RU2158U1 - COLOR LIGHT BENCH INDICATOR - Google Patents

Description

FLOWER LIGHT-ELENKER 1SCH1Sh.TOR

The complete model belongs to the field of. TaTiiKM, which can be used to calculate the technique and can be used as an information system: 1 elements for constructing various information systems and displays with

INCREASED / W FLOWERS POSSIBLE} SPEEDS,

The indicator is known, described in US patent: 2 3469258, 1sl, 340-373 for 1969, containing-case with informational. the window in which the information element works.

A disadvantage of the known indicator is its relatively low: it is possible to} 2-just, providing a display

two1 zeta cms

The most technical aspect of the device is the indicator described in RF patent J 20IS976

ШК 5 09Г11 / 23 and published БП J: 16 for 1994 k 5T “/ //) t uHopop / uacjticrtMW A cK-Hff y m.: Yarn / h J ewrrpe i jtHc Twfr / tf.

This well-known indicator also has relatively lower informational flaws, which ensure the selection of ::: b11I9 only two characters (or two colors).

The purpose of the claimed device is to eliminate the above drawback, but it is necessary to expand the functional :: of the device’s possibilities by providing the possibility of displaying on it several tens of different shchetz and shades,

Level: The intended goal is achieved by the fact that the color light-flash indicator containing a housing with an information OI: IIOM on its front panel, a blender information node with permanent magnets and an electromagnet node with electrocoil and a magnetic core 1. core PD additionally contains a light source located inside the building on the back of the house for information, with a node relative to the information window, while the information node is a group of blenders placed inside the case and suspended on axial elements by information perimeter 01sha The back side of the front panel, which has rigidly connected flanks, and corresponding to the one-off bllerker of the Electricity, is a plane 1construction Y / OO, 56 09/11/23

The L5IIO is equipped with an electrostatic coil and placed another one that carried the center of the magnetic heart cabinet, and the boards of the flat electromagnets of the main circuit board with the closed sockets are cogged inside the case orthogonally ic, the back side of its front panel on the information ogl and blsserov, covering the sarush: the latter, moreover, has a better turn with an angle of 90 ° from the first stable working creep parallel to the plane of the front panel to the second stable initial hollow: esh parallel to the plane of the board of the corresponding electromagnet, except t oh 1ca; -: the dye ble1Sh8r is made as a light-bearing element (that is, its working surface is colored as a whole), in particular, it is made of color light-transmitting control of the HGR of the material.

The essence of the utility model, speaking another word aiviii, is that several blenkers are installed along the perimeter of the information window (npiiiviep is considered to be four blenkers), which, if used independently, displays one of the primary colors, for example, red or green or blue or white) when the source is off, Beta, and in addition, while using different blenders in combination with the included light source, mixed lzeta, color palettes are provided. An even greater number of shades is provided by controlling the power (brightness) of the glow of the light source,

The technical result of the utility model in comparison with the prototype is a significant increase in information capabilities:

A device containing, for example, four blenders provides the display of 4 primary colors and 16 of their colors when mixed even without controlling the brightness (brightness) of the light source.

Figures 1, 2, 3, and 4 respectively show front, left, top, and rear views of a possible embodiment of a color eve-blender indicator. . v v

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The indicator contains housing I with USh1form1 With an open hole 1.2 on its left-hand panel 1.3 and with a back cover 1.4, an information node 2, which in turn contains left 11 2.1, right 2.2, lower 2.3 and upper 2.4 blenders with axle elements 2L.1,2.1.2,2.2L, .... 2.4.2, electromachine unit 3, containing left 3.1, right 3.2, lower 3.3 and upper 3.4 electrical components each of which: in turn, contain respectively an electric cable Llku 3L.I, ... 3.4.1 and the magnetic core 3.1.2 ,, .. 3.4.2, light source 4 and zagzhi 5.1, &

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- 3 gttttttost I m rrttddof r - PT-T hl TTOKF1 1P F G -: By lFLP TP iTTTTmm-T;. iXCjjI iCU. J X J.i I J jivio W X, U.y-j. about Viw JTU J-jJU -Laa .хЖ.: .: 0 L / loj..X JJ WiviCiX iij-ixj-.j. 3T- ZL TTTTQTArn RPFPP FGPt Lt.G.Q E Tht 9 5-2 9 h. (PM, “ПУЧ .О.в; iJi.iwiJj. OL / U J-Jjo i and j-jJ tjj-4ii -iJ U -4i; i J “t- iCtf TO TTT PCTOTT r- Tgtttg 7T TT TT T TO TO xlU J.iUi, doQiJ.ij ol; jlciJ.-j Vj iioli piUiJj aiiIld .- / i) iJo i isrJ /, Ta1sha 118 is different from: ::; the color file, E WAY, about which the color of the left blender 2L is conditionally selected ;;; ayogo in Ipforschunny O1sha 1.2 (raw fig.), is covered with a hatch. ICpoLiG of that, in connection with the fact that they have been given raps in this case, I have declared permanent magnets on blasters that underestimated 10 part of their rudeness (20) and on the machine-gun nroho; :: dencho of light. A light source 4 is located on the rear wing e 1.4 for the incorporation of THHOHHbff. node 2 relative to window 1, 1.2. Blenkert-i 2.1, .. 2.4 information node 2 is hung on the axial elamants: 2.1.1,2,1t2, ... 2.4.1,2.4.2 to the derivative of the informational O1sha 1.2 P FTTT-, tgp LFITYUT-TT-T TP TTR T5 TT TGT-T T Ya. (Gl r Tf iQ-TTTTTQ U J.lJh, about J. .j. Jii4l. (OU lioiIiwJJJJ X.O, jLiOi-Jl oi o.o. ii .O. - O culxl i-g-tyu os1T -T7 R tR / 1 Vj iiOi- ocu.iJ.vii JJ, .j: e GPPFR FLFP GTPTT a T;, C |.-t; Fri TIT, -watt1 | Opt / O 5 pTS PTLT; 1Tt1tttt chuii J.iJij X о .JU1-J 1 AuOl, ii, jJ, Ui, Сл / 1о111ъС- and Xj. J-,. In xj-х J j ,, U ;. j-Li ЗТ -LO TTO Gr о T ТГСГТЛф ГГ ТГ / Л О TTT-I T-П ФТ TTTG-T L о ТТО ТТTTTf T. J-, о .i-i-J.j-Jw, l: iO 1 .jJ jtjl oUuU -j. liviOOj-u. ij ii.UViv J.jy, u y - Lj oliij UdvlUiJl-J j iUj -L Г) 7tot-tgr, I PG GT I I TQ / I T (TG TO- , gott tttps i-gtttpP T iJ.yJ.i.jH.J.jUu.tCl-i.liUulJ O.-Li, "... Ot" ± iic4i., - liivjj.7, J-lo 4c, j. iid. j..dlci jl) po, T, Tp rpTJT-ip) i-if4 p cip - (OT-TFPO t TOTiTTT rTtTTpiViri Г QmTptTT-ТПТ-о i Т P jJuoLitJij-i-lliiUJ. and wO l.- , Oixi.jJo i.ic..J-iiij 1 j.iU-L u о ЦЬ 4xiij-tc О. X Ay,. . . Oh .X. Xr. TT ПТ QfTipiTT ТТТРФи О гат ф ЛпТОТ1Т.тгТФПп I A -ORFTO о-NT r orr totott-t, - HJJii Uj-Uni iiviCJ.iJJi UvJ.VJ ± bljJU.iCl ± iiJ 1 O.X,. . eOo ji.VjU J. jLuU OIUlI wjJ V. ls, iw ii.l vj home corresponds to: part of 5.1, .. 5.4 inside cordus I orthogonal to the back side of front face of cordus I according to the deergletter of Shkormation O1sha 1.2 l blenkers 2.1 , .. 2.4, covering all the rest. Ka: z; dyy blenker 2.1, .2.4 needle freedom of rotation on its axial elements 2.1.1,2.1.2, ..2.4.1,2.4.2 with only 90 ° from the first stable (working) line (5ig. 1 and 3, the left blender 2.1 is in the working position), the darald side face plane was given I..3, until the second stable (initial) extension (in the initial position in Figs. 1, 3, 3 there are a good 2.2, 2.3 and top 2.4 ble1D ery) parallel to the board plane of the corresponding electromagnet 3.1, .. 3.4

RjiGiiicepH 2.1, .., 2.4 is made, for example, from a transparent and plastic newspaper plexiglass. For better (better) work on blenders 2.1, .. 2.4, permanent and fixed pieces are installed.

yhdikikik yoguu gather B arbitrary configurations of the scoreboard and system selected the ones that can be controlled from simple: manual remotes or from ES. The principles of governance are beyond the scope of this application and therefore are not considered.

1F1 indicator works as follows; 1; in the same way.

In the mode of using only the light source and not using 2.1,. "2.4, the latter are in the initial state (the information window is open). At the same time, the simplest two-color indicator is easily realized. The first information color is carried out by applying to the inputs 6 of the light source 4 corresponding to its ignition voltage, and the second by removing the specified voltage.

In the mode of using only blenders 2.1, .. 2.4 and not using the light source 4, no voltage is supplied to the inputs 6 of the latter. To display the first information color (for example, red) on the inputs, 1; Electroscooper 1 Ш 3.1.1 sends the corresponding: t (a signal in the form of a short-term current pulse, which magnetizes the magnetic core 3.1.2, which is rigidly fixed to In the test case, with another element, if electromagnetically, with the help of locks 5.2. and 5.3, it pushes the left blender 2.1, which has the opposite orientation of the permanent magnet (permanent speaks due to inappropriateness - not shown in Fig.). a blasher 2.1 (see Figs. 1, 3, 4) will switch from the original state to the working one by turning 2.1.1, 1.2.1.2 on its axial elements. In front of haptun 01 above 1.2 the front panel 1.3 displays a clear response. in electrocoil e 3.1.I, the blender 2.1 improves how much: for a long time, due to the attraction of its permanent magnet to the ferromagnetic front panel 1.3. To switch the blender 2.1 from the working position to the initial position, it is fed to its 1 piece: at 3.1.I it is short 1 Bremenn 1: polarity, resulting in a permanent magnet blen 1: EPA 2.1 attraction aetsya to serdechtshku 3,1.2 and then udershadaetsya ustoshshvo New poloyaeshzi due only B lze POSTOYA1SHOGO magnet.

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. Similarly, work 2.2, nsh 2.3 and top 2.4 blenders work, displaying green or blue or white colors in the information bottom window.

The mode of joint operation of the light source is 4 p blenkers 2.1 ,,. 2.4 provides the greatest informational opportunities of the indicator with the receipt of mixed shchzetov. The work of in.1G1-1kator in this, 1 pe.r-jir.ie differs from the two described above in that the control system at the same time sends a signal to a light source of 4 l to an electric coil at 3.1.1, ... 3.4.1, corresponding to the specified input. At the same time, they eat a mixture of colors (for example, red and green), then the blashers are thrown sequentially with some. with a time shift (for example, at first the left blacker 2.1, and then a few niliseconds after it was fixed in the working position - the right blender 2.2), A similar time shift for each x-ray component is performed at 3x-color and 4x-1 windshifts.

This collaboration solution further expands the information capabilities of the indicator, while controlling the brightness of the light source 4. At the same time, it is possible to very imipoKifG change the t-socket palette by stepwise or smoothly changing the voltage at the inputs 6 of the light source 4

It must be emphasized that as a source of light can. and other light-emitted devices: neon, mercury, LED laser, electron-beam, and others. Together with which or independently of them, various filters can be beaten.

Author AJ Katsoev

Claims (6)

1. A color light-blender indicator comprising a case with an information window on its front panel, a blender information unit with permanent magnets and an electromagnetic unit with electric coils and magnetic cores, characterized in that the indicator further comprises a light source located inside the case on its back cover behind the information node relative to the information window, while the information node is a group of blenkers located inside the housing and suspended on axial elements along the perimeter of the information window on the rear side of the front panel, which has locks rigidly connected to it, and the electromagnets corresponding to each blender are a flat design of a spiral coil and a magnetic core located at its center, and the plate of flat electromagnets are locked inside the case orthogonally to the rear side of it bezel around the perimeter of the information window and blenker, covering the outside of the last, and each has a turn blenker freedom with an angle of 90 ^o to first stable (working) position parallel to the front plane of the panel to a second stable (starting) position parallel to the plane of the board corresponding electromagnet is tsvetonesuschim blenker each element.  2. The indicator according to claim 1, characterized in that the blenders are made of colored light-transmitting elastic material.  3. The indicator according to claim 1, characterized in that the light source is an incandescent lamp.  4. The indicator according to claim 1, characterized in that the light source is a fluorescent lamp.  5. The indicator according to claim 1, characterized in that the light source is a liquid crystal indicator.  6. The indicator according to claim 1, characterized in that the light source is a television indicator.