2007103015418 A CNB2007103015418 A CN B2007103015418A CN 200710301541 A CN200710301541 A CN 200710301541A CN 100557528 C CN100557528 C CN 100557528C
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Abstract
The invention provides a kind of can be to the multiple operating state of load set, and can easily judge the time switch of present operating state.According to the present invention, can be according to action configuration switch (4) " automatically " that set, " conducting continuously ", " end continuously ", " manually temporary transient ending ", each action of " manually temporary transient conducting ", come the operation of control load/stop, and in the action display part (5d) of liquid crystal display part (5), utilize operating portion position display part (52), judge that load is owing to auto-action is in operation, still be to stop owing to auto-action is in, or owing to manual temporary transient turn-on action is in operation, or owing to manual temporary transient being in by action stops, and, can utilize operating portion position display part (51), (53), judging that present action is in continuous conducting or is in continuously ends.
Description
Technical field
The present invention relates to a kind of time switch, this time switch was controlled load in the predefined moment.
Background technology
In the past, provide time switch as described below: be built-in with microcomputer, storage is a plurality of programs in each week etc. for example, if to utilizing the predefined moment of this program, the power supply of then conducting/disconnection control machine even load is supplied with, and then load is moved/stop control.
As an example of this time switch, have following two actions are set at switchable technology: auto-action, its operation/stop based on Automatic Program ground control load; And manual activity, it utilizes the operation manually come control load/stop, and irrelevant with program.(for example, with reference to patent documentation 1).
And, as manual activity, have: perseveration, it is by the operation hand switch, the state of load (move or stop) being set to continuously certain, and irrelevant with program; With temporary transient action, it carries out temporary upset by the operation hand switch with the state (moving/stop) of load, and irrelevant with program.As perseveration, have: (A) continuous turn-on action, it keeps the running status of load continuously, and with irrelevant based on the operation of program/stop control; (B) continuously by action, it keeps the halted state of load continuously, and with irrelevant based on the operation of program/stop control.As temporary transient action, have: (C) manually temporary transient turn-on action, its load with halted state temporarily is set to running status, and with irrelevant based on the operation of program/stop control; It is (D) manually temporary transient that its load with running status temporarily is set to halted state by action, and with irrelevant based on the operation of program/stop control.(for example, with reference to patent documentation 2).
And, the time switch that also has is, the display part of liquid crystal etc. is set on switch main body, the state of a control of present moment and load etc. is shown, with the action of setting now be divided into (a) conducting continuously, (b) continuously by, (c) show based on the halted state of program or 4 parts of manually temporarily ending based on the running status of program or manually temporary transient conducting, (d).(for example, with reference to patent documentation 3).
Patent documentation 1: the special fair 5-20716 communique of Japan
Patent documentation 2: the special fair 5-69479 communique of Japan
Patent documentation 3: No. 2672901 communique of Jap.P.
Yet, in above-mentioned patent documentation 3, though the action that will set now is divided into (a) conducting continuously, (b) end continuously, (c) based on the running status of program or manually conducting temporarily, (d) show based on the halted state of program or 4 parts of manually temporarily ending, but seen the user of the demonstration of above-mentioned (c), can't distinguish it is the operation of the load that causes by auto-action, still the operation of the load that causes by manual temporary transient action, in addition, seen the user of the demonstration of above-mentioned (d), also can't distinguish it is stopping of the load that causing by auto-action, still by manual temporary transient stopping by the load that causes.
In addition, in above-mentioned patent documentation 2, use a pushing type switch, set above-mentioned each action according to its time of pressing, thereby be difficult to know the method for operating that is used to set each action.In addition, in above-mentioned patent documentation 3, utilize the formation of using a slide switch and two pushing type switches or utilize the formation of using two pushing type switches, set above-mentioned each action, operating portion is more, still is difficult to know method of operating.
Summary of the invention
The present invention makes in view of the above problems, and purpose is to provide a kind of can and can easily distinguish the time switch of present operating state to a plurality of operating states of load set.
Time switch of the present invention has: clock portion (10), and it carries out timing to present moment; Program setting unit (2), its moment that is set in hope is controlled the program of usefulness to load; Program storage part (11), it is stored the program that sets; Efferent (9), conducting/disconnection is supplied with to the power supply of load; Output control part (1) comes the operation of control load/stop by the conducting/disconnection of switching efferent; Action setup unit (4), its action with output control part is set at automatically, conducting continuously, continuously by, manually temporary transient conducting, manual any one action in temporarily ending; And display unit (5), its state to this time switch shows.Above-mentioned output control part (1) carries out following control, that is,,, the moment that has set in present moment and the program compared based on program being set under the situation of auto-action, and then the operation of control load/stop; Under the situation of the action that is set to continuous conducting, keep the running status of load; Under the situation that is set to the action that ends continuously, keep the halted state of load; Under the situation of the action that is set to manually temporary transient conducting, load temporarily is controlled at running status from halted state; Under the situation that is set to the action that manually temporarily ends, load temporarily is controlled at halted state from running status.Above-mentioned display unit is constituted as one of the information that shows below at least respectively: expression is set at that information, expression that auto-action and load be in running status are set at auto-action and load is in the information of halted state, the information that expression is set at the action of manually temporary transient conducting, the information that expression is set at the action that manually temporarily ends.
According to the present invention, utilize the demonstration of display unit, can distinguish respectively: load is owing to the auto-action based on program is in service; Perhaps load is to stop owing to auto-action based on program is in; Perhaps load is owing to manually temporary transient turn-on action is in service; Perhaps load is to stop owing to manual temporary transient being in by action.Therefore, can be to a plurality of operating states of load set, and can easily distinguish present operating state.In addition, under the situation that can on time switch, set various patterns (for example, clock display mode, timer are set pattern), can distinguish present pattern by change the demonstration of display unit at every kind of pattern.
Above-mentioned action setup unit (4) is preferably, and has the action configuration switch (4) of operating portion (4a), aforesaid operations portion (4a) can corresponding to automatically, conducting continuously, on 3 positions of these 3 actions, move continuously.When aforesaid operations portion is in when automatically position and load are in halted state, operating portion is moved to corresponding to the continuous position of conducting, afterwards, turn back to once more corresponding to automatic position, thus, the action with output control part is set at manually temporary transient conducting; Be in when automatically position and load are in running status at operating portion, operating portion is moved to corresponding to the position of ending continuously, afterwards, turn back to once more, thus, the action of output control part is set at manually temporarily ends corresponding to automatic position.
According to this formation, can be by the simple formation of using one to have the action configuration switch of 3 positions, easily set automatically, conducting continuously, continuously by, manually temporary transient conducting, the exercises that manually temporarily end.
In time switch of the present invention, preferably, aforesaid operations portion is configured on the one side of shell.The zone of the establishing method that shows manually temporary transient conducting and manually temporarily end is set on this one side.
Constitute according to this, set under manually temporary transient conducting or the manual situation of temporarily ending, can operate glibly when the action configuration switch (4) that uses 3 positions.In addition, even, also need not to take out instructions, just can set reliably just in case forgotten method of operating.
In the present invention, above-mentioned output control part (1), preferably: when load is in halted state owing to auto-action, under the situation that is set at manually temporary transient conducting, carry out the action of manually temporary transient conducting, till load being switched to the time of running status from halted state, afterwards, be set at auto-action once more based on program.In addition, preferably: when load is in running status owing to auto-action, be set under the situation of manually temporarily ending, carry out the manual action that temporarily ends, till load being switched to the time of halted state from running status, afterwards, be set at auto-action once more based on program.
By adopting such formation, can easily distinguish: load be owing to the auto-action based on program be in service or load be owing to the auto-action based on program be in stop in or load be to be in service or load is owing to manually temporarily stop by moving to be in owing to manual temporary transient turn-on action.
Mistake as described above like that, in the present invention, following effect is arranged: can and can easily distinguish present operating state to a plurality of operating states of load set.
Description of drawings
Fig. 1 is the front view of the time switch of expression embodiment.
Fig. 2 is the same stereographic map.
Fig. 3 is the same rear view.
Fig. 4 is the same circuit block diagram.
Fig. 5 is the figure of expression based on the control that auto-action carried out of the same program.
(a) and (b) are figure of the liquid crystal display part when representing the same auto-action among Fig. 6.
The figure of the state of the action configuration switch when Fig. 7 is the same continuous turn-on action of expression.
(a) and (b) are the figure that concern between the same continuous turn-on action of expression and the program behavior among Fig. 8.
The figure of the liquid crystal display part when Fig. 9 is the same continuous turn-on action of expression.
Figure 10 is the same figure of the state of the action configuration switch when action continuously of expression.
(a) and (b) are the same figure of the relation between action and program behavior continuously of expression among Figure 11.
Figure 12 is the same figure of the liquid crystal display part when action continuously of expression.
The figure of the state of the action configuration switch when Figure 13 is the same manually temporary transient turn-on action of expression.
(a) and (b) are the figure that concern between the same manually temporary transient turn-on action of expression and the program behavior among Figure 14.
The figure of the liquid crystal display part when Figure 15 is the same manually temporary transient turn-on action of expression.
Figure 16 is the figure of the state of the same manually temporary transient action configuration switch when action of expression.
(a) and (b) are the same manually temporary transient figure that concern between action and program behavior of expression among Figure 17.
Figure 18 is the figure of the same manually temporary transient liquid crystal display part when action of expression.
Figure 19 is the figure of the same central operation portion position display part of expression.
Figure 20 is the figure of the liquid crystal display part when representing the same timer setting pattern.
Figure 21 is the figure of the liquid crystal display part when representing the same clock setting pattern.
Figure 22 is the process flow diagram of signal of the control action of the same load of expression.
Embodiment
Below, based on accompanying drawing, embodiments of the present invention are described.
(embodiment)
Fig. 4 represents the circuit block diagram of time switch of the present invention, has: control part 1, it is made of microcomputer, and and each several part described later between carry out signal transmitting and receiving and the action of each one monitored, control; Set with switch portion 2, it is by a plurality of pushing type buttons (2a～2g) constitute; Mode selector switch 3, it is made of slide switch; Action configuration switch 4, it is made of slide switch; Liquid crystal display part 5, it is made of LCD; LED display part 6 (6a, 6b), it is made of a plurality of LED; Power supply unit 7, it generates action power according to the source power supply that comes through power supply terminal 14,14 inputs; Power failure test section 8, it detects the source power supply power-off condition; Efferent 9, it is according to from the indication of control part 1, and conducting/deenergization is supplied with, and this power supply is supplied with and is meant through lead-out terminal 15,15 and the external loading of the not shown control machine that connects etc. carries out power supply and supplies with; Clock portion 10, it carries out timing to present week and present moment; Program storage part 11, the program that its moment control load that is stored in hope is used; (reset) portion 12 that resets, its action to control part 1 resets; And oscillating portion 13, the clock signal that its generation is moved control part 1.At this, control part 1 constitutes output control part, sets with switch portion 2 configuration program setup units, and action configuration switch 4 constitutes the action setup unit, and liquid crystal display part 5 constitutes display unit.
The outward appearance of time switch, as shown in Figure 1 and Figure 2, shell 20 with rectangular box shape, this shell 20 by with front openings main body (body) 21 and the cover plate 22 that covers on the opening of main body 21 constitute, and by hooking sheet 22a being limited to be arranged on the fastener 21a of the two sides of main body 21, and cover plate 22 is assembled on the main body 21, and in the unit that the former configuration of cover plate 22 has operation, shows, above-mentioned hooking sheet 22a is that the both sides from cover plate 22 rearward extend.In addition,, be limited to the lateral margin of cover plate 22 by the hooking sheet 23a that makes each trailing edge that is arranged on top and bottom in the front of cover plate 22, and with the back opening transparent cover plate 23 be installed in the front of cover plate 22.And the above-below direction in the description of the present embodiment process, left and right directions, fore-and-aft direction are set to the direction based on the above-below direction among Fig. 1, left and right directions, fore-and-aft direction.
In the front of cover plate 22, liquid crystal display part 5 is set on top, this liquid crystal display part 5 is provided with constantly display part 5a, week display part 5b, counts operating point 5c, action display part 5d etc. constantly; Be provided with in its underpart and set with switch portion 2, and right side in front, output state display part 6a, action configuration switch 4, "on" position display part 6b, mode selector switch 3 on above-below direction, disposed side by side.In addition, as shown in Figure 3,, dispose the power supply terminal 14,14 that is used to connect source power supply, with the lead-out terminal 15,15 that is used to be connected load at the back basifacial of main body 21.
And, power supply unit 7, by constituting as the lower part: reduction voltage circuit 7a, it carries out step-down to the source power supply from power supply terminal 14,14 inputs; With DC converting circuit 7b, the direct current conversion is carried out in its input to step-down, and offers the formation of each several part as action power.When power supply was switched on, "on" position display part 6b lit a lamp.In addition, have a power failure if utilize power failure test section 8 to detect source power supply, then switch to from the power supply of standby power supply and supply with, above-mentioned standby power supply utilizes not shown formations such as battery.
In addition, efferent 9, by constituting as the lower part: driving circuit 9a, it generates drive signal according to the indication from control part 1; With relay 9b, it carries out conducting/disconnection according to above-mentioned drive signal at contact.Load is connected in power supply through the contact of relay 9b, and the conducting/disconnection that comes Switching power to supply with according to conducting/disconnection of relay 9b.That is, control by 1 pair of following state of control part: relay 9b conducting, to the running status of load supply power and relay 9b disconnect, not to the halted state of load supply power.And when load was controlled to be running status, output state display part 6a lit a lamp.
In addition, mode selector switch 3, has the operating portion 3a that on 3 positions of above-below direction, slides, and upper end position P1 is set to clock display mode, middle position P2 is set to timer and sets pattern, lower end position P3 is set to the clock setting pattern, and is set to each pattern according to the sliding position of operating portion 3a.
Generally, operating portion 3a is set at the clock display mode of position P1, below, the action under the clock display mode is described.
In clock display mode, the present moment that shows 10 timing of timing portion at the moment of liquid crystal display part 5 display part 5a, show present week at week display part 5b, constantly count operating point 5c and carried out once glittering action in per 1 second, and, according to the mode of operation of action configuration switch 4, show the operating state of load at action display part 5d.
At first, when the operating portion 4a of action configuration switch 4 is positioned at middle position P12, thereby set under the situation of (1) " automatically " action, control part 1 is based on the program that is stored in the program storage part 11, the moment that has set in present moment that 10 timing to clock portion and the program (setting constantly) compares, if present moment is constantly consistent with setting, then carry out the load that makes load running or stop control as shown in Figure 5.And, in action display part 5d, be in the operating portion position display part 52 of the situation of position P12 at the 4a of mirror operation portion, show, when being controlled to running status based on program and with load, operating portion display part 52, shown in Fig. 6 (a), be shown as " timer conducting ", and when being controlled to halted state based on program and with load, operating portion position display part 52 is shown as " timer ends " shown in Fig. 6 (b).Therefore, seen the user of action display part 5d, promptly know: operating portion 4a is in position P12, and load is owing to the auto-action based on program is controlled as running status or halted state.
Then, when will move configuration switch 4 operating portion 4a as shown in Figure 7, switch to upper end position P11 from middle position P12, thereby set under the situation of action of (2) " continuously conducting ", control part 1 is from setting-up time t0, keep the continuous turn-on action (Fig. 8 (b)) of the running status of load continuously, and with based on the operation of program/stop control irrelevant (Fig. 8 (a)).And, in action display part 5d, before setting-up time t0, shown in Fig. 6 (b), the operating portion position display part 52 in that the 4a of mirror operation portion is in position P12 is shown as " timer end " of expression based on the halted state of program, and after setting-up time t0, as shown in Figure 9, be in the operating portion position display part 51 of position P11 situation, be shown as " conducting continuously " of the running status that expression causes by continuous turn-on action at the 4a of mirror operation portion.Therefore, seen the user of action display part 5d, promptly known: operating portion 4a be in position P11 and load since continuously turn-on action be controlled as running status.
Then, when will move configuration switch 4 operating portion 4a as shown in figure 10, switch to lower end position P13 from middle position P12, thereby be set under the situation of the action that (3) " ends continuously ", control part 1 is from setting-up time t10, keep continuously load halted state continuously by action (Figure 11 (b)), and with based on the operation of program/stop control irrelevant (Figure 11 (a)).And, in action display part 5d, before setting-up time t10, shown in Fig. 6 (a), be in the operating portion position display part 52 of the situation of position P12 at the 4a of mirror operation portion, be shown as " the timer conducting " of expression based on the running status of program, and after running time t10, as shown in figure 12, be in the operating portion position display part 53 of position P13 situation, be shown as " continuously by " of expression by the halted state that causes by action continuously at the 4a of mirror operation portion.Therefore, seen the user of action display part 5d, promptly known: operating portion 4a is in position P13 and load is controlled as halted state owing to ending action continuously.
Then, when will move configuration switch 4 operating portion 4a as shown in figure 13, after switching to upper end position P11 from middle position P12, and turn back to once more at the appointed time under the situation of middle position P12, set (4) " manually temporary transient conducting " for, control part 1 is from setting-up time t20, carries out the load of halted state temporarily is controlled to be " manually temporary transient conducting " action (Figure 14 (b)) of running status, and with irrelevant based on the operation of program/stop control (Figure 14 (a)).Should manually temporary transient turn-on action be, the following time period is set to the running status that caused by manual temporary transient turn-on action, promptly this time period is: from setting-up time t20, running status has been arranged in the load of halted state, afterwards, to the time period that switches to the time t21 of running status based on program from halted state.And after time t21, utilize auto-action to move/stop control based on program.
And, in action display part 5d, before setting-up time t20, shown in Fig. 6 (b), be in the operating portion position display part 52 of the situation of position P12 at the 4a of mirror operation portion, be shown as " timer end " of expression based on the halted state of program, during time t20～t21, as shown in figure 15, show that at operating portion expression portion 52 is shown as " the manually temporary transient conducting " of the running status that expression causes by " manually temporary transient conducting " action, after time t21, shown in Fig. 6 (a), be shown as " the timer conducting " of expression based on the running status of program at operating portion position display part 52, afterwards, as Fig. 6 (a), (b) shown in, show " the timer conducting " of expression, perhaps represent " timer ends " based on the halted state of program based on the running status of program at operating portion position display part 52.Therefore, seen the user of action display part 5d, can be in position P12 by the 4a of discriminated operant portion, and can distinguish: load is because " manually temporary transient conducting " action is controlled as running status, still owing to the auto-action based on program is controlled as running status.
Then, when will move configuration switch 4 operating portion 4a as shown in figure 16, after switching to lower end position P13 from middle position P12, and turn back to once more at the appointed time under the situation of middle position P12, be set at (5) " manually temporary transient ending ", control part 1 is from setting-up time t30, carries out the load of running status temporarily is controlled to be " manually temporary transient the disconnection " action (Figure 17 (b)) of halted state, and with based on the operation of program/stop control irrelevant (Figure 17 (a)).Should manually temporarily be by action, the following time period is set to by manually temporary transient by moving the running status that causes, promptly this time period is: from setting-up time t30, halted state has been arranged in the load of running status, afterwards, to the time period that switches to the time t31 of cut-off state based on program from running status.And after time t31, utilize auto-action to move/stop control based on program.
And, in action display part 5d, before setting-up time t30, shown in Fig. 6 (a), be in the operating portion position display part 52 of the situation of position P12 at the 4a of mirror operation portion, be shown as " the timer conducting " of expression based on the running status of program, during time t30～t31, as shown in figure 18, show that at operating portion expression portion 52 is shown as " manually temporary transient by " of halted state that expression causes by " manually temporary transient by " action, after time t31, shown in Fig. 6 (b), be shown as " timer end " of expression based on the halted state of program at operating portion position display part 52, afterwards, as Fig. 6 (a), (b) shown in, be shown as " the timer conducting " of expression, perhaps represent " timer ends " based on the halted state of program based on the running status of program at operating portion position display part 52.Therefore, seen the user of action display part 5d, can be in position P12 by the 4a of discriminated operant portion, and can distinguish: load is owing to " manually temporary transient ending " action is controlled as halted state, still owing to the auto-action based on program is controlled as halted state.
In aforesaid operations portion position display part 52, as shown in figure 19,4 position 52a of two row, two row will be divided in [], 52b, 52c, 52d, wherein be shown as " timer " at upper left position 52a, 52b is shown as " manually temporary transient " at the position, lower-left, be shown as " conducting " at upper right position 52c, 52d is shown as " ending " at the position, bottom right, as required, by to position 52a, the demonstration of any one of 52b " timer " or " manually temporary transient ", with position 52c, the demonstration of any one of 52d " conducting ", " end " and make up, when operating portion 4a was in the position P12 of central authorities, can distinguish following situation: load was owing to the auto-action based on program is in running status; Perhaps load is owing to the auto-action based on program is in halted state; Perhaps load is owing to manually temporary transient turn-on action is in running status; Perhaps load is in halted state owing to manually temporary transient by action.And, in operating portion position display part 51,53, show " continuous conducting ", " ending continuously ", thereby can judge that present action is " conducting continuously " or " ending continuously ".
Like this, in the present embodiment, by at the action display part 5d of liquid crystal display part 5 setting operation portion position display part 51,52,53, can distinguish the position of the operating portion 4a of action configuration switch 4, and, owing to the everything that " manually temporarily ends " corresponding to above-mentioned (1) " automatically ", (2) " conducting continuously ", (3) " continuous ending ", (4) " manually conducting temporarily ", (5), at the operating state of each operating portion position display part 51,52,53 demonstration load, so can easily distinguish the operating state of present action of setting and load.
In addition, bottom in cover plate 22 fronts, also be provided with zone 16, it has utilized literature record and has utilized the establishing method of above-mentioned " manually temporary transient conducting " that the operating portion 4a of configuration switch 4 carries out and " manually temporary transient by ", and near the operating portion 4a of cover plate 22 fronts, also be provided with regional 17a, 17b, it utilizes the direction of operating (arrow) of operating portion 4a to represent that above-mentioned " manually temporary transient conducting " reaches the establishing method of " manual temporary transient ending ", and zone 16,17a, 17b can form by directly printing or paste paster in the front of cover plate 22.Therefore, at the slide switch that uses 3 positions that is the configuration switch 4 that moves, under the situation of setting " manually temporary transient conducting " or " manually temporary transient ending ", can operate glibly above-mentionedly.In addition, method of operating also need not to take out instructions, just can set reliably even contingency has been forgotten.
Next, the action under the following situation is described, that is, the operating portion 3a of mode selector switch 3 switched to position P2 and be in situation under the timer setting pattern that the program that is stored in the program storage part 11 is set.And the operating portion 4a of action configuration switch 4 is set to be positioned at middle position P12.
When timer is set pattern, as shown in figure 20, liquid crystal display part 5 is that all programs are set picture, and display part 5a, week display part 5b carry out glittering constantly, action display part 5d shows " timer conducting ", and display routine numbering display part 5e carries out glittering demonstration.At first, if operating and setting is presented at the program number of this setting among the program number display part 5e with switch 2, then, by next～day button 2a, select to carry out the week that load is controlled.Each by next～day button 2a, just repeat in the week of the correspondence among the week display part 5b glittering/light a lamp, under the state of lighting a lamp for selecting, under glittering state, be non-selection.Then, setting under the situation in the moment that load is set to running status, make among the action display part 5d and demonstrate " timer conducting ", setting under the situation in the moment that load is set to halted state, make among the action display part 5d and demonstrate " timer by ".Then, press a hour button 2a, minute button 2c and set moment of the operation of carrying out load/stop to control, at last, set button 2d by pressing, will be in the above-mentioned week that sets, constantly move load/procedure stores that stops to control is in program storage part 11, and all programs that become next program number are set picture.In addition, by pressing cancel button 2e, cancel the setting content of this program number.
Next, the action under the following situation is described, that is, the operating portion 3a of mode selector switch 3 switched to position P3 and be in situation under the clock setting pattern, this clock setting pattern is the pattern that 10 timing to clock portion present moment is set.And the operating portion 4a of action configuration switch 4 is set to be positioned at middle position P12.
When the clock setting pattern, as shown in figure 21, liquid crystal display part 5 is for constantly setting picture, and display part 5a, week display part 5b, the moment count operating point 5c and carry out glittering constantly.And, if by next～any one of day button 2a, then in week display part 5b, only show the week of being supressed, thereby select present week.Then, press a hour button 2b, a minute button 2c sets present moment.
The setting utilization of second is set button 2d and is carried out, during pressing, constantly count operating point 5c and be the state of lighting a lamp, the second timer of clock portion 10 stops at " 00 ", and from having removed the moment of down state, constantly count operating point 5c and become glittering state, the second timer of clock portion 10 picks up counting.
In addition, if press reset button 2f, then utilize reset portion 12 that the action of control part 1 is resetted.In addition, if by next time+and 1h button 2g, thus then set the present moment of clock portion 10 timing for the daylight-saving time in advance in 1 hour, and if press again+1h button 2g, then the present moment of clock portion 10 timing was postponed 1 hour, thereby remove the setting of daylight-saving time.
And, so-called conductive rubber switch can be used in to constitute and set with in each pushing type button of switch 2, the conductive rubber conducting that this conductive rubber switch utilization is pressed is formed on the pattern on the printing substrate, thereby carries out conducting/opening operation.
Utilize the summary of the load control action that such time switch carries out, be illustrated in the process flow diagram of Figure 22, if begin action (step S1), then clock portion 10 is carried out the timing action (step S2) of present moment, judge whether the action that utilizes action configuration switch 4 to set is automatic (step S3), if auto-action, the moment of having set in present moment that 1 pair of timing of control part and the program compares (step S4), when present moment and under setting situation constantly consistent, carry out auto-action (step S5) based on program.
If not auto-action, whether then judge to utilize action that action configuration switch 4 set is continuous turn-on action or continuously by action (step S6), if turn-on action or continuous in action is then carried out continuous turn-on action or continuous in moving (step S7) continuously.
If not continuous turn-on action or continuous by action, whether the action that then judge to utilize action configuration switch 4 to set is manually temporary transient turn-on action or manually temporary transient by action (step S8), if manually temporary transient turn-on action or manually temporary transient by action is then carried out manually temporary transient turn-on action or manually temporary transient by action (step S9).
Claims (4)
1. time switch has: clock portion (10), and it carries out timing to present moment; Program setting device (2), its moment that is set in hope is controlled the program of usefulness to load; Program storage part (11), it is stored the program that sets; Efferent (9), conducting/disconnection is supplied with to the power supply of load; Output control part (1) comes the operation of control load/stop by the conducting/disconnection of switching above-mentioned efferent; Action setup unit (4), its action with above-mentioned output control part is set at automatically, conducting continuously, continuously by, manually temporary transient conducting, manual any one action in temporarily ending; And display unit (5), its state to this time switch shows; It is characterized in that,
Above-mentioned output control part carries out following control,
Being set under the situation of auto-action, based on program, the moment that has set in present moment and the program is compared, and then the operation of control load/stop;
Under the situation of the action that is set to continuous conducting, keep the running status of load;
Under the situation that is set to the action that ends continuously, keep the halted state of load;
Under the situation of the action that is set to manually temporary transient conducting, load temporarily is controlled at running status from halted state;
Under the situation that is set to the action that manually temporarily ends, load temporarily is controlled at halted state from running status;
Above-mentioned display unit shows below one of information at least respectively: expression is set at that information, expression that automatic action and load be in running status are set at automatic action and load is in the information of halted state, the information that expression is set at the action of manually temporary transient conducting, the information that expression is set at the action that manually temporarily ends.
2. time switch according to claim 1 is characterized in that,
Above-mentioned action setup unit is the action configuration switch (4) with operating portion (4a), and this operating portion (4a) can be corresponding to automatically, move on 3 positions of conducting continuously, 3 actions ending continuously;
When aforesaid operations portion is in when automatically position and load are in halted state, aforesaid operations portion is moved to corresponding to the continuous position of conducting, afterwards, turn back to once more corresponding to automatic position, thus, the action with output control part is set at manually temporary transient conducting;
When aforesaid operations portion is in when automatically position and load are in running status, aforesaid operations portion is moved to corresponding to the position of ending continuously, afterwards, turn back to once more corresponding to automatic position, thus, the action of output control part is set at manually temporarily ends.
3. time switch according to claim 2 is characterized in that,
Have the shell (20) that on one side, has disposed aforesaid operations portion (4a), and on this one side, be provided with the zone (16) of the establishing method that shows manually temporary transient conducting and manually temporarily end.
4. according to any described time switch of claim 1 to 3, it is characterized in that,
Above-mentioned output control part (1) carries out following control,
When load is in halted state owing to auto-action, under the situation that is set at manually temporary transient turn-on action, carry out the action of manually temporary transient conducting, till load being switched to the time of running status from halted state based on program, afterwards, be set at auto-action once more;
When load is in running status owing to auto-action, being set at manually temporary transient ending under the action situation, carry out the manual action that temporarily ends, till load being switched to the time of halted state from running status based on program, afterwards, be set at auto-action once more.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006348567A JP4960697B2 (en) | 2006-12-25 | 2006-12-25 | Time switch |
| JP2006348567 | 2006-12-25 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101211157A CN101211157A (en) | 2008-07-02 |
| CN100557528C true CN100557528C (en) | 2009-11-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2007103015418A Active CN100557528C (en) | 2006-12-25 | 2007-12-21 | Time switch |
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| Country | Link |
|---|---|
| JP (1) | JP4960697B2 (en) |
| CN (1) | CN100557528C (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6278016B2 (en) * | 2015-09-15 | 2018-02-14 | カシオ計算機株式会社 | Analog electronic timepiece and pointer drive control device |
| CN107331578A (en) * | 2017-06-02 | 2017-11-07 | 公牛集团有限公司 | A kind of timer interactive operation method applied to relay |
| JP2021018196A (en) * | 2019-07-23 | 2021-02-15 | パナソニックＩｐマネジメント株式会社 | Time switch, and environment sensor |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0141655A2 (en) * | 1983-11-04 | 1985-05-15 | Schlumberger Industries Limited | Electronic timeswitch |
| US5088071A (en) * | 1987-11-16 | 1992-02-11 | Omron Tateisi Electronics Co. | Time switch |
| JP2672901B2 (en) * | 1991-05-09 | 1997-11-05 | 三菱電機株式会社 | Time switch |
| CN1437209A (en) * | 1996-05-10 | 2003-08-20 | 松下电工株式会社 | Timing switch |
| CN1812032A (en) * | 2005-01-26 | 2006-08-02 | 松下电工株式会社 | Time switch |
-
2006
- 2006-12-25 JP JP2006348567A patent/JP4960697B2/en active Active
-
2007
- 2007-12-21 CN CNB2007103015418A patent/CN100557528C/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0141655A2 (en) * | 1983-11-04 | 1985-05-15 | Schlumberger Industries Limited | Electronic timeswitch |
| US5088071A (en) * | 1987-11-16 | 1992-02-11 | Omron Tateisi Electronics Co. | Time switch |
| JP2672901B2 (en) * | 1991-05-09 | 1997-11-05 | 三菱電機株式会社 | Time switch |
| CN1437209A (en) * | 1996-05-10 | 2003-08-20 | 松下电工株式会社 | Timing switch |
| CN1812032A (en) * | 2005-01-26 | 2006-08-02 | 松下电工株式会社 | Time switch |
Also Published As
| Publication number | Publication date |
|---|---|
| JP4960697B2 (en) | 2012-06-27 |
| CN101211157A (en) | 2008-07-02 |
| JP2008157822A (en) | 2008-07-10 |
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