CN100566392C - The display unit of automatically adjusting display direction - Google Patents
The display unit of automatically adjusting display direction Download PDFInfo
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- CN100566392C CN100566392C CNB200610111916XA CN200610111916A CN100566392C CN 100566392 C CN100566392 C CN 100566392C CN B200610111916X A CNB200610111916X A CN B200610111916XA CN 200610111916 A CN200610111916 A CN 200610111916A CN 100566392 C CN100566392 C CN 100566392C
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Abstract
The present invention proposes a kind of display unit and display block arrangement architecture thereof of automatically adjusting display direction, and display unit is to be used for an electronic product, and display unit comprises: a section display unit, a position detecting apparatus and a decoding circuit.The section display unit is arranged on this electronic product, and the section display unit has most display blocks; Position detecting apparatus is arranged on this electronic product and produces one first status signal or one second status signal according to the laying state of this electronic product; Decoding circuit is connected to this section display unit and this position detecting apparatus, and it receives a digital signal, and according to this first status signal or this second status signal with behind this digital signal decoding, be shown in this section display unit.
Description
Technical field
The invention relates to a kind of display unit, refer to a kind of display unit and display block arrangement architecture thereof of automatically adjusting display direction especially.
Background technology
Traditionally in order to allow the user know the internal information of electronic product, for example the selection channel of frequency modulator or the operating frequency of personal computer processor etc., all need a display unit to be set on electronic product to show this information, example as shown in Figure 1, it is to connect a video screen 12 with a frequency modulator 11, so that be chosen in the program channel that video screen 12 is play with frequency modulator 11, wherein, be provided with one on the frequency modulator 11 and for example be the display unit 111 of zone display (Segment display), it is in order to show the channel number of the program of being play at present.
Generally speaking, frequency modulator 11 for horizontal positioned, display direction of set display unit 111 also is a horizontal direction on it, watches shown channel number to make things convenient for the user, yet, for some reasons, for example save shared space, the user may vertically place frequency modulator 11, as shown in Figure 2, so cause display unit 111 shown information to become inversion, the inconvenience that causes the user to watch.
For avoiding above-mentioned problem, a kind of direct practice is that two zone display are set on frequency modulator 11, respectively in order to indicated channel numbering in frequency modulator 11 levels or when vertically placing, right this practice need additionally be set up a zone display and will be caused the increase of cost, in addition, also can adopt the display unit 111 of LCD (LCD display) to come the indicated channel numbering, because LCD is to arrange display message with a pixel, no matter so frequency modulator 11 levels or vertical the placement, all channel number can be shown on the LCD with correct direction, yet, the price of LCD very is higher than zone display, and need to adopt complicated drive circuit, so still can cause the high of cost.Hence one can see that, and the design of aforementioned known display device has many shortcomings in fact and gives improved necessity.
Summary of the invention
The objective of the invention is at display unit that a kind of automatically adjusting display direction is provided and display block arrangement architecture thereof, it can be in level or when vertically placing, all can be by display block with correct direction display message.
According to a characteristic of the present invention, the present invention proposes a kind of display unit, and it is to be used for an electronic product, it is characterized in that, comprising:
One section display unit is arranged on this electronic product, and this section display unit has:
One first quadrangle display block group;
One second quadrangle display block group is adjacent to this first quadrangle display block group;
One the 3rd quadrangle display block group is adjacent to this first quadrangle display block group; And
One the 4th quadrangle display block group is adjacent to this second quadrangle display block group and the 3rd quadrangle display block group; Wherein, this first quadrangle display block group, this second quadrangle display block group, the 3rd quadrangle display block group and the 4th quadrangle display block group are respectively to be combined by four display blocks;
One position detecting apparatus is arranged on this electronic product and produces one first status signal or one second status signal according to the laying state of this electronic product; And
One decoding circuit, it is connected to this section display unit and this position detecting apparatus, it receives a digital signal, and according to this first status signal or this second status signal with behind this digital signal decoding, be shown in this section display unit.
Wherein, this section display unit also comprises:
One first display block is adjacent to this first quadrangle display block group;
One second display block, adjacent to this second quadrangle display block group, wherein, this first display block and this second display block are arranged in vertical;
One the 3rd display block is adjacent to this second quadrangle display block group; And
One the 4th display block, adjacent to the 4th quadrangle display block group, wherein, the 3rd display block and the 4th display block are arranged in the horizontal stripe shape.
Wherein, this section display unit is a section light-emitting diode or a vacuum fluorescent display tube.
Wherein, this position detecting apparatus is a ball switch, a mercoid switch or an angle switch.
Wherein, this decoding circuit is a processor, and uses a software, according to this first status signal or this second status signal, behind this digital signal decoding, is shown in this section display unit.
A kind of display block arrangement architecture of the present invention is characterized in that, comprising:
One first quadrangle display block group;
One second quadrangle display block group is adjacent to this first quadrangle display block group;
One the 3rd quadrangle display block group is adjacent to this first quadrangle display block group; And
One the 4th quadrangle display block group is adjacent to this second quadrangle display block group and the 3rd quadrangle display block group;
Wherein, this first quadrangle display block group, this second quadrangle display block group, the 3rd quadrangle display block group and the 4th quadrangle display block group are respectively to be combined by four display blocks.
Wherein also comprise:
One first display block is adjacent to this first quadrangle display block group;
One second display block, adjacent to this second quadrangle display block group, wherein, this first display block and this second display block are arranged in vertical;
One the 3rd display block is adjacent to this second quadrangle display block group; And
One the 4th display block, adjacent to the 4th quadrangle display block group, wherein, the 3rd display block and the 4th display block are arranged in the horizontal stripe shape.
Wherein this first quadrangle display block group is made up of the 5th to the 8th display block and the 5th display block is that contiguous all the other display block arranged clockwise of this first display block become a quadrangle, this second quadrangle display block group is made up of the 9th to the 12 display block and the 9th display block is that contiguous all the other display block arranged clockwise of this second display block become a quadrangle, the 3rd quadrangle display block group is made up of the 13 to the 16 display block and the 13 display block is that contiguous these all the other display block arranged clockwise of first quadrangle display block group become a quadrangle, the 4th quadrangle display block group is made up of the 17 to the 20 display block and the 17 display block is that contiguous these all the other display block arranged clockwise of second quadrangle display block group become a quadrangle, wherein, the 7th, eight, ten, 11,13,16, the width of 17 and 18 display blocks is half of other display block width.
Wherein, this first display block and this second display block are in order to show numeral " 1 ", this first quadrangle display block group and this second quadrangle display block group are in order to show that digital " 0 " is to " 9 ", the 3rd quadrangle display block group and the 4th quadrangle display block group are in order to show that digital " 0 " is to " 9 ", wherein, the 3rd display block and the 4th display block are in order to show numeral " 1 ", this second quadrangle display block group and the 4th quadrangle display block group are in order to show digital " 0 " to " 9 ", and this first quadrangle display block group and the 4th quadrangle display block group are in order to show that digital " 0 " is to " 9 ".
Wherein this first quadrangle display block group is made up of the 5th to the 8th display block and the 5th display block is that contiguous all the other display block arranged clockwise of this first display block become a quadrangle, this second quadrangle display block group is made up of the 9th to the 12 display block and the 9th display block is that contiguous all the other display block arranged clockwise of this second display block become a quadrangle, the 3rd quadrangle display block group is made up of the 13 to the 16 display block and the 13 display block is that contiguous these all the other display block arranged clockwise of first quadrangle display block group become a quadrangle, the 4th quadrangle display block group is made up of the 17 to the 20 display block and the 17 display block is that contiguous these all the other display block arranged clockwise of second quadrangle display block group become a quadrangle, wherein, also comprise one first circular display block between this first display block and this second display block, also comprise one second circular display block between the 3rd display block and the 4th display block, also comprise one the 3rd circular display block between the 5th display block and the 9th display block, also comprise one the 4th circular display block between the 7th display block and the 11 display block, also comprise one the 5th circular display block between the 6th display block and the 14 display block, also comprise one the 6th circular display block between the 8th display block and the 16 display block, also comprise one the 7th circular display block between the tenth display block and the 18 display block, also comprise one the 8th circular display block between the 12 display block and the 20 display block, also comprise one the 9th circular display block between the 13 display block and the 17 display block, also comprise 1 the tenth circular display block between the 15 display block and the 19 display block.
Wherein, this first display block, this second display block and the first circular display block are in order to show numeral " 1 ", this first quadrangle display block group, this second quadrangle display block group, the 3rd circular display block and the 4th circular display block are in order to show that digital " 0 " is to " 9 ", the 3rd quadrangle display block group, the 4th quadrangle display block group, the 9th circular display block the tenth circular display block is in order to show that digital " 0 " is to " 9 ", wherein, the 3rd display block, the 4th display block and the second circular display block are in order to show numeral " 1 ", this second quadrangle display block group, the 4th quadrangle display block group, the 7th circular display block and the 8th circular display block are in order to show digital " 0 " to " 9 ", this first quadrangle display block group, the 3rd quadrangle display block group, the 5th circular display block the 6th circular display block is in order to show that digital " 0 " is to " 9 ".
Description of drawings
For making the auditor, can have feature of the present invention and purpose and further understand and approval, below enumerate preferred embodiment, and after conjunction with figs. is illustrated in, wherein:
Fig. 1 shows that known frequency modulator with a horizontal positioned connects a video screen to be chosen in the program channel that video screen is play.
Fig. 2 shows that known frequency modulator with a vertical placement connects a video screen to be chosen in the program channel that video screen is play.
Fig. 3 A and Fig. 3 B show that display unit of the present invention is arranged at an electronic product to show the internal information of electronic product.
Fig. 4 is the circuit block diagram of display unit of the present invention.
Fig. 5 shows first embodiment according to section display unit of the present invention.
Fig. 6 shows example according to one of first embodiment of section display unit of the present invention.
Fig. 7 is another demonstration example according to first embodiment of section display unit of the present invention.
Fig. 8 is the demonstration example again according to first embodiment of section display unit of the present invention.
Fig. 9 shows second embodiment according to section display unit of the present invention.
Figure 10 shows example according to one of second embodiment of section display unit of the present invention.
Figure 11 is another demonstration example according to second embodiment of section display unit of the present invention.
Figure 12 shows the 3rd embodiment according to section display unit of the present invention.
Figure 13 shows the 4th embodiment according to section display unit of the present invention.
Figure 14 shows example according to one of the 4th embodiment of section display unit of the present invention.
Figure 15 is another demonstration example according to the 4th embodiment of section display unit of the present invention.
Embodiment
Below be by particular specific embodiment explanation embodiments of the present invention, make this invention technical field tool know that usually the knowledgeable can understand other advantage of the present invention and effect easily by the content that this specification disclosed.
Please refer to the schematic diagram of the display unit 31 of the automatically adjusting display direction of preferred embodiment of the present invention shown in Fig. 3 A and the 3B, this display unit 31 is arranged on the electronic product 32, no matter at electronic product 32 to be horizontal positioned (as Fig. 3 A) or vertical place (as Fig. 3 B), all can correct direction show the internal information of electronic product 32.
Fig. 4 further shows the circuit block diagram of aforementioned display 31, it comprises a decoding circuit 41, one position detecting apparatus 42 and a section display unit 43, wherein, position detecting apparatus 42 can be detected the laying state of this electronic product 32, for example be horizontal positioned or upright the placement, this position detecting apparatus 42 can be ball switch, mercoid switch, or angle switch (tilt switch) etc., it is in horizontal positioned during with vertical placement, switch will present different states, for example, switch is for opening circuit when horizontal positioned, and when vertical the placement, switch is conducting, in view of the above, position detecting apparatus 42 can be horizontal positioned or vertical the placement according to the laying state of this electronic product 32, and produces one first status signal or one second status signal respectively.
Be illustrated in figure 5 as first embodiment of this section display unit 43, it is arranged by most display block 501-516 and is formed, those display blocks 501-516 is section light-emitting diode (segment LED) or vacuum fluorescent display tube (Vacuum Fluorescent Display, VFD), it can optionally be lighted display block 501-516 according to the decoded result of 41 pairs of digital signals of decoding circuit and shows this numeral.In present embodiment, the arrangement architecture of display block 501-516 is: the first quadrangle display block group 55 that is arranged in first display block 501 and second display block 502 of vertical, the 3rd display block 503 that is arranged in the horizontal stripe shape and the 4th display block 504, is combined by the 5th to the 8th display block 505-508, the second quadrangle display block group 56 that is combined by the 9th to the 12 display block 509-512 and the 3rd quadrangle display block group 57 that is combined by the 13 to the 16 display block 513-516.
The aforementioned first quadrangle display block group 55 is adjacent to first display block 501, the 3rd display block 503, the second quadrangle display block group 56 and the 3rd quadrangle display block group 57; The aforementioned second quadrangle display block group 56 is adjacent to second display block 502 and the first quadrangle display block group 55; Aforementioned the 3rd quadrangle display block group 57 is adjacent to the 4th display block 504 and the first quadrangle display block group 55.
The 5th display block 505 of the aforementioned first quadrangle display block group 55 is contiguous first display blocks 501, all the other display block 506-508 arranged clockwise become a quadrangle, the 9th display block 509 of the aforementioned second quadrangle display block group 56 is contiguous second display blocks 502, all the other display block 510-512 arranged clockwise become a quadrangle, the 13 display block 513 of aforementioned the 3rd quadrangle display block group 57 is contiguous first quadrangle display block groups 55, and all the other display block 514-516 arranged clockwise become a quadrangle.
Arrangement architecture with aforementioned display block 501-516, when the laying state of electronic product 32 is horizontal positioned, first display block 501 and second display block 502 can be in order to show the numeral " 1 " of tens, the first quadrangle display block group 55 and the second quadrangle display block group 56 then in order to the digital " 0 " that shows units to " 9 ", therefore, section display unit 43 can show " 0 " numeral to " 19 ".As shown in Figure 6, illustrate that display block 501-516 shows the example of numeral " 12 ", wherein first display block 501 and second display block 502 are all lighted and are shown the numeral " 1 " of tens, the display block 506 of the first quadrangle display block group 55,507, the display block 509,510,512 of the 508 and second quadrangle display block group 56 is all lighted and is shown the numeral " 2 " of units.
And when the laying state of electronic product 32 is vertical the placement, for example turn 90 degrees counterclockwise by the horizontal positioned state, the arrangement architecture of display block 501-516 just as shown in Figure 7, the 3rd display block 503 and the 4th display block 504 can be in order to show the numeral " 1 " of tens, and the first quadrangle display block group 55 and the 3rd quadrangle display block group 57 can be in order to the digital " 0 " that shows units to " 9 ", therefore, section display unit 43 can show " 0 " numeral to " 19 ".Consult Fig. 7 once more, it also expresses the example that display block 501-516 shows numeral " 12 ", wherein the 3rd display block 503 and the 4th display block 504 are all lighted and are shown the numeral " 1 " of tens, the display block 513 of the 3rd quadrangle display block group 57,515, the display block 505,506,507 of the 516 and first limit shape display block group 55 is all lighted and is shown the numeral " 2 " of units.
Among this external another kind of embodiment, the laying state of electronic product 32 is turn 90 degrees clockwise by the horizontal positioned state and when becoming vertical placement, then the arrangement architecture of display block 501-516 just as shown in Figure 8, wherein, the first quadrangle display block group 55 and the 3rd quadrangle display block group 57 can be in order to the digital " 0 " that shows tens to " 9 ", and the 3rd display block 503 and the 4th display block 504 can be in order to show a numeral " 1 " of position, therefore, section display unit 43 can show " 01 ", " 11 ", " 21 " ... the numeral of " 91 ".Fig. 8 also illustrates the example that display block 501-516 shows numeral " 31 ", wherein, the display block 505 of the first quadrangle display block group 55,506,507 and the display block 513 of triangle display block group 57,514,515 are all lighted and are shown the numeral " 3 " of tens, and the 3rd display block 503 and the 4th display block 504 are all lighted and shown the numeral " 1 " of units.
Fig. 9 is second embodiment of section display unit 43, it is arranged by most display block 901-920 and is formed, and the arrangement architecture of those display blocks 901-920 is: first display block 901 and second display block 902 that are arranged in vertical, be arranged in the 3rd display block 903 and the 4th display block 904 of horizontal stripe shape, the first quadrangle display block group 95 that combines by the 5th to the 8th display block 905-908, the second quadrangle display block group 96 that combines by the 9th to the 12 display block 909-912, the 3rd quadrangle display block group 97 that combines by the 13 to the 16 display block 913-916, reach the 4th quadrangle display block group 98 that combines by the 17 to the 20 display block 917-920.
The aforementioned first quadrangle display block group 95 is adjacent to first display block 901, the second quadrangle display block group 96 and the 3rd quadrangle display block group 97; The aforementioned second quadrangle display block group 96 is adjacent to second display block 902, the 3rd display block 903, the first quadrangle display block group 95 and the 4th quadrangle display block group 98; Aforementioned the 3rd quadrangle display block group 97 is adjacent to the first quadrangle display block group 95 and the 4th quadrangle display block group 98; Aforementioned the 4th quadrangle display block group 98 is adjacent to the second quadrangle display block group 96, the 3rd quadrangle display block group 97 and the 4th display block 904.
The 5th display block 905 of the aforementioned first quadrangle display block group 95 is contiguous first display blocks 901, all the other display block 906-908 arranged clockwise become a quadrangle, the 9th display block 909 of the aforementioned second quadrangle display block group 96 is contiguous second display blocks 902, all the other display block 910-912 arranged clockwise become a quadrangle, the 13 display block 913 of aforementioned the 3rd quadrangle display block group 97 is contiguous first quadrangle display block groups 95, all the other display block 914-916 arranged clockwise become a quadrangle, the 17 display block 917 of aforementioned the 4th quadrangle display block group 98 is contiguous second quadrangle display block groups 96, and all the other display block 918-920 arranged clockwise become a quadrangle.
What deserves to be mentioned is, the display block arrangement architecture is that four quadrangle display block groups combine, be respectively, the first quadrangle display block group 95, the second quadrangle display block group 96, adjacent to the first quadrangle display block group 95, the 3rd quadrangle display block group 97, adjacent to the first quadrangle display block group 95, and the 4th quadrangle display block group 98, adjacent to the second quadrangle display block group 96 and the 3rd quadrangle display block group 97, and above-described structure can be reached the purpose that automatic adjustment shows digital direction.Yet for showing more multiple digital, the display block arrangement architecture also can be added first display block 901, adjacent to the first quadrangle display block group 95, second display block 902, adjacent to the second quadrangle display block group 96, wherein first display block 901 and second display block 902 are arranged in vertical, the 3rd display block 903, adjacent to the second quadrangle display block group 96, the 4th display block 904, adjacent to the 4th quadrangle display block group 98, wherein, the 3rd display block 903 is arranged in the horizontal stripe shape with the 4th display block 904.
Arrangement architecture with aforementioned display block 901-920, when the laying state of electronic product 32 is horizontal positioned, first display block 901 and second display block 902 numeral " 1 " in order to show hundred figure places, the first quadrangle display block group 95 and the second quadrangle display block group 96 in order to the digital " 0 " that shows tens to " 9 ", the 3rd quadrangle display block group 97 and the 4th quadrangle display block group 98 in order to the digital " 0 " that shows units to " 9 ", therefore, section display unit 43 can show " 0 " numeral to " 199 ".As shown in figure 10, illustrate that this display block 901-920 shows the example of numeral " 145 ", wherein first display block 901 and second display block 902 are all lighted and are shown the numeral " 1 " of hundred figure places, the display block 905 of the first quadrangle display block group 95,907, the display block 910 of the 908 and second quadrangle display block group 96,911 are all lighted and are shown the numeral " 4 " of tens, the display block 913 of the 3rd quadrangle display block group 97,914, the display block 918,919,920 of the 916 and the 4th quadrangle display block group 98 is all lighted and is shown the numeral " 5 " of units.
And when the laying state of electronic product 32 is vertical the placement, the arrangement architecture of display block 901 ~ 920 just as shown in figure 11, the 3rd display block 903 and the 4th display block 904 can be in order to the numerals " 1 " that shows hundred figure places, and the second quadrangle display block group 96 and the 4th quadrangle display block group 98 can be in order to the digital " 0 " that shows tens to " 9 ", the first quadrangle display block group 95 and the 3rd quadrangle display block group 97 can be in order to the digital " 0 " that shows units to " 9 ", therefore, section display unit 43 can show " 0 " numeral to " 199 ".Figure 11 also illustrates the example that this display block 901-920 shows numeral " 145 ", wherein the 3rd display block 903 and the 4th display block 904 are all lighted and are shown the numeral " 1 " of hundred figure places, the display block 910 of the second quadrangle display block group 96,911, the display block 917 of the 912 and the 4th quadrangle display block group 98,918 are all lighted and are shown the numeral " 4 " of tens, the display block 905 of the first quadrangle display block group 95,907, the display block 913 of the 908 and the 3rd quadrangle display block group 97,914,915 are all lighted and are shown the numeral " 5 " of units.
Figure 12 is one the 3rd embodiment of section display unit 43, the arrangement architecture of its display block 901-920 is just identical with last embodiment, the width of different is the 7th display block 907, the 8th display block 908, the tenth display block the 910, the 11 display block the 911, the 13 display block the 913, the 16 display block the 916, the 17 display block 917 and the 18 display block 918 is half of other display block width, makes shown numeral comparatively attractive in appearance thus.
Figure 13 is the 4th embodiment of section display unit 43, the arrangement architecture of its display block 901-920 is identical with second embodiment, different is, first display block 901 and 902 of second display blocks also comprise one first circular display block 921, the 3rd display block 903 and 904 of the 4th display blocks also comprise one second circular display block 922, the 5th display block 905 and 909 of the 9th display blocks also comprise one the 3rd circular display block 923, the 7th display block 907 and 911 of the 11 display blocks also comprise one the 4th circular display block 924, the 6th display block 906 and 914 of the 14 display blocks also comprise one the 5th circular display block 925, the 8th display block 908 and 916 of the 16 display blocks also comprise one the 6th circular display block 926, the tenth display block 910 and 918 of the 18 display blocks also comprise one the 7th circular display block 927, the 12 display block 912 and 920 of the 20 display blocks also comprise one the 8th circular display block 928, the 13 display block 913 and 917 of the 17 display blocks also comprise one the 9th circular display block 929, the, 15 display blocks 915 and 919 of the 19 display blocks also comprise 1 the tenth circular display block 930.
Arrangement architecture with aforementioned display block 901-920 and circular display block 921-930, when the laying state of electronic product 32 is horizontal positioned, first display block 901, second display block 902 and the numeral " 1 " of the first circular display block 921 in order to show hundred figure places, the first quadrangle display block group 95, the second quadrangle display block group 96, the 3rd circular display block 923 and the 4th circular display block 924 in order to the digital " 0 " that shows tens to " 9 ", the 3rd quadrangle display block group 97, the 4th quadrangle display block group 98, the 9th circular display block 929, the tenth circular display block 930 is in order to show that digital " 0 " is to " 9 ".As shown in figure 14, illustrate that this display block 901-920 and circular display block 921-930 show the example of numeral " 125 ", wherein, first display block 901, second display block 902 and the first circular display block 921 are all lighted and are shown the numeral " 1 " of hundred figure places, the display block 906 of the first quadrangle display block group 95,907,908, the display block 909 of the 3rd circular display block 923 and the second quadrangle display block group 96,912 are all lighted and are shown the numeral " 2 " of tens, the display block 913 of the 3rd quadrangle display block group 97,914,916, the display block 919 of the tenth circular display block 930 and the 4th quadrangle display block group 98,920 are all lighted and are shown the numeral " 5 " of units, because the setting of circular display block 921-930 can make shown numeral comparatively continuous.
And when the laying state of electronic product 32 is vertical the placement, the arrangement architecture of display block 901-920 and circular display block 921-930 just as shown in figure 15, the 3rd display block 903 then, the 4th display block 904 and the numeral " 1 " of the second circular display block 922 in order to show hundred figure places, the second quadrangle display block group 96, the 4th quadrangle display block group 98, the 7th circular display block 927 and the 8th circular display block 928 in order to the digital " 0 " that shows tens to " 9 ", the first quadrangle display block group 95, the 3rd quadrangle display block group 97, the 5th circular display block 925 and the 6th circular display block 926 in order to the digital " 0 " that shows units to " 9 ", therefore, section display unit 43 can show " 0 " numeral to " 199 ".Figure 15 also illustrates the example of this display block 901 ~ 920 and circular display block 921-930 demonstration numeral " 125 ", wherein, the 3rd display block 903, the second circular display block 922 and the 4th display block 904 are all lighted and are shown the numeral " 1 " of hundred figure places, the display block 909 of the second quadrangle display block group 96,910,911, the 8th circular display block 928, and the display block 919 of the 4th quadrangle display block group 98,920 are all lighted and are shown the numeral " 2 " of tens, the display block 905 of the first quadrangle display block group 95,907,908, the display block 914 of the 5th circular display block 925 and the 3rd quadrangle display block group 97,915 are all lighted and are shown the numeral " 5 " of units, similarly, because the setting of circular display block 921-930 can make shown numeral comparatively continuous.
By above explanation as can be known, display unit of the present invention only adopts simple display block, by the specific arrangement structure of display block,, all can use the single display device to show the effect of the internal information of electronic product with correct direction no matter can be horizontal positioned or vertical the placement at electronic product.
The foregoing description only is to give an example for convenience of description.Yet do not breaking away under the spirit of the present invention, this technical field that the present invention belongs to tool knows that usually the knowledgeable can be understood easily by the content that this specification disclosed, and carries out various modifications and change.The interest field that the present invention advocated should be as the criterion so that claim is described certainly, but not only limits to the foregoing description.
Claims (8)
1. display unit, it is to be used for an electronic product, it is characterized in that, comprising:
One section display unit is arranged on this electronic product, and this section display unit has:
One first quadrangle display block group;
One second quadrangle display block group is adjacent to this first quadrangle display block group;
One the 3rd quadrangle display block group is adjacent to this first quadrangle display block group; And
One the 4th quadrangle display block group is adjacent to this second quadrangle display block group and the 3rd quadrangle display block group; Wherein, this first quadrangle display block group, this second quadrangle display block group, the 3rd quadrangle display block group are respectively to be combined clockwise by four parallel in twos display blocks with the 4th quadrangle display block group, a display block in those display blocks in this second quadrangle display block group becomes a quadrangle adjacent to this first quadrangle display block group with its excess-three display block arranged clockwise; A display block in those display blocks in the 3rd quadrangle display block group becomes a quadrangle adjacent to this first quadrangle display block group with its excess-three display block arranged clockwise; A display block in those display blocks in the 4th quadrangle display block group is adjacent to this second quadrangle display block group, another display block is adjacent to the 3rd quadrangle display block group, become a quadrangle with all the other two display block arranged clockwise, wherein above-mentioned these display blocks are respectively a section light-emitting diode or a vaccum fluorescent tube;
One position detecting apparatus is arranged on this electronic product and is that horizontal positioned or upright the placement produce one first status signal or one second status signal according to the laying state of this electronic product; And
One decoding circuit, it is connected to this section display unit and this position detecting apparatus, it receives a digital signal, and according to this first status signal or this second status signal with behind this digital signal decoding, be shown in this section display unit.
2. display unit as claimed in claim 1 is characterized in that, wherein, this section display unit also comprises:
One first display block is adjacent to this first quadrangle display block group;
One second display block, adjacent to this second quadrangle display block group, wherein, this first display block and this second display block are arranged in vertical;
One the 3rd display block is adjacent to this second quadrangle display block group; And
One the 4th display block, adjacent to the 4th quadrangle display block group, wherein, the 3rd display block and the 4th display block are arranged in the horizontal stripe shape.
3. display unit as claimed in claim 1 is characterized in that, wherein, this position detecting apparatus is a ball switch, a mercoid switch or an angle switch.
4. display unit as claimed in claim 1 is characterized in that, wherein, this decoding circuit is a processor, and uses a software, according to this first status signal or this second status signal, behind this digital signal decoding, is shown in this section display unit.
5. display unit as claimed in claim 2, it is characterized in that, wherein this first quadrangle display block group is made up of the 5th to the 8th display block and the 5th display block is contiguous this first display block, become a quadrangle with all the other display block arranged clockwise, this second quadrangle display block group is made up of the 9th to the 12 display block and the 9th display block is contiguous this second display block, become a quadrangle with all the other display block arranged clockwise, the 3rd quadrangle display block group is made up of the 13 to the 16 display block and the 13 display block is contiguous this first quadrangle display block group, become a quadrangle with all the other display block arranged clockwise, the 4th quadrangle display block group is made up of the 17 to the 20 display block and the 17 display block is contiguous this second quadrangle display block group, become a quadrangle with all the other display block arranged clockwise, wherein, the 7th, eight, ten, 11,13,16, the width of 17 and 18 display blocks is half of other display block width.
6. display unit as claimed in claim 2, it is characterized in that, wherein, this first display block and this second display block are in order to show numeral " 1 ", this first quadrangle display block group and this second quadrangle display block group are in order to show that digital " 0 " is to " 9 ", the 3rd quadrangle display block group and the 4th quadrangle display block group are in order to show that digital " 0 " is to " 9 ", wherein, the 3rd display block and the 4th display block are in order to show numeral " 1 ", this second quadrangle display block group and the 4th quadrangle display block group are in order to show digital " 0 " to " 9 ", and this first quadrangle display block group and the 4th quadrangle display block group are in order to show that digital " 0 " is to " 9 ".
7. display unit as claimed in claim 2, it is characterized in that, wherein this first quadrangle display block group is made up of the 5th to the 8th display block and the 5th display block is contiguous this first display block, become a quadrangle with all the other display block arranged clockwise, this second quadrangle display block group is made up of the 9th to the 12 display block and the 9th display block is contiguous this second display block, become a quadrangle with all the other display block arranged clockwise, the 3rd quadrangle display block group is made up of the 13 to the 16 display block and the 13 display block is contiguous this first quadrangle display block group, become a quadrangle with all the other display block arranged clockwise, the 4th quadrangle display block group is made up of the 17 to the 20 display block and the 17 display block is contiguous this second quadrangle display block group, become a quadrangle with all the other display block arranged clockwise, wherein, also comprise one first circular display block between this first display block and this second display block, also comprise one second circular display block between the 3rd display block and the 4th display block, also comprise one the 3rd circular display block between the 5th display block and the 9th display block, also comprise one the 4th circular display block between the 7th display block and the 11 display block, also comprise one the 5th circular display block between the 6th display block and the 14 display block, also comprise one the 6th circular display block between the 8th display block and the 16 display block, also comprise one the 7th circular display block between the tenth display block and the 18 display block, also comprise one the 8th circular display block between the 12 display block and the 20 display block, also comprise one the 9th circular display block between the 13 display block and the 17 display block, also comprise 1 the tenth circular display block between the 15 display block and the 19 display block.
8. display unit as claimed in claim 7, it is characterized in that, wherein, this first display block, this second display block and the first circular display block are in order to show numeral " 1 ", this first quadrangle display block group, this second quadrangle display block group, the 3rd circular display block and the 4th circular display block are in order to show that digital " 0 " is to " 9 ", the 3rd quadrangle display block group, the 4th quadrangle display block group, the 9th circular display block the tenth circular display block is in order to show that digital " 0 " is to " 9 ", wherein, the 3rd display block, the 4th display block and the second circular display block are in order to show numeral " 1 ", this second quadrangle display block group, the 4th quadrangle display block group, the 7th circular display block and the 8th circular display block are in order to show digital " 0 " to " 9 ", this first quadrangle display block group, the 3rd quadrangle display block group, the 5th circular display block the 6th circular display block is in order to show that digital " 0 " is to " 9 ".
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB200610111916XA CN100566392C (en) | 2006-08-24 | 2006-08-24 | The display unit of automatically adjusting display direction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB200610111916XA CN100566392C (en) | 2006-08-24 | 2006-08-24 | The display unit of automatically adjusting display direction |
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| Publication Number | Publication Date |
|---|---|
| CN101132495A CN101132495A (en) | 2008-02-27 |
| CN100566392C true CN100566392C (en) | 2009-12-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB200610111916XA Active CN100566392C (en) | 2006-08-24 | 2006-08-24 | The display unit of automatically adjusting display direction |
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| CN (1) | CN100566392C (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102622964A (en) * | 2012-04-22 | 2012-08-01 | 管存忠 | Automatic rotating-screen LED (Light-Emitting Diode) lattice module |
| CN104658453A (en) * | 2014-07-23 | 2015-05-27 | 张永才 | Signal display lamp |
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