CN208384965U - A kind of linear dynamic display device and electronic watch - Google Patents
A kind of linear dynamic display device and electronic watch Download PDFInfo
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- CN208384965U CN208384965U CN201820988230.7U CN201820988230U CN208384965U CN 208384965 U CN208384965 U CN 208384965U CN 201820988230 U CN201820988230 U CN 201820988230U CN 208384965 U CN208384965 U CN 208384965U
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Abstract
The utility model belongs to electronic watch field, discloses a kind of linear display device and electronic watch, including display driver circuit and display screen at dynamic；Display screen includes the multiple rectangular areas linearly successively arranged, and each rectangular area includes at least one sub-rectangular areas linearly successively arranged；Wherein, display driver circuit includes: the port selection signal generation module for generating port selection signal；For generating 60 system time signal generation modules of 60 system time signals；And it is multiple connect with port selection signal generation module and 60 system time signal generation modules, for generating the drive module of driving signal according to port selection signal and 60 system time signals；Multiple drive modules connect one to one with multiple rectangular areas respectively, and drive module drives each sub-rectangular areas to light or extinguish according to preset rules, to indicate the transformation of time；Chip area is reduced, is reduced costs, the competitiveness of product in market is increased.
Description
Technical field
The utility model belongs to electronic watch field more particularly to a kind of linear dynamic point display device and electronic watch.
Background technique
Many kinds of using the electronic watch of IC design on traditional market, all kinds of tables are also complete, but are not difficult
It was found that these tables have a common characteristic, wrist-watch appearance looks elegant is beautiful, and dial plate display is single, only when simple display
Between and the date, a kind of cheap feeling will be generated over time, some manufacturers some dynamic in order to allow display to show more
Content carries out programming using microprocessor arrangement, and factory cost is also indirectly improved a class by this.
Microprocessor arrangement can be regarded as writing using software program, and the area of chip is fixed, and area
Greatly, production is at high cost.
Utility model content
The utility model provides a kind of linear display device and electronic watch at dynamic, it is intended to solve traditional technology and linearly move point
The problem of display device area is big and higher cost.
The utility model is realized in this way a kind of linear dynamic point display device, the linear dynamic point display device include
Display driver circuit and display screen, the display screen include each rectangular area in multiple rectangular areas linearly successively arranged
Including at least one sub-rectangular areas linearly successively arranged；
Wherein, the display driver circuit includes:
For generating the port selection signal generation module of port selection signal；
For generating 60 system time signal generation modules of 60 system time signals；And
It is multiple to be connect with the port selection signal generation module and the 60 system time signal generation module, it is used for root
The drive module of driving signal is generated according to the port selection signal and the 60 system time signal；
Multiple drive modules connect one to one with the multiple rectangular area respectively, and the drive module is driven
It moves each sub-rectangular areas to light or extinguish according to preset rules, to indicate the transformation of time.
The utility model also provides a kind of electronic watch, and the electronic watch includes above-mentioned linear dynamic point display device.
For the utility model embodiment by including display driver circuit and display screen, display screen includes linearly successively arranging
Multiple rectangular areas, each rectangular area include at least one sub-rectangular areas linearly successively arranged；Wherein, display driving electricity
Road includes: the port selection signal generation module for generating port selection signal；For generating the 60 of 60 system time signals
System time signal generation module；And multiple and port selection signal generation module and 60 system time signal generation modules connect
It connects, for generating the drive module of driving signal according to port selection signal and 60 system time signals；Multiple drive modules point
It does not connect one to one with multiple rectangular areas, drive module drives each sub-rectangular areas to light or put out according to preset rules
It goes out, to indicate the transformation of time；Due to reducing chip area, reducing costs by IC design drive module, increase
The competitiveness of product in market is added.
Detailed description of the invention
It is novel in order to illustrate more clearly of the technical application in the utility model embodiment, it below will be in embodiment description
Required attached drawing is briefly described, it should be apparent that, the accompanying drawings in the following description is only the one of the utility model
A little embodiments for those of ordinary skill in the art without creative efforts, can also be according to these
Attached drawing obtains other attached drawings.
Fig. 1 is a kind of module principle block diagram of linear dynamic point display device provided by the embodiment of the utility model；
Fig. 2 is a kind of module principle frame of linear dynamic point display device drive module provided by the embodiment of the utility model
Figure；
Fig. 3 is that linear first moved in point display device drive module provided by the embodiment of the utility model lights extinguishing mould
Block lights a kind of module principle block diagram for extinguishing module to the 7th；
Fig. 4 is a kind of schematic diagram of linear dynamic point display device display screen provided by the embodiment of the utility model；
Fig. 5 is the display renderings of linear dynamic point display device display screen provided by the embodiment of the utility model；
Fig. 6 is that a linear dynamic point display device first provided by the embodiment of the utility model is lighted and extinguishes module and light to the 6th
Extinguish a kind of module principle block diagram for lighting module in module；
Fig. 7 is that a linear dynamic point display device first provided by the embodiment of the utility model is lighted and extinguishes module and light to the 6th
Extinguish a kind of module principle block diagram of the flashing module in module；
Fig. 8 is that a linear dynamic point display device first provided by the embodiment of the utility model is lighted and extinguishes module and light to the 6th
Extinguish a kind of module principle block diagram of the module that flickers in module；
Fig. 9 lights to extinguish in module for linear dynamic point display device the 7th provided by the embodiment of the utility model lights mould
A kind of module principle block diagram of block；
Figure 10 is that linear dynamic point display device the 7th provided by the embodiment of the utility model lights the flashing extinguished in module
A kind of module principle block diagram of module；
Figure 11 is that linear dynamic point display device the 7th provided by the embodiment of the utility model lights flickering in extinguishing module
A kind of module principle block diagram of module；
Figure 12 is that linear dynamic point display device first provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 13 is that linear dynamic point display device first provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 14 is that linear dynamic point display device first provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module；
Figure 15 is that linear dynamic point display device second provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 16 is that linear dynamic point display device second provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 17 is that linear dynamic point display device second provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module；
Figure 18 is that linear dynamic point display device third provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 19 is that linear dynamic point display device third provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 20 is that linear dynamic point display device third provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module；
Figure 21 is that linear dynamic point display device the 4th provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 22 is that linear dynamic point display device the 4th provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 23 is that linear dynamic point display device the 4th provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module；
Figure 24 is that linear dynamic point display device the 5th provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 25 is that linear dynamic point display device the 5th provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 26 is that linear dynamic point display device the 5th provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module；
Figure 27 is that linear dynamic point display device the 6th provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 28 is that linear dynamic point display device the 6th provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 29 is that linear dynamic point display device the 6th provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module；
Figure 30 is that linear dynamic point display device the 7th provided by the embodiment of the utility model lights lighting in extinguishing module
The exemplary circuit structure chart of module；
Figure 31 is that linear dynamic point display device the 7th provided by the embodiment of the utility model lights the flashing extinguished in module
The exemplary circuit structure chart of module；
Figure 32 is that linear dynamic point display device the 7th provided by the embodiment of the utility model lights flickering in extinguishing module
The exemplary circuit structure chart of module.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type embodiment is described in further detail.
Fig. 1 shows the modular structure of linear dynamic point display device provided by the embodiment of the utility model, for the ease of saying
It is bright, part relevant to the utility model embodiment is illustrated only, details are as follows:
A linear dynamic point display device includes display driver circuit 001 and display screen 002, display screen 002 include it is linear successively
The each rectangular area in multiple rectangular areas of arrangement includes at least one sub-rectangular areas linearly successively arranged.
Wherein, display driver circuit 001 includes port selection signal generation module 01,60 system time signal generation modules
02 and drive module 12i.
Port selection signal generation module 01 is for generating port selection signal.
60 system time signal generation modules 02 are for generating 60 system time signals.
Drive module 12i more connect with port selection signal generation module 01 and 60 system time signal generation modules 02
It connects, for generating driving signal according to port selection signal and 60 system time signals.
Multiple drive module 12i connect one to one with multiple rectangular areas respectively, and drive module 12i drives each rectangle
Subregion is lighted or is extinguished according to preset rules, to indicate the transformation of time.
Preset rules can be one group for multiple sub-rectangular areas successively arranged, every group lighted according to default sub-rule or
Extinguish, default sub-rule includes horse race lamp mode, pyramid type fashion and is gradually illuminated to the pipeline mode gradually extinguished.
In specific implementation, 60 system time signals may include first time signal, the second time signal, third time letter
Number, the 4th time signal, the 5th time signal and the 6th time signal.
Wherein, first time signal is first signal of binary coding of a position of 60 system times；Second time letter
Number for 60 system times a position binary coding second signal；Third time signal is the two of a position of 60 system times
Scale coding tribute signal；4th time signal is the 4th signal of binary coding of a position of 60 system times；5th
Time signal is ten first signal of binary coding of 60 system times；6th time signal is the ten of 60 system times
The binary coding second signal of position.First time signal to the 6th time signal includes its positive phase signals and its reverse phase letter
Number.
Rectangular area is also connect with port selection signal generation module 01, and drive module 12i and port selection signal generate
Module 01 drives each sub-rectangular areas successively to light or extinguish according to preset rules jointly, to indicate the transformation of time.
Display screen 002 includes the first rectangular area linearly successively arranged, the second rectangular area, third rectangular area, the
Four rectangular areas, the 5th rectangular area, the 6th rectangular area and the 7th rectangular area.
Wherein, the first rectangular area includes successively arrange the first sub-rectangular areas, the second sub-rectangular areas and third rectangle
Subregion；Second rectangular area includes successively arrange the 4th sub-rectangular areas, the 5th sub-rectangular areas and the 6th sub-rectangular areas；
Third rectangular area includes successively arrange the 7th sub-rectangular areas, the 8th sub-rectangular areas and the 9th sub-rectangular areas；4th square
Shape region includes the tenth sub-rectangular areas, the 11st sub-rectangular areas and the 12nd sub-rectangular areas；5th rectangular area packet
Include the 13rd sub-rectangular areas, the 14th sub-rectangular areas and the 15th sub-rectangular areas；6th rectangular area includes the tenth
Six sub-rectangular areas, the 17th sub-rectangular areas and the 18th sub-rectangular areas；7th rectangular area includes the 19th rectangle
Subregion and the 20th sub-rectangular areas.
As shown in Fig. 2, drive module includes the first drive module 121, the second drive module 122, third drive module
123, the 4th drive module 124, the 5th drive module 125, the 6th drive module 126 and the 7th drive module 127.
Wherein, the first drive module 121 is lighted including first extinguishes module 03 and the first driver module 10.First point
Bright extinguishing module 03 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate first and light black out signal；First, which lights black out signal, lights letter including first
Number, the first flash signal and first flicker signal；First light black out signal by first light signal, the first flash signal with
And first flicker signal pass through time-divisional scheme form；First driver module 10 and first lights extinguishing module 03 and the first square
The connection of shape region generates the first display drive signals for lighting black out signal according to first.
Specifically, time-divisional scheme, which refers to using the different periods of same physical connection, transmits different signals, can reach more
The purpose of road transmission.Such as, it first lights black out signal each transmission period is divided into three sub- periods, the first sub- period
Signal is lighted in transmission first, and the second sub- period transmitted the first flash signal, and the sub- period transmission first of third flickers signal.
Wherein, the second drive module 122 is lighted including second extinguishes module 04 and the second driver module 11.Second point
Bright extinguishing module 04 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate second and light black out signal；Second, which lights black out signal, lights letter including second
Number, the second flash signal and second flicker signal；Second light black out signal by second light signal, the second flash signal with
And second flicker signal pass through time-divisional scheme form；Second driver module 11 and second lights extinguishing module 04 and the second square
The connection of shape region generates the second display drive signals for lighting black out signal according to second.
Wherein, third drive module 123 includes that third lights extinguishing module 05 and third driver module 12.Thirdly
Bright extinguishing module 05 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate third and light black out signal；It includes that third lights letter that third, which lights black out signal,
Number, third flash signal and third flicker signal；Third light black out signal by third light signal, third flash signal with
And third flicker signal pass through time-divisional scheme form；Third driver module 12 and third, which are lighted, extinguishes module 05 and third square
The connection of shape region generates third display drive signals for lighting black out signal according to third.
Wherein, the 4th drive module 124 is lighted including the 4th extinguishes module 06 and the 4th driver module 13.4th point
Bright extinguishing module 06 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate the 4th and light black out signal；4th, which lights black out signal, lights letter including the 4th
Number, the 4th flash signal and the 4th flicker signal；4th light black out signal by the 4th light signal, the 4th flash signal with
And the 4th flicker signal pass through time-divisional scheme form；4th driver module 13 and the 4th lights extinguishing module 06 and the 4th square
The connection of shape region generates the 4th display drive signals for lighting black out signal according to the 4th.
Wherein, the 5th drive module 125 is lighted including the 5th extinguishes module 07 and the 5th driver module 14.5th point
Bright extinguishing module 07 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate the 5th and light black out signal；5th, which lights black out signal, lights letter including the 5th
Number, the 5th flash signal and the 5th flicker signal；5th light black out signal by the 5th light signal, the 5th flash signal with
And the 5th flicker signal pass through time-divisional scheme form；5th driver module 14 and the 5th lights extinguishing module 07 and the 5th square
The connection of shape region generates the 5th display drive signals for lighting black out signal according to the 5th.
Wherein, the 6th drive module 126 is lighted including the 6th extinguishes module 08 and the 6th driver module 15.6th point
Bright extinguishing module 08 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate the 6th and light black out signal；6th, which lights black out signal, lights letter including the 6th
Number, the 6th flash signal and the 6th flicker signal；6th light black out signal by the 6th light signal, the 6th flash signal with
And the 6th flicker signal pass through time-divisional scheme form；6th driver module 15 and the 6th lights extinguishing module 08 and the 6th square
The connection of shape region generates the 6th display drive signals for lighting black out signal according to the 6th.
Wherein, the 7th drive module 127 is lighted including the 7th extinguishes module 09 and the 7th driver module 16.7th point
Bright extinguishing module 09 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for according to end
Mouth selection signal and 60 system time signals generate the 7th and light black out signal；7th, which lights black out signal, lights letter including the 7th
Number, the 7th flash signal and the 7th flicker signal；7th light black out signal by the 7th light signal, the 7th flash signal with
And the 7th flicker signal pass through time-divisional scheme form；7th driver module 16 and the 7th lights extinguishing module 09 and the 7th square
The connection of shape region generates the 7th display drive signals for lighting black out signal according to the 7th.
As shown in figure 3, linear dynamic point display device further includes switching module 17.With 60 system time signal generation modules 02
Connection, for generating the first switching signal and the second switching signal according to 60 system time signals；Wherein, 60 system times included
Duration is equal and the first duration, the second duration, third duration, the 4th duration, the 5th duration that successively arrange sequentially in time
And the 6th duration；First switching signal is the first square wave of only a length of high level in the second duration and the 5th；Second switching
Signal is the second square wave of only a length of high level in third duration and the 6th.
As shown in figure 3, first lights and extinguishes module 03, second lights to extinguish module 04, third and light and extinguish module 05, the
Four light extinguish module the 06, the 5th light extinguish module the 07, the 6th light extinguish module 08 and the 7th light extinguish module 09
It include lighting module 0i1, flashing module 0i2, the first data selecting module 0i3, the module that flickers 0i4 and the second data selection mould
Block 0i5.
It lights module 0i1 to connect with port selection signal generation module 01 and 60 system time signal generation modules 02, use
Signal is lighted in generating according to port selection signal and 60 system time signals；Lighting signal includes that three sons light signal.Point
Bright signal is lighted signal by three sons and is made up of time-divisional scheme.
Flashing module 0i2 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, is used
According to port selection signal and 60 system time signals generation flash signal；Flash signal includes three sub- flash signals.It dodges
Bright signal is made up of three sub- flash signals time-divisional scheme.
First data selecting module 0i3 is connect with module 0i1, flashing module 0i2 and switching module 17 is lighted, and is used for root
Signal or flash signal are lighted according to the selection output of the first switching signal.
The module that flickers 0i4 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, is used
It flickers signal according to port selection signal and the generation of 60 system time signals；The signal that flickers includes that three sons flicker signal.It is bright
The signal that goes out is made up of three sons signal that flickers time-divisional scheme.
It is connect with the first data selecting module 0i3, the module that flickers 0i4 and switching module 17, for according to the second switching
Signal behavior exports the second data selecting module 0i5 for lighting signal, flash signal or the signal that flickers.
In specific implementation, display screen 002 can be illustrated in figure 4 linearity configuration.First sub-rectangular areas is according to first end
Mouth selection signal and the first display drive signals are shown；Second sub-rectangular areas is according to second port selection signal and first
Display drive signals are shown；Third sub-rectangular areas is carried out according to third port selection signal and the first display drive signals
Display；4th sub-rectangular areas is shown according to first port selection signal and the second display drive signals；5th rectangle
Region is shown according to second port selection signal and the second display drive signals；6th sub-rectangular areas is according to third port
Selection signal and the second display drive signals are shown；7th sub-rectangular areas is aobvious according to first port selection signal and third
Show that driving signal is shown；8th sub-rectangular areas is shown according to second port selection signal and third display drive signals
Show；9th sub-rectangular areas is shown according to third port selection signal and third display drive signals；Tenth rectangular sub-regions
Domain is shown that the 11st sub-rectangular areas is according to second port according to first port selection signal and the 4th display drive signals
Selection signal and the 4th display drive signals are shown that the 12nd sub-rectangular areas is according to third port selection signal and the 4th
Display drive signals are shown, the 13rd sub-rectangular areas according to first port selection signal and the 5th display drive signals into
Row shows that the 14th sub-rectangular areas is shown according to second port selection signal and the 5th display drive signals, the 15th
Sub-rectangular areas shown according to third port selection signal and the 5th display drive signals, the 16th sub-rectangular areas according to
First port selection signal and the 6th display drive signals are shown that the 17th sub-rectangular areas selects to believe according to second port
Number and the 6th display drive signals shown, the 18th sub-rectangular areas according to third port selection signal and the 6th display drive
Dynamic signal is shown that the 19th sub-rectangular areas is shown according to first port selection signal and the 7th display drive signals
Show, the 20th sub-rectangular areas is shown according to second port selection signal and the 7th display drive signals.To realize such as
Dynamic effect shown in fig. 5, the first sub-rectangular areas to the 8th sub-rectangular areas are the first group, and the mode of horse race lamp is presented,
9th sub-rectangular areas to the 16th sub-rectangular areas is the second group, and the mode of pyramid type, the 17th rectangle is presented
Region is third group to the 20th sub-rectangular areas, and presentation is gradually illuminated to the pipeline mode gradually extinguished.
Wherein, the first data selecting module 0i3 and the second data selecting module 0i5 are cut according to the first switching signal and second
Change 0th period to 9th period and 30th period to 39th period selection output of the signal in 60 system periods
Light the output signal of module 0i1；First data selecting module 0i3 and the second data selecting module 0i5 believes according to the first switching
Number and 10th period to 19th period of second switching signal in 60 system periods and the 40th period to the 49th when
Between section selection output flashing module 0i2 output signal；First data selecting module 0i3 and the second data selecting module 0i5 root
When according to the 20th period to the 29th period and the 50th in 60 system periods of the first switching signal and the second switching signal
Between 59 period of Duan Zhi select output to flicker the output signal of module 0i4.In other words, module 0i1 is lighted for realizing 60
Rectangular area corresponding to the 0th period to the 9th period and the 30th period to the 39th period in the system period is shown
Show effect；Flashing module 0i2 is for realizing the 10th period to the 19th period and the 40th period in 60 system periods
To the display effect of rectangular area corresponding to the 49th period；The module that flickers 0i4 is for realizing the 20th in 60 system periods
The display effect of rectangular area corresponding to period to the 29th period and the 50th period to the 59th period.
Linear dynamic point display device is designed using the display of IC design scheme into action limit, modular processing,
It can be advantageously integrated with any one electronic watch, some colors can not only be increased to original display, so that display seems
It is less dull, it also need not be using other expensive schemes.The comparison of IC design scheme and microprocessor Design scheme,
The former design process is integrated using field-effect tube, and design process is relative complex, it is desirable that logicality is strong, but the integrated area come out
It is small, it is industrial at low cost, bigger retractility is had in face of market.
As shown in fig. 6, first light extinguish module 03, second light extinguish module 04, third light extinguish module 05,
4th light extinguish module the 06, the 5th light extinguish module 07 and the 6th light extinguish module 08 in, each light module 0i1
Module 0i11 is lighted including the first son, the second son lights module 0i12 and third lights module 0i13.
First son lights module 0i11 and port selection signal generation module 01 and 60 system time signal generation modules 02
Connection lights signal for generating the first son according to port selection signal and 60 system time signals.Second son lights module
0i12 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for selecting to believe according to port
Number and 60 system time signals generate the second son light signal.Third lights module 0i13 and port selection signal generation module
01 and 60 system time signal generation modules 02 connection, for generating third according to port selection signal and 60 system time signals
Son lights signal.
As shown in fig. 7, first light extinguish module 03, second light extinguish module 04, third light extinguish module 05,
4th light extinguish module the 06, the 5th light extinguish module 07 and the 6th light extinguish module 08 in, flashing module 0i2 includes
First sub- flashing module 0i21, the second sub- flashing module 0i22 and the sub- flashing module 0i23 of third.
First sub- flashing module 0i21 and port selection signal generation module 01 and 60 system time signal generation modules 02
Connection, for generating the first sub- flash signal according to port selection signal and 60 system time signals.Second sub- flashing module
0i22 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for selecting to believe according to port
Number and 60 system time signals generate the second sub- flash signal.The sub- flashing module 0i23 of third and port selection signal generation module
01 and 60 system time signal generation modules 02 connection, for generating third according to port selection signal and 60 system time signals
Sub- flash signal.
As shown in figure 8, first light extinguish module 03, second light extinguish module 04, third light extinguish module 05,
4th light extinguish module the 06, the 5th light extinguish module 07 and the 6th light extinguish module 08 in, the module that flickers 0i4 includes
Flicker module 0i41, the second son of first son flickers module 0i42 and third flickers module 0i43.
First son flickers module 0i41 and port selection signal generation module 01 and 60 system time signal generation modules 02
Connection flickers signal for generating the first son according to port selection signal and 60 system time signals；Second son flickers module
0i42 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for selecting to believe according to port
Number and 60 system time signals generate the second son and flicker signal；Third flickers module 0i43 and port selection signal generation module
01 and 60 system time signal generation modules 02 connection, for generating third according to port selection signal and 60 system time signals
Son flickers signal.
As shown in figure 9, the 7th light extinguish module 09 in, light module 0i1 include the 4th son light module 0i14 and
5th son lights module 0i15.
4th son lights module 0i14 and port selection signal generation module 01 and 60 system time signal generation modules 02
Connection lights signal for generating the 4th son according to port selection signal and 60 system time signals；5th son lights module
0i15 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for selecting to believe according to port
Number and 60 system time signals generate the 5th son light signal.
As shown in Figure 10, the 7th light extinguish module 09 in, flashing module 0i2 include the 4th sub- flashing module 0i24 and
5th sub- flashing module 0i25.
4th sub- flashing module 0i24 and port selection signal generation module 01 and 60 system time signal generation modules 02
Connection, for generating the 4th sub- flash signal according to port selection signal and 60 system time signals；5th sub- flashing module
0i25 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for selecting to believe according to port
Number and 60 system time signals generate the 5th sub- flash signal.
As shown in figure 11, the 7th light extinguish module 09 in, the module that flickers 0i4 include the 4th son flicker module 0i44 and
5th son flickers module 0i45.
4th son flickers module 0i44 and port selection signal generation module 01 and 60 system time signal generation modules 02
Connection flickers signal for generating the 4th son according to port selection signal and 60 system time signals；5th son flickers module
0i45 is connect with port selection signal generation module 01 and 60 system time signal generation modules 02, for selecting to believe according to port
Number and 60 system time signals generate the 5th son and flicker signal.
Figure 12, which shows linear dynamic point display device first provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 13, which shows linear dynamic point display device first provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
Figure 14, which shows linear dynamic point display device first provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
Figure 15, which shows linear dynamic point display device second provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 16, which shows linear dynamic point display device second provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
It lights and extinguishes in module Figure 17 shows linear dynamic point display device second provided by the embodiment of the utility model
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
Figure 18, which shows linear dynamic point display device third provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 19, which shows linear dynamic point display device third provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
Figure 20, which shows linear dynamic point display device third provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
Figure 21, which shows linear dynamic point display device the 4th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 22, which shows linear dynamic point display device the 4th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
Figure 23, which shows linear dynamic point display device the 4th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
Figure 24, which shows linear dynamic point display device the 5th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 25, which shows linear dynamic point display device the 5th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
Figure 26, which shows linear dynamic point display device the 5th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
Figure 27, which shows linear dynamic point display device the 6th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 28, which shows linear dynamic point display device the 6th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
Figure 29, which shows linear dynamic point display device the 6th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
Figure 30, which shows linear dynamic point display device the 7th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of module is lighted, for ease of description, illustrates only part relevant to the utility model embodiment.
Figure 31, which shows linear dynamic point display device the 7th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure of flashing module illustrates only part relevant to the utility model embodiment for ease of description.
Figure 32, which shows linear dynamic point display device the 7th provided by the embodiment of the utility model and lights, to be extinguished in module
The exemplary circuit structure for the module that flickers illustrates only part relevant to the utility model embodiment for ease of description.
For above-mentioned Figure 12 into Figure 32, A is positive first time signal, and A1 is reverse phase first time signal, and B is positive second
Time signal, B1 are the second time signal of reverse phase, and C is positive third time signal, and C1 is reverse phase third time signal, and D is positive
The 4th time signal of phase, D1 are the 4th time signal of reverse phase, and Y11 lights signal for first, and Y12 is the first flash signal, and Y13 is
First flickers signal, and Y21 is second to light signal, and Y22 is the second flash signal, and Y23 is second to flicker signal, and Y31 is third
Light signal, Y32 is third flash signal, and Y33 is that third flickers signal, and Y41 is the 4th to light signal, and Y42 is the 4th flashing
Signal, Y43 are the 4th to flicker signal, and Y51 is the 5th to light signal, and Y52 is the 5th flash signal, and Y53 is the 5th to flicker signal,
Y61 is the 6th to light signal, and Y62 is the 6th flash signal, and Y63 is the 6th to flicker signal, and Y71 is the 7th to light signal, and Y72 is
7th flash signal, Y73 are the 7th to flicker signal,
, H is positive first port selection signal, and H1 is reverse phase first port selection signal, and G is the selection of positive second port
Signal, G1 are reverse phase second port selection signal, and F is positive third port selection signal, and F1 is reverse phase port selection signal,
M is to select signal entirely.
In addition, the utility model also provides a kind of electronic watch, institute's electronic watch includes above-mentioned linear dynamic point display device.
It is described further below in conjunction with working principle to shown in Figure 12:
In the specific implementation process, the first the first son for lighting that signal Y11 is lighted by first in module lights module 0311
Output end output the first son light signal, first light the second son in module light 0312 output end of module output second
Son lights signal and first lights third in module and light third of 0313 output end of module output to light signal logical
Cross time-divisional scheme composition.
When first port selection signal is effective, the first the first son for lighting in module lights module 0311 according to reverse phase
Two time signal Bs 1, reverse phase third time signal C1 and the 4th time signal D1 of reverse phase generate the first son and light signal.
When second port selection signal is effective, the first the second son for lighting in module lights module 0312 according to reverse phase
One time signal A1, the second time signal B of positive and reverse phase third time signal C1 generate the second son and light signal.
When third port selection signal is effective, the first third for lighting in module lights module 0313 according to positive
One time signal A, the second time signal B of positive and reverse phase third time signal C1 generate third and light signal.
First port selection signal, second port selection signal and third port selection signal sequentially turn on the first sub- point
Bright module 0311, the second son light module 0312 and third lights module 0313 and lights signal Y11 to generate first.
Similarly, the working principle of Figure 13 to Figure 32.
For the utility model embodiment by including display driver circuit and display screen, display screen includes linearly successively arranging
Multiple rectangular areas, each rectangular area include at least one sub-rectangular areas linearly successively arranged；Wherein, display driving electricity
Road includes: the port selection signal generation module for generating port selection signal；For generating the 60 of 60 system time signals
System time signal generation module；And multiple and port selection signal generation module and 60 system time signal generation modules connect
It connects, for generating the drive module of driving signal according to port selection signal and 60 system time signals；Multiple drive modules point
It does not connect one to one with multiple rectangular areas, drive module drives each sub-rectangular areas to light or put out according to preset rules
It goes out, to indicate the transformation of time；Due to reducing chip area, reducing costs by IC design drive module, increase
The competitiveness of product in market is added.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. an a kind of linear dynamic point display device, which is characterized in that the linear dynamic point display device include display driver circuit and
Display screen, the display screen include that each rectangular area in multiple rectangular areas linearly successively arranged includes linearly successively arranging
At least one sub-rectangular areas of cloth；
Wherein, the display driver circuit includes:
For generating the port selection signal generation module of port selection signal；
For generating 60 system time signal generation modules of 60 system time signals；And
It is multiple to be connect with the port selection signal generation module and the 60 system time signal generation module, for according to institute
It states port selection signal and the 60 system time signal generates the drive module of driving signal；
Multiple drive modules connect one to one with the multiple rectangular area respectively, and the drive module driving is each
A sub-rectangular areas is lighted or is extinguished according to preset rules, to indicate the transformation of time.
2. linear dynamic point display device as described in claim 1, which is characterized in that the display screen includes linearly successively arranging
The first rectangular area, the second rectangular area, third rectangular area, the 4th rectangular area, the 5th rectangular area, the 6th rectangle region
Domain and the 7th rectangular area.
3. linear dynamic point display device as claimed in claim 2, which is characterized in that first rectangular area includes successively arranging
The first sub-rectangular areas of cloth, the second sub-rectangular areas and third sub-rectangular areas；
Second rectangular area includes successively arrange the 4th sub-rectangular areas, the 5th sub-rectangular areas and the 6th rectangular sub-regions
Domain；
The third rectangular area includes successively arrange the 7th sub-rectangular areas, the 8th sub-rectangular areas and the 9th rectangular sub-regions
Domain；
4th rectangular area includes the tenth sub-rectangular areas, the 11st sub-rectangular areas and the 12nd sub-rectangular areas；
5th rectangular area includes the 13rd sub-rectangular areas, the 14th sub-rectangular areas and the 15th rectangular sub-regions
Domain；
6th rectangular area includes the 16th sub-rectangular areas, the 17th sub-rectangular areas and the 18th rectangular sub-regions
Domain；
7th rectangular area includes the 19th sub-rectangular areas and the 20th sub-rectangular areas.
4. linear dynamic point display device as claimed in claim 2 or claim 3, which is characterized in that the drive module is driven including first
Dynamic model block, the second drive module, third drive module, the 4th drive module, the 5th drive module, the 6th drive module and
Seven drive modules；
First drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and 60 system time signal generation first light the first of black out signal and light extinguishing module；Described first
Lighting black out signal includes first lighting signal, the first flash signal and first flickering signal；
Extinguishing module is lighted with described first and first rectangular area is connect, for lighting black out signal according to described first
Generate the first driver module of the first display drive signals；
Second drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and 60 system time signal generation second light the second of black out signal and light extinguishing module；Described second
Lighting black out signal includes second lighting signal, the second flash signal and second flickering signal；
Extinguishing module is lighted with described second and second rectangular area is connect, for lighting black out signal according to described second
Generate the second driver module of the second display drive signals；
The third drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
The third that mouth selection signal and 60 system time signal generation third light black out signal lights extinguishing module；The third
Lighting black out signal includes that third lights signal, third flash signal and third and flickers signal；
Extinguishing module is lighted with the third and the third rectangular area is connect, for lighting black out signal according to the third
Generate the third driver module of third display drive signals；
4th drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal, which generate the 4th and light the 4th of black out signal and light, extinguishes module 06；Described
Four to light black out signal include the 4th lighting signal, the 4th flash signal and the 4th flickering signal；
Extinguishing module 06 is lighted with the described 4th and the 4th rectangular area is connect, for lighting extinguishing letter according to the described 4th
Number generate the 4th display drive signals the 4th driver module；
5th drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and 60 system time signal generation the 5th light the 5th of black out signal and light extinguishing module；Described 5th
Lighting black out signal includes the 5th lighting signal, the 5th flash signal and the 5th flickering signal；
Extinguishing module is lighted with the described 5th and the 5th rectangular area is connect, for lighting black out signal according to the described 5th
Generate the 5th driver module of the 5th display drive signals；
6th drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and 60 system time signal generation the 6th light the 6th of black out signal and light extinguishing module；Described 6th
Lighting black out signal includes the 6th lighting signal, the 6th flash signal and the 6th flickering signal；
Extinguishing module is lighted with the described 6th and the 6th rectangular area is connect, for lighting black out signal according to the described 6th
Generate the 6th driver module of the 6th display drive signals；
7th drive module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and 60 system time signal generation the 7th light the 7th of black out signal and light extinguishing module；Described 7th
Lighting black out signal includes the 7th lighting signal, the 7th flash signal and the 7th flickering signal；
Extinguishing module is lighted with the described 7th and the 7th rectangular area is connect, for lighting black out signal according to the described 7th
Generate the 7th driver module of the 7th display drive signals.
5. linear dynamic point display device as claimed in claim 4, which is characterized in that the linear dynamic point display device is also wrapped
It includes:
It connect with the 60 system time signal generation module, believes for generating the first switching according to the 60 system time signal
Number and the second switching signal switching module；Wherein, 60 system times include duration it is equal and sequentially in time successively arrangement
The first duration, the second duration, third duration, the 4th duration, the 5th duration and the 6th duration；First switching signal is
Only second duration and it is described 5th when a length of high level the first square wave；Second switching signal is only described the
Three durations and it is described 6th when a length of high level the second square wave；
Described first lights and extinguishes module, second lights to extinguish module, third and light and extinguish module, the 4th light extinguishing module
06, the 5th light extinguish module, the 6th light extinguish module and the 7th light extinguish module include:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
That signal is lighted described in mouth selection signal and 60 system time signal generation lights module；The signal of lighting includes three
Son lights signal；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the flashing module of the flash signal；The flash signal includes three
Sub- flash signal；
It is connect with module, the flashing module and the switching module lighted, for according to first switching signal
The first data selecting module of signal or the flash signal is lighted described in selection output；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal flicker the module that flickers of signal described in generating；The signal that flickers includes three
Son flickers signal；
With first data selecting module, it is described flicker module and the switching module is connect, for according to described second
The second data selecting module of signal, the flash signal or the signal that flickers is lighted described in switching signal selection output.
6. a point display device as claimed in claim 5 linear dynamic, which is characterized in that lighted described first and extinguish module, the
Two light to extinguish module, third and light and extinguish module, the 4th light to extinguish module the 06, the 5th and light and extinguish module and at the 6th point
It is each described to light module and include: in bright extinguishing module
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal, which generate first son, to be lighted the first son of signal and lights module；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal, which generate second son, to be lighted the second son of signal and lights module；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal, which generate third, to be lighted third of signal and lights module.
7. a point display device as claimed in claim 5 linear dynamic, which is characterized in that lighted described first and extinguish module, the
Two light to extinguish module, third and light and extinguish module, the 4th light to extinguish module the 06, the 5th and light and extinguish module and at the 6th point
In bright extinguishing module, the flashing module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the first sub- flashing module of the described first sub- flash signal；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the second sub- flashing module of the described second sub- flash signal；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the sub- flashing module of third of the sub- flash signal of the third.
8. a point display device as claimed in claim 5 linear dynamic, which is characterized in that lighted described first and extinguish module, the
Two light to extinguish module, third and light and extinguish module, the 4th light to extinguish module the 06, the 5th and light and extinguish module and at the 6th point
In bright extinguishing module, the module that flickers includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal generate flicker the first son of signal of first son and flicker module；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal generate flicker the second son of signal of second son and flicker module；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal generate flicker third of signal of third and flicker module.
9. linear dynamic point display device as claimed in claim 5, which is characterized in that it lights and extinguishes in module the described 7th,
Lighting module described in each includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the 4th son that the 4th son lights signal and light module；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the 5th son that the 5th son lights signal and light module；
It lights and extinguishes in module the described 7th, the flashing module includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the 4th sub- flashing module of the 4th sub- flash signal；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouth selection signal and the 60 system time signal generate the 5th sub- flashing module of the 5th sub- flash signal；
It lights and extinguishes in module the described 7th, the module that flickers includes:
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal generate flicker the 4th son of signal of the 4th son and flicker module；
It is connect with the port selection signal generation module and the 60 system time signal generation module, for according to the end
Mouthful selection signal and the 60 system time signal generate flicker the 5th son of signal of the 5th son and flicker module.
10. a kind of electronic watch, which is characterized in that the electronic watch includes linearly dynamic point as described in any one of claim 1 to 9
Display device.
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| CN201820988230.7U CN208384965U (en) | 2018-06-26 | 2018-06-26 | A kind of linear dynamic display device and electronic watch |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108766339A (en) * | 2018-06-26 | 2018-11-06 | 宗仁科技(平潭)有限公司 | A kind of linear dynamic display device and electronic watch |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108766339A (en) * | 2018-06-26 | 2018-11-06 | 宗仁科技(平潭)有限公司 | A kind of linear dynamic display device and electronic watch |
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Address after: 350400 area B, 6th floor, building 17, Taiwan Pioneer Park, beicuo Town, Pingtan County, Fuzhou City, Fujian Province Patentee after: Zongren Technology (Pingtan) Co.,Ltd. Address before: 350400 area B, 6th floor, building 17, Taiwan Pioneer Park, beicuo Town, Pingtan County, Fuzhou City, Fujian Province Patentee before: ZONGREN TECHNOLOGY (PINGTAN) Co.,Ltd. |