CN203595908U - Graphical OLED timer - Google Patents
Graphical OLED timer Download PDFInfo
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- CN203595908U CN203595908U CN201320602116.3U CN201320602116U CN203595908U CN 203595908 U CN203595908 U CN 203595908U CN 201320602116 U CN201320602116 U CN 201320602116U CN 203595908 U CN203595908 U CN 203595908U
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Abstract
The utility model discloses a graphical OLED timer comprising an OLED screen body and a driving circuit board electrically connected with the OLED screen body. The OLED screen body is provided with a timing display graph formed by a plurality of time indicating areas in an integrated manner. The time indicating areas are independently arranged, and are respectively electrically connected with the driving circuit board. The driving circuit board is used for controlling the graph display of various time indicating areas. The graphical OLED timer is advantageous in that the structure is simple, light and portable, and the color development is uniform; the graphical OLED timer can be used to display any colors in the visible light range by adjusting the illumination colors of the illumination layer of the OLED screen, and the colors are abundant; and in addition, the OLED screen body is the self-luminous device, and is close to the Lambertian source, and the beneficial performance of the wide specific viewing angle of the graphical OLED timer cannot be affected by the observation angle.
Description
Technical field
The utility model relates to timer technical field, more particularly, relates to a kind of graphical OLED timer.
Background technology
Timer is to utilize specific principle to carry out the device of Measuring Time.The mankind have had the history of several thousand to the application of timer, and from corona and water clock clock and the stopwatch till now in time immemorial, timer, from weight, function, outward appearance, range of application, huge variation has occurred.The existing timer of existing market, has numeric type, and mechanical type show that pattern and color are all comparatively dull, and volume is larger.
Patent documentation CN101390005B discloses a kind of timer with the liquid crystal display that shows coloured segmentation; described timer comprises cylinder blanket, is arranged on the display device of described enclosure, electronic control circuit, battery, and protects described display device to show the protection crystal of the number of degrees.Described display device further comprises liquid crystal cells, control module and backlighting module.Described liquid crystal cells comprises at least one head substrate and bottom substrate, at least two electrodes and at least one counter electrode that on the opposite face of these two substrates, form, the part of each electrode representative symbol figure or symbol figure; Described control module is by the control voltage of determined value is applied between selected electrode and counter electrode and controls liquid crystal cells, to change the orientation of liquid crystal and to cause the demonstration of corresponding symbol figure; Described backlighting module comprises at least the first light source and the secondary light source that color is different, these light sources are at least one light guide internal emission light, described light guide comprise multiple can be by light the prism to display surface deflection, by the regulating action of prism, make described display device show different colors.
Although above-mentioned timer can be realized multicolor displaying, electronic component is various, complex structure, volume are large; The more important thing is, multicolor backlight source need to be set, not only complex structure, and backlight non-uniform light, the light sending need to see through layer of liquid crystal molecule and light filter, and luminescence efficiency is low, it is inhomogeneous to show; In addition, described timer can only display backlight color and multiple backlight colors composite coloured, dull coloring; Have, after the incident light of backlight is by layer of liquid crystal molecule and light filter, the light of output has just possessed specific directivity again, and this visible angle that has just determined timer is less, has a strong impact on the result of use of timer.
Traffic lights when patent documentation CN202362944U discloses a kind of path oral sex of subduing clockwise timing and amounts to.Red light and green light in described traffic timing traffic lights include outer ring, in described outer ring, be provided with the inner circle for timing, described inner circle is to adopt the inner circle of at the uniform velocity subduing clockwise timing, realizes built-inization of timing mode, graphical, make traffic lights timing imagery, be more suitable for using at path mouth.But this timing mode is only suitable for timing in short-term, the equipment while needing chronistor for timer etc., its figure will, in a long time without changing, cannot be realized accurately reading of instant time.Meanwhile, traffic lights adopts LED lamp as light source conventionally, realizes the variation of timer miniaturization, display graphics and becomes more meticulous and the variation of display color has very large difficulty.
Along with the raising of people to timer quality requirements, diversity, show uniformity and the visible angle of the display color to timer are had higher requirement, in the urgent need to a kind of display color variation, show uniformity coefficient high, visible angle is wide, light portative timer, and from the angle of manufacturer, more wish that the timer that meets above-mentioned requirements has feature simple in structure, can to realize large-scale production concurrently.
Utility model content
In order to solve, existing timer shows color is few, colour developing evenly poor, display view angle is narrow and bulky technical matters, the utility model provides that a kind of colour developing is even, rich color, wide visual angle, light portative graphical OLED timer.
Described technical scheme is as follows:
The graphical OLED timer of one described in the utility model, the driver circuit plate that it comprises OLED screen body and is electrically connected with described OLED screen body, on described OLED screen body, form the timing display graphics that multiple persond eixis region forms, each described persond eixis region independently arranges, and be electrically connected with described driver circuit plate respectively, described driver circuit plate shows for the figure of controlling persond eixis region described in each.
When timing starts, the all described persond eixis regions of described driver circuit plate control make it in identical show state, and in turn timing action is carried out in each described persond eixis region, in the time that described in one of them, the timing of persond eixis region is complete, it presents the show state different from its initial timing the control of described driver circuit plate, and drives the described persond eixis region being adjacent to continue to carry out timing action simultaneously.
Described driver circuit plate comprises single-chip microprocessor MCU and the hummer being electrically connected with described single-chip microprocessor MCU respectively, power switch, timing button and starts timing button; Described hummer externally sends prompt tone while end for timing, described timing button is for setting the countdown time in described persond eixis region, and described beginning timing button is used for starting timing.
Each time showing region resistance R
aobviousthe difference ratio of resistance value is less than 30%; Described time showing region resistance R
aobviousfor the resistance R in described persond eixis region
refer towith the resistance R of controlling this persond eixis region lead-in wire
drawresistance value sum.
Described timing display graphics is formed by etching by the anode layer on described OLED screen body, in persond eixis region described in each, draw respectively a plate lead to the contact conductor nation of described OLED screen body and determine region, described contact conductor binding region is connected with the lead-in wire of described driver circuit plate, and described OLED shields body both sides and at least arrange the cathode leg of a ground connection.
The anode layer of described OLED screen body is provided with insulation course, on described insulation course, form the opening of the timing display graphics being formed by multiple independently described persond eixis region by etching, and the described insulation course after etching is divided into cathode layer the independent fritter overlapping with described insulation course opening shape, in persond eixis region described in each, draw respectively a cathode leg to the contact conductor nation of described OLED screen body and determine region, described contact conductor binding region is connected with the lead-in wire of described driver circuit plate, anode layer edge on described OLED screen body at least arranges a plate lead being connected with power supply VCC.
Preferably, when timing starts, timing display graphics, in show state, and is controlled in turn each described persond eixis region and is flashed state in figure described in described driver circuit plate control; Or,
When timing starts, the timing display graphics described in described driver circuit plate control is in non-display state, and controls in turn each described persond eixis region in figure show state.
Described timing display graphics is rounded, and arranging along the decile that is radially of described timing display graphics in each described persond eixis region, between the persond eixis region described in each, is coated with insulation course.
Described persond eixis region arranges 12 sections of persond eixis regions altogether, and the timing time in each persond eixis region is 5 minutes.
Described persond eixis region arranges 60 sections of persond eixis regions altogether, and the timing time in each persond eixis region is 1 minute.
Described persond eixis region is a kind of in fan-shaped, heart-shaped, digital, oval, square, triangle, trapezoidal, fruit shape, blade or wherein several combination.
The glow color in described persond eixis region is any one color in visible-range.
On described timer, also comprise the housing for described driver circuit plate and OLED screen body are installed, described housing is provided with magnet.
On described timer, be also provided with for being placed in the base on desktop, described housing is arranged on described base.
The beneficial effect that the technical scheme that the utility model provides is brought is:
The graphical OLED timer of one described in the utility model, on OLED screen body, make multiple independently persond eixis region, when timing starts, each persond eixis region is in same state (unified closing do not show or open demonstration), control one by one each persond eixis region by driver circuit plate, it is opened and show chronogram picture or shut-in time indicating area one by one, determine used time duration by the quantity in persond eixis region and the timing time in single persond eixis region; Described graphical OLED timer is not only simple in structure, light portable; And can make the random color in described graphical OLED timer shows visible-range, rich color by the glow color that regulates luminescent layer in OLED screen body; In addition, OLED screen body is selfluminous element, approaches lambert (Lambertian) light source, makes the useful performance of the stereoscopic angular width of described graphical OLED timing appliance, is not checked that angle affects.
In addition, in order to guarantee the show uniformity of each display pattern in a kind of graphical OLED timer described in the utility model, calculate respectively required resistance value according to the light-emitting area of each independent time indicating area and the distance of determining region apart from contact conductor nation, according to the resistance value design cathode leg calculating or length, the width of plate lead, adjust the homogeneity of display pattern with this.
Each time showing region resistance R
aobviousresistance value equals persond eixis region resistance R
refer toadd and control described persond eixis region lead resistance R
draw, wherein R
refer torelevant with the light-emitting area of each independent timing display graphics unit, R
drawwith the distance dependent of determining region apart from contact conductor nation.
Wherein, lead resistance R
draw=(W/L) * R
surface, lead-in wire is to be formed by connecting by the tortuous broken line of n section conventionally, so also can be designated as ∑
n 1(W/L) n*R; Described lead-in wire is generally strip, and the length of the direction of flowing through along electric current is long (L), and the length of vertical direction is wide (W), and W and L use unified long measure; Surface resistance R
surface: conventionally use the strip conducting film of same material as lead-in wire, therefore R
surfacebe the square resistance of conducting film, can draw by test, unit is Ω/.
Non-each shared negative electrode negative electrode or the resistance of plate lead need balance, make to input electric port (i.e. lead-in wire binding region) and are consistent to the pressure drop consuming on the lead-in wire of luminous zone, and the brightness in each persond eixis region could be evenly so.If the light-emitting area size in each persond eixis region is identical, resistance value that can each lead-in wire is set to unanimously; If the different size of the light-emitting area of each icon, needs to take into account consideration so, consistent for reaching brightness, need to, by larger the resistance value design of the lead-in wire of icon little light-emitting area, make each time showing region resistance R
aobviousdifference ratio be less than 30%.When after definite OLED screen body size, the long L and the wide W that directly measure each described lead-in wire just can calculate R
draw.
In addition, the conducting film of preparation lead-in wire, as ITO, surface resistance is larger, be generally 10-20 Ω/, in order to reduce the pressure drop on lead-in wire, the low electrical resistant material that the utility model is also laid on the lead-in wire of timing display graphics is for balance resistance, described low electrical resistant material can be Cr, Mo, Al, MoAlMo etc., shows uniform object to reach.
Meanwhile, a kind of graphical OLED timer described in the utility model can pass through the design of persond eixis region shape, shows different shapes, and technique is simple, and display pattern is abundanter.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the utility model embodiment, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is timer wiring layout provided by the utility model;
Fig. 2 is timer structural representation provided by the utility model;
Fig. 3 is the rear view in Fig. 2;
Fig. 4 is that the timer with base provided by the utility model is positioned over the structural representation in horizontal table top;
Fig. 5 is timing display graphics schematic diagram;
Fig. 6 is the structural representation of the common cathode lead-in wire in OLED screen body;
Fig. 7 is the one-piece construction schematic diagram of the common cathode OLED screen body in timer provided by the utility model;
Fig. 8 is the structural representation of the common plate lead in OLED screen body;
Fig. 9 is the one-piece construction schematic diagram of common anode utmost point OLED screen body in timer provided by the utility model;
Figure 10 is the common anode utmost point insulated column schematic diagram in OLED screen body provided by the utility model;
Figure 11 is the common cathode connection schematic diagram of the driver circuit plate that provides of embodiment of the utility model and OLED screen body;
Figure 12 is the common cathode connection schematic diagram of the driver circuit plate that provides of another embodiment of the utility model and OLED screen body;
Figure 13 is the common anode utmost point connection line schematic diagram of the driver circuit plate that provides of embodiment of the utility model and OLED screen body;
Figure 14 is the circuit theory schematic diagram of timer provided by the utility model;
Figure 15 is the timing pictorial diagram of OLED screen body in the timer of another embodiment of providing of the utility model;
Figure 16 is the timing pictorial diagram of OLED screen body in the timer of another embodiment of providing of the utility model;
Figure 17 is the timing pictorial diagram of OLED screen body in the timer of another embodiment of providing of the utility model;
Figure 18 is the timing pictorial diagram of OLED screen body in the timer of another embodiment of providing of the utility model.
In figure: 1-panel; 2-front panel; 3-OLED shields body, 31-timing display graphics, and 311-persond eixis region, 312-insulation course, 32-timing button, 33-starts timing button, 33-power switch; 4-driver circuit plate; 5-bonnet; 6-battery; 7-magnet; 8-battery cover; 9-hummer; 10-base; 11-plate lead; 12-cathode leg; 13-contact conductor nation determines region; 14-anode layer.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing, the utility model embodiment is described in further detail.
The present embodiment provides a kind of graphical OLED timer, simple in structure, light portable, as Figure 1-3, described graphical OLED timer comprises panel 1, OLED screen body 3, driver circuit plate 4, housing and battery 6, OLED screen body 3 is electrically connected with driver circuit plate 4, the timing display graphics that on OLED screen body 3, moulding is made up of multiple persond eixis region 311, each persond eixis region 311 is independent to be arranged, and be electrically connected with driver circuit plate 4 respectively, driver circuit plate 4 shows for the figure of controlling each persond eixis region 311.The housing here comprises front panel 2 and bonnet 5, and OLED screen body 3 and driver circuit plate 4 are wherein arranged between front panel 2 and bonnet 5, and battery 6 is arranged in bonnet 5 and by battery cover 8, battery is fixed.
When timing starts, driver circuit plate 4 is controlled all described persond eixis regions 311 makes it in identical show state, and in turn timing action is carried out in each persond eixis region 311, when 311 timing of one of them persond eixis region are when complete, driver circuit plate 4 is controlled it and is presented the show state different from its initial timing, and drives the described persond eixis region 311 being adjacent to continue to carry out timing action simultaneously.
Stir power switch 34, timer starts to start, and driver circuit plate 4 is controlled whole timing display graphics 31 in show state, and controls in turn each persond eixis region 311 in the non-display state of figure, i.e. closed condition.
The utility model also can be in the time that timing starts, driver circuit plate 4 is controlled timing display graphics 31 in non-display state, be that OLED screen body 3 does not show each persond eixis region 311, then make it in figure show state by controlling in turn each persond eixis region 311, thereby realize clocking capability.
Graphical OLED timer described in the present embodiment is rounded, and as other embodiment of the present utility model, described graphical OLED timer is not limited to this kind of shape, also can be designed to other unique shape; In addition, described persond eixis region 311 can make the random color in described graphical OLED timer shows visible-range, rich color by the glow color that regulates luminescent layer in OLED screen body.
In addition, as shown in Figure 4, be provided with one and housing can be arranged on base 10 for being placed in the base 10 in plane described in written or printed documents enforcement on graphical OLED timer, then base is positioned over the place of being convenient to observation of desktop.
In the present embodiment, described driver circuit plate 4 comprises single-chip microprocessor MCU and the hummer 9 being electrically connected with single-chip microprocessor MCU respectively, power switch 34, timing button 32 and starts timing button 33; When finishing for timing, externally sends by hummer 9 prompt tone, as shown in Figure 3; Timing button 32, for the countdown time of setting-up time indicating area 311, starts timing button 33 for starting timing, as shown in Figure 2.
For the use of the timer of being more convenient for, the graphical OLED timer described in the present embodiment has also been installed a magnet 7 on housing, as shown in Figure 1, can arbitrarily timer be inhaled and is attached on refrigerator or other metal objects like this.
The structure of OLED described in the utility model screen body 3 has following two kinds, and the graphical OLED timer described in the present embodiment can be chosen any one kind of them:
(1) the each persond eixis region 311 in timing display graphics 31 connects by the mode of common cathode:
Described anode layer 14 is divided into the shape the same with each persond eixis region 311 by etching technics, gap between each anode layer unit is coated with insulation course 312, independently separately, insulated from each other, each persond eixis region 311 is drawn by plate lead 11 separately respectively, and the contact conductor nation that extends to OLED screen body 3 determines region 13, as shown in Figures 6 and 7, contact conductor binding region 13 is electrically connected with the lead-in wire of driver circuit plate 4.
As shown in Figures 6 and 7, described in each, persond eixis region 311 shares same negative electrode, and described negative electrode is by being arranged on cathode leg 12 ground connection of OLED screen body 3 both sides.
To the control circuit of OLED screen body 3 as shown in figure 11, the anode layer unit that OLED is shielded to each persond eixis region 311 in body 3 is connected on the I/O mouth of single-chip microprocessor MCU described driver circuit plate 4; Between I/O mouth and anode layer unit, be also provided with the current-limiting resistance R that suitable resistance and resistance are identical
1, R
2, R
3, carry out current limitation; The reset key RST of described single-chip microprocessor MCU is electrically connected with power supply VCC by current-limiting circuit R4, and by capacitor C 1 ground connection.For clear and intuitive electrical connection of expressing drive circuit board 4 described in the utility model and OLED screen body 3, the current-limiting resistance that only shows 3 anode units in Figure 11 and be attached thereto, in the utility model, the quantity of described anode unit and the current-limiting resistance that is attached thereto should be identical with described persond eixis region 311 quantity.
Be carried in the resistance on each described persond eixis region 311, i.e. viewing area resistance R
aobvious, equal persond eixis region resistance R
refer toadd and control described persond eixis region lead resistance R
draw, wherein R
refer torelevant with the light-emitting area of each independent timing display graphics unit, R
drawwith the distance dependent of determining region apart from contact conductor nation.
Wherein, lead resistance R
draw=(W/L) * R
surface, lead-in wire is to be formed by connecting by the tortuous broken line of n section conventionally, so also can be designated as ∑
n 1(W/L) n*R; Described lead-in wire is generally strip, and the length of the direction of flowing through along electric current is long (L), and the length of vertical direction is wide (W), and W and L use unified long measure; Surface resistance R
surface: conventionally use the strip conducting film of same material as lead-in wire, therefore R
surfacebe the square resistance of conducting film, can draw by test, unit is Ω/.
According to the size of each described persond eixis region 311 areas, can estimate R
refer tosize, by the lead resistance R in described persond eixis region 311 little light-emitting area
drawdesign largerly, make each time showing region resistance R
aobviousdifference ratio be less than 30%, with reach show uniform effect.
When after definite OLED screen body size, just can carry out the design of each wire length and width, the long L and the wide W that directly measure each described lead-in wire just can calculate R
draw;
As other embodiment of the present utility model, as shown in figure 12, can also be in the resistance R in described persond eixis region
refer toand described anode layer arranges power tube Q1, Q2, Q3 between unit, to increase the driving force of driver circuit plate 4 to described OLED screen body 3, the drain electrode of each described power tube is electrically connected with the anode layer unit in described persond eixis region 311, the plus earth of described power tube.
(2) the each persond eixis region 311 in timing display graphics 31 connects by the mode of the common anode utmost point:
As shown in Figure 8 and Figure 9, each persond eixis region 311 shares same anode layer 14, one layer insulating 312 is directly set on described anode layer 14, adopt etching technics, described insulation course 312 is etched to the opening identical with each described persond eixis region 311 shapes, exposed portions serve anode layer 14, each opening is separated from each other, be not connected, as shown in figure 10; In the opening of described insulation course 312, be prepared with successively from bottom to up luminescent layer and the cathode layer in OLED, the described insulation course 312 after etching is divided into cathode layer the cathode layer unit of overlap with described insulation course opening shape independent of one another, insulation.
The contact conductor nation that described cathode layer unit is electrically connected to OLED screen body 3 by cathode leg 12 separately respectively determine region 13, and contact conductor is bound region 13 and is electrically connected with the lead-in wire of driver circuit plate 4.
As shown in Figure 9, described in each, persond eixis region 311 shares same anode layer 14, and described anode layer 14 is electrically connected with power supply VCC by the plate lead 11 that is arranged on OLED screen body Anodic layer 14 edge.
As shown in Figure 8, in order to guarantee the show uniformity of each independent time indicating area 311, need to calculate respectively required resistance value according to the light-emitting area in each independently persond eixis region 311 and the distance of determining region 13 apart from contact conductor nation, adjust length and the width of cathode leg 12 or plate lead 11 according to the resistance value calculating.
Be carried in the resistance on each described persond eixis region 311, i.e. viewing area resistance R
aobvious, equal persond eixis region resistance R
refer toadd and control described persond eixis region lead resistance R
draw, wherein R
refer torelevant with the light-emitting area of each independent timing display graphics unit, R
drawwith the distance dependent of determining region apart from contact conductor nation.
Wherein, lead resistance R
draw=(W/L) * R
surface, lead-in wire is to be formed by connecting by the tortuous broken line of n section conventionally, so also can be designated as ∑
n 1(W/L) n*R; Described lead-in wire is generally strip, and the length of the direction of flowing through along electric current is long (L), and the length of vertical direction is wide (W), and W and L use unified long measure; Surface resistance R
surface: conventionally use the strip conducting film of same material as lead-in wire, therefore R
surfacebe the square resistance of conducting film, can draw by test, unit is Ω/.
According to the size of each described persond eixis region 311 areas, can estimate R
refer tosize, show evenly in order to reach, need to be by the lead resistance R in described persond eixis region 311 little light-emitting area
drawdesign larger.
When after definite OLED screen body size, just can carry out the design of each wire length and width, the long L and the wide W that directly measure each described lead-in wire just can calculate R
draw;
In addition, in the present embodiment, the conducting film of preparation lead-in wire is ITO, surface resistance is larger, be generally 10-20 Ω/, in order to reduce the pressure drop on lead-in wire, the low electrical resistant material that the utility model is also laid on the lead-in wire of timing display graphics is for balance resistance, and described low electrical resistant material can be Mo layer, Al layer and the Mo layer that Cr, Mo, Al, MoAlMo(deposit successively) etc., show uniform object, the preferred MoAlMo of the present embodiment to reach.
Described driver circuit plate 4 to the control circuit of OLED screen body 3 as shown in figure 13, the common anode layer 14 in the each persond eixis region 311 in all OLED screen bodies is electrically connected with power supply VCC by plate lead 11, cathode layer unit in each persond eixis region 311 connects respectively the I/O mouth of single-chip microcomputer by cathode leg 12, be also provided with the current-limiting resistance R that suitable resistance and resistance are identical between I/O mouth and cathode layer unit
1, R
2, R
3, carry out current limitation.The reset key RST of described single-chip microprocessor MCU is electrically connected with power supply VCC by current-limiting circuit R4, and by capacitor C 1 ground connection.
For clear and intuitive electrical connection of expressing drive circuit board 4 described in the utility model and OLED screen body 3, the current-limiting resistance that only shows 3 cathode layer unit in Figure 13 and be attached thereto, in the utility model, the quantity of described cathode layer unit and the current-limiting resistance that is attached thereto should be identical with described persond eixis region 311 quantity.
As shown in Figure 2 and Figure 5, the region of persond eixis described in the present embodiment 311 arranges 12 altogether, and the timing time in each described persond eixis region 311 is 5 minutes.According to time variation, in OLED screen body 3, centered by a bit, light the timing display graphics 31 of 360 degree rotations.Described persond eixis region 311 has 12 lattice, and each lattice are timing in five minutes, within one week, is the time of one hour, crosses and within five minutes, knocks out lattice.The grid that is about to knock out in countdown process can constantly flash, until five-minute period then knocks out.By that analogy, the grid lighting in timer knocks out successively, until the time then, all knocks out, and has sound prompting.
Equally, as other embodiment of the present utility model, described persond eixis region 311 can be set to 60, and the timing time in each persond eixis region 311 is 1 minute, within one minute, knocks out lattice.
As shown in figure 14, stir power switch 34, icon extinguished after the bright several seconds, press timing button 32 and determine the countdown time, by starting timing button 33, now countdown starts again, and the persond eixis region 311 that is positioned at the most significant digit on OLED screen body starts to show with certain frequency, after the represented time timing of lattice finishes, a time high position starts flicker, the like, until timing finishes, hummer 9 sends and drips sound, if without any operation, enter low-power consumption mode after 10 minutes.Hummer 9 is by current-limiting resistance R
5with power tube Q
4be electrically connected with single-chip microprocessor MCU, time, the OLED screen body 3 of timing are all the programmed control that has single-chip microprocessor MCU by the sounding of the flicker of certain frequency and hummer 9.After timing finishes, hummer 9 sends and drips after sound, and system enters power-down mode state, now can proceed timing operation by timing button 32.
As other embodiment of the present utility model, timing display graphics on described OLED screen body 3 is represented form in Fig. 2 not only, can be also fruit machine petal, the abstraction graphs such as leaf, according to rich regular graphic change of time, realize graphical clocking capability.Described timing display graphics can be realized by the design of anode layer unit or cathode layer unit, simple, the optional pattern of technique is abundant, as shown in Figure 15-18, the persond eixis region 311 in timing display graphics can be a kind of in fan-shaped, heart-shaped, digital, oval, square, triangle, trapezoidal, fruit shape, blade or wherein several combination.
Above-mentioned the utility model embodiment sequence number, just to describing, does not represent the quality of embodiment.
Obviously, above-described embodiment is only for example is clearly described, and the not restriction to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here without also giving exhaustive to all embodiments.And the apparent variation of being extended out thus or variation are still among protection domain of the present utility model.
Claims (8)
1. a graphical OLED timer, it is characterized in that, the driver circuit plate that comprises OLED screen body and be electrically connected with described OLED screen body, on described OLED screen body, form the timing display graphics that multiple persond eixis region forms, each described persond eixis region independently arranges, and be electrically connected with described driver circuit plate respectively, described driver circuit plate shows for the figure of controlling persond eixis region described in each.
2. according to the arbitrary described graphical OLED timer of claim 1, it is characterized in that, described driver circuit plate comprises single-chip microprocessor MCU and the hummer being electrically connected with described single-chip microprocessor MCU respectively, power switch, timing button and starts timing button; Described hummer externally sends prompt tone while end for timing, described timing button is for setting the countdown time in described persond eixis region, and described beginning timing button is used for starting timing.
3. graphical OLED timer according to claim 2, is characterized in that, each time showing region resistance R
aobviousthe difference ratio of resistance value is less than 30%; Described time showing region resistance R
aobviousfor the resistance R in described persond eixis region
refer towith the resistance R of controlling this persond eixis region lead-in wire
drawresistance value sum.
4. graphical OLED timer according to claim 3, it is characterized in that, described timing display graphics is formed by etching by the anode layer on described OLED screen body, in persond eixis region described in each, draw respectively a plate lead to the contact conductor nation of described OLED screen body and determine region, described contact conductor binding region is connected with the lead-in wire of described driver circuit plate, and described OLED shields body both sides and at least arrange the cathode leg of a ground connection.
5. graphical OLED timer according to claim 3, it is characterized in that, the anode layer of described OLED screen body is provided with insulation course, on described insulation course, form the opening of the timing display graphics being formed by multiple independently described persond eixis region by etching, and the described insulation course after etching is divided into cathode layer the independent fritter overlapping with described insulation course opening shape, in persond eixis region described in each, draw respectively a cathode leg to the contact conductor nation of described OLED screen body and determine region, described contact conductor binding region is connected with the lead-in wire of described driver circuit plate, anode layer edge on described OLED screen body at least arranges a plate lead being connected with power supply VCC.
6. according to the graphical OLED timer described in claim 4 or 5, it is characterized in that, described timing display graphics is rounded, and arranging along the decile that is radially of described timing display graphics in each described persond eixis region, between the persond eixis region described in each, is coated with insulation course.
7. graphical OLED timer according to claim 6, is characterized in that, also comprises the housing for described driver circuit plate and OLED screen body are installed on described timer, and described housing is provided with magnet.
8. graphical OLED timer according to claim 7, is characterized in that, is also provided with for being placed in the base on desktop on described timer, and described housing is arranged on described base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320602116.3U CN203595908U (en) | 2013-09-24 | 2013-09-24 | Graphical OLED timer |
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| CN201320602116.3U CN203595908U (en) | 2013-09-24 | 2013-09-24 | Graphical OLED timer |
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| CN203595908U true CN203595908U (en) | 2014-05-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113630926A (en) * | 2020-05-07 | 2021-11-09 | 固安翌光科技有限公司 | Organic electroluminescent screen and preparation method thereof |
| WO2023078472A1 (en) * | 2021-11-04 | 2023-05-11 | 徐杰 | Visual timer |
-
2013
- 2013-09-24 CN CN201320602116.3U patent/CN203595908U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113630926A (en) * | 2020-05-07 | 2021-11-09 | 固安翌光科技有限公司 | Organic electroluminescent screen and preparation method thereof |
| WO2023078472A1 (en) * | 2021-11-04 | 2023-05-11 | 徐杰 | Visual timer |
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Effective date of registration: 20160222 Address after: 065500 Guan County, Hebei Province emerging industry demonstration park Patentee after: GU'AN YEOLIGHT TECHNOLOGY Co.,Ltd. Address before: 100085 Haidian District, East Road, Beijing, the first floor of the building on the 1st floor of the Patentee before: BEIJING VISIONOX TECHNOLOGY Co.,Ltd. |
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