CN207120567U - Guidance panel - Google Patents
Guidance panel Download PDFInfo
- Publication number
- CN207120567U CN207120567U CN201590000577.0U CN201590000577U CN207120567U CN 207120567 U CN207120567 U CN 207120567U CN 201590000577 U CN201590000577 U CN 201590000577U CN 207120567 U CN207120567 U CN 207120567U
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- China
- Prior art keywords
- light
- lateral emitting
- guidance panel
- lateral
- shaped members
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J29/00—Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
Abstract
Guidance panel (2-1) includes shell (10-1), light emitting source and lateral emitting line (30) or lateral emitting ribbon-shaped members (40).Shell (10-1) has the breakthrough part that inner side is connected with outer surface.Light emitting source is located at the inner side of shell (10-1), can send the light of at least one color.The side of lateral emitting line (30) or lateral emitting ribbon-shaped members (40) is lighted, and the lateral emitting line (30) can be inputted or output light using light input and output portion, the lateral emitting ribbon-shaped members (40) can be inputted or output light using light input and output portion.Lateral emitting line (30) or lateral emitting ribbon-shaped members (40) are configured along outer surface (11), and at least light input unit in its light input and output portion is connected with light emitting source optics.Thereby, it is possible to improve the luminous visuality for operator.
Description
Technical field
It the utility model is related to a kind of guidance panel.
Background technology
In the past, such guidance panel disclosed in patent document 1 had illuminating part, and the illuminating part is used in guiding and come from
LED(Light Emitting Diode：Light emitting diode) lamp light light guide section end it is prominent from shell and light.
Prior art literature
Patent document
Patent document 1：Japanese Unexamined Patent Publication 2011-194576 publications
Utility model content
Utility model will solve the problems, such as
However, in the guidance panel for making the end of the light guide section illuminating part prominent and luminous from shell, due to hair
Light portion lights in point-like, therefore, guidance panel is being equipped on to the situation for the industrial electronic equipment for being arranged on larger space
Under, the visual reduction from being carried out at the operator of position for being located remotely from industrial electronic equipment.Especially, to change
Become the glow color of illuminating part, the mode of light-emitting mode is represented in that case of unit state, it is necessary to see operator
Illuminating part lights.
The utility model be in view of the situation and make, can be improved its object is to, there is provided one kind luminous relative
Visual guidance panel for operator.
The solution used to solve the problem
Purpose, a kind of guidance panel are realized to solve described problem, it is characterised in that the guidance panel includes：Outside
Shell, it has the breakthrough part that inner side is connected with outer surface；Light emitting source, its be located at the shell inner side, can send to
A kind of few light of color；And lateral emitting line or lateral emitting ribbon-shaped members, its side are lighted, the lateral emitting line energy
Enough inputted or output light, the lateral emitting ribbon-shaped members can be inputted using light input and output portion using light input and output portion
Or output light, the lateral emitting line or the lateral emitting ribbon-shaped members configure along the outer surface, the lateral emitting
At least light input unit in the smooth input and output portion of line or the lateral emitting ribbon-shaped members connects with the light emitting source optics
Connect.
In the utility model, by lateral emitting line or lateral emitting that lateral emitting is configured along the outer surface of shell
Ribbon-shaped members simultaneously make the side of lateral emitting line or the lateral emitting of lateral emitting ribbon-shaped members, it is possible to increase lateral emitting line or
The luminous visuality for operator of lateral emitting ribbon-shaped members.
In addition, in the guidance panel, it is preferred that in the outer surface of the shell formed with for configuring
The groove portion of lateral emitting line or the lateral emitting ribbon-shaped members is stated, in the groove portion formed with for the locking lateral emitting
The jut of line or the lateral emitting ribbon-shaped members.
In the utility model, the lateral emitting line or lateral emitting banding structure of groove portion are configured in because jut is locking
Part, therefore, the side of other components covering lateral emitting line or the side of lateral emitting ribbon-shaped members is not utilized, is not made to luminous
Just lateral emitting line or lateral emitting ribbon-shaped members can be installed on shell into influence.
In addition, in the guidance panel, it is preferred that the lateral emitting line has flexibility.
In the utility model, because lateral emitting line has flexibility, therefore, it is possible to make lateral emitting line relative to shell
For arbitrary shape.
In addition, in the guidance panel, it is preferred that the lateral emitting line is configured at from appearance described in external observation
Be formed as the curvilinear groove portion during face.
In the utility model, due to by lateral emitting line be configured at from external observation outer surface when be formed as curvilinear
Groove portion, therefore, even in operator not from front but in terms of incline direction in the case of guidance panel, lateral emitting line
Side will not be visually recognized as point-like, but can be visually recognized as wire, so as to become prone to make operator's vision to know
Other lateral emitting line lights.
In addition, in the guidance panel, it is preferred that at least a portion of the lateral emitting line or side hair
At least a portion of light ribbon-shaped members exposes from the outer surface.
In the utility model, by make lateral emitting line at least a portion or lateral emitting ribbon-shaped members at least one
Part is from the exposure of the outer surface of shell and lights, it is possible to increase lateral emitting line or lateral emitting ribbon-shaped members it is luminous relative to
Visuality for operator.
In addition, in the guidance panel, it is preferred that the lateral emitting line or the lateral emitting ribbon-shaped members are passed through
It is through at the breakthrough part, the smooth input and output portion of the lateral emitting line or the light of the lateral emitting ribbon-shaped members
Input and output portion is configured at the inner side of the shell.
In the utility model, the light input of light input and output portion or lateral emitting ribbon-shaped members provided with lateral emitting line
Output section, and the inner side of shell is configured at, therefore, it is possible to make the light input and output portion or lateral emitting band from lateral emitting line
The light of the light input and output portion of shape component is limited in the inner side of shell, can prevent that operator's direct-view is defeated from the light of lateral emitting line
Enter the light of the light input and output portion irradiation of output section or lateral emitting ribbon-shaped members.
In addition, in the guidance panel, it is preferred that in the groove portion, the side of the lateral emitting line
Contacted with least a portion of the jut and the inner peripheral surface of the groove portion, make the side of the lateral emitting line extremely
A few part protrudes from the outer surface.
In the utility model, by least one that makes the side of lateral emitting line and jut and the inner peripheral surface of groove portion
Tap is touched, and the side of lateral emitting line can be made to be protruded from outer surface, also, the gap between groove portion and lateral emitting line disappears
Lose, lateral emitting line is not easy to tilt from shell.
The effect of utility model
Using the utility model, it is possible to increase the luminous visuality for operator.
Brief description of the drawings
Fig. 1 is the stereogram for representing to be equipped with the structure of the ink-jet printer of the guidance panel of embodiment 1.
Fig. 2 is the enlarged drawing for the guidance panel for representing the ink-jet printer shown in Fig. 1.
Fig. 3 is the stereogram of the structure for the guidance panel for representing embodiment 1.
Fig. 4 is the front view of the guidance panel of embodiment 1.
Fig. 5 is the sectional view along the V-V lines in Fig. 4.
Fig. 6 is the sectional view of the lateral emitting line for the groove portion for representing to be installed on the guidance panel shown in Fig. 4.
Fig. 7 is the front view of the shell of the guidance panel of embodiment 1.
Fig. 8 is the rearview of the shell of the guidance panel of embodiment 1.
Fig. 9 is the rearview of the guidance panel of embodiment 1.
Figure 10 is the section view for representing to be installed on the schematic configuration of the lateral emitting line of the groove portion of the guidance panel of embodiment 1
Figure.
Figure 11 is the front view of the major part for the guidance panel for representing embodiment 2.
Figure 12 is the schematic configuration of the lateral emitting ribbon-shaped members for the groove portion for representing to be installed on the guidance panel shown in Figure 11
Stereogram.
Figure 13 is the stereogram for representing lateral emitting ribbon-shaped members and light emitting source shown in Figure 12.
Figure 14 is the front view of the major part for the guidance panel for representing embodiment 3.
Embodiment
Below, the embodiment of guidance panel of the present utility model is described in detail based on accompanying drawing.In addition, the utility model
Do not limited by the embodiment.In addition, include those skilled in the art in inscape in following embodiments
Inscape can replace, simple or substantially the same inscape.
The ﹞ of ﹝ embodiments 1
Fig. 1 is the stereogram for representing to be equipped with the structure of the ink-jet printer of the guidance panel of embodiment 1.Fig. 2 is table
The enlarged drawing of the guidance panel of ink-jet printer shown in diagram 1.Fig. 3 is the structure for the guidance panel for representing embodiment 1
Stereogram.Fig. 4 is the front view of the guidance panel of embodiment 1.Fig. 5 is the sectional view along the V-V lines in Fig. 4.Fig. 6 is
Expression is installed on the sectional view of the lateral emitting line of the groove portion of the guidance panel shown in Fig. 4.Fig. 7 is the operating surface of embodiment 1
The front view of the shell of plate.Fig. 8 is the rearview of the shell of the guidance panel of embodiment 1.Fig. 9 is the operation of embodiment 1
The rearview of panel.Figure 10 is the schematic configuration for representing to be installed on the lateral emitting line of the groove portion of the guidance panel of embodiment 1
Sectional view.In addition, in Fig. 3, Fig. 4, Fig. 5 and Fig. 9, schemed with omitting liquid crystal display D and various operation button B
Show.
As shown in figure 1, guidance panel 2-1 is equipped on ink-jet printer 1, for example, guidance panel 2-1 represents inkjet printing
Ink amount, unit state and the confession operator of machine 1 input print conditions etc..Guidance panel 2-1 is configured at ink-jet printer 1
Preceding surface and the decoration panel 1a for being installed on ink-jet printer 1.As shown in Fig. 2 guidance panel 2-1 is configured to include shell
10-1, light emitting source 20-1 (reference picture 9) and lateral emitting line 30.
In addition, guidance panel 2-1 includes being used to show the liquid crystal display D of various information, for selecting set work(
Can function key, for select perform content rotating disk, for input selection content enter key and for cancel setting
The various operation button B such as clear key.Bottom 2b sides shown in the ratio Fig. 3 of liquid crystal display D configurations on guidance panel 2-1
The position of top end 2a sides, various operation button B are configured between the bottom 2b and liquid crystal display D shown in Fig. 3, schemed
Light emitting source 20-1 shown in 9 is configured at the inner surface 12 (reference picture 9) as shell 10-1 inner side, and lateral emitting line 30 is matched somebody with somebody
The position for the ratio operation button B sides end 2b sides on the lower being placed on the outer surface 11 as shell 10-1 outside.
Shell 10-1 such as synthetic resin by forming, as shown in figure 3, shell 10-1 is provided integrally with：Panel part
10a, it is formed as tabular；And frame portion 10b, it is formed at around panel part 10a and surrounds panel part 10a.In addition, such as
Shown in Fig. 4, shell 10-1 is fixed on ink-jet using the installation portion 10c of upper end 2a sides and the installation portion 10d of bottom 2b sides
The decoration panel 1a of printer 1.
Panel part 10a have the display side opening portion 13 of the position opening corresponding with liquid crystal display D and with
The multiple buttons side opening portion 14 of position opening corresponding various operation button B.In multiple buttons side opening portion 14, position
Select button side opening portion 14a in the side of display side opening portion 13 on panel part 10a, which is configured with, can carry out push
The select button such as function key, rotating disk, in multiple buttons side opening portion 14, on panel part 10a side hair
The load button side opening portion 14b of the side of light 30 is configured with the input such as enter key, clear key that can carry out push
Button.Load button side opening portion 14b in present embodiment 1 is in a manner of interval on the length direction in ink-jet printer 1
Two are provided with panel part 10a.
In addition, as shown in Figure 7 and Figure 8, panel part 10a has the breakthrough part that outer surface 11 is connected with inner surface 12
15.Breakthrough part 15 runs through for lateral emitting line 30 and for making lateral emitting line 30 imported into the clamping part formed in inner surface 12
16 and outer surface 11 formed groove portion 17.Both ends of the breakthrough part 15 on the length direction of ink-jet printer 1 with groove portion 17
It is respectively communicated with and is formed and be integrated.As shown in Fig. 4 or Fig. 9, lateral emitting line 30 is through breakthrough part 15.As shown in figure 9, clamping
Portion 16 is formed as keeping the chute shape of lateral emitting line 30 in a manner of clamping.
Groove portion 17 configures for lateral emitting line 30.As shown in fig. 7, groove portion 17 is formed as the outer surface 11 from shell 10-1
Front see it is curvilinear.Groove portion 17 in present embodiment 1 is formed as on the length direction of ink-jet printer 1, from its two
End side is towards central portion side end 2b lateral bends gradually downward.As shown in fig. 6, the cross sectional shape of groove portion 17 is formed as and side
Shape corresponding the side 30a of isolychn 30, in present embodiment 1, the cross sectional shape of groove portion 17 is formed as circular shape.
Groove portion 17 be formed as making in the state of lateral emitting line 30 is in contact with inner peripheral surface 17b the side 30a of lateral emitting line 30 from
Outer surface 11 exposes and prominent size.Groove portion 17 has a pair of jut 17a for locking lateral emitting line 30.A pair
Jut 17a is located at this degree at three of central portion side and both ends side of such as groove portion 17 on the face direction of outer surface 11.
The side 30a of a pair of jut 17a clamping side isolychns 30 in present embodiment 1 simultaneously makes the side of lateral emitting line 30
30a contacts with the inner peripheral surface 17b of groove portion 17.That is, make the side 30a of lateral emitting line 30 and a pair of projections of groove portion 17
Portion 17a and inner peripheral surface 17b at least a portion contact.Therefore, in the state of groove portion 17 has been inserted into lateral emitting line 30, energy
Enough limit movably holding lateral emitting line 30 of the side isolychn 30 relative to groove portion 17.In addition, as shown in figure 9, in groove portion
17 formed with multiple opening portion 17c, 17d, and the plurality of opening portion 17c, 17d are used to side hair is inserted and be configured with groove portion 17
The contact between a pair of jut 17a and the side 30a of lateral emitting line 30 is reduced in the state of light 30.Multiple openings
Portion 17c, 17d are located at the position corresponding with a pair of jut 17a.
As shown in figure 9, light emitting source 20-1 is located at shell 10-1 inner side, i.e. panel part 10a inner surface 12.This implementation
Light emitting source 20-1 in mode 1 is provided with two on inner surface 12.Light emitting source 20-1 is configured to, including can send example respectively
Multiple LED (Light Emitting Diode) such as red light, green light and cyan light, to multiple LED light-emitting mode
Control base board being controlled etc., and can be lighted with the color such as red, orange, yellow, green, blue or green, blue or purple.It is that is, luminous
Source 20-1 can send the light of multiple color.Light emitting source 20-1 is held in the light source side maintaining part 18 formed in inner surface 12.
Be connected with light emitting source 20-1 for from ink-jet printer 1 it is control device (not shown), to indication light face
The signal wire that the control signal of color is transmitted, power cable of electric power for supplying to drive LED etc. etc..
In lateral emitting line 30, by one side transmission come self-emitting light source 20-1 light while making the light towards side 30a
(reference picture 6 and Figure 10) is scattered, so as to make luminous (the so-called side hairs of whole side 30a in the total length of lateral emitting line 30
Light).Lateral emitting line 30 has flexibility.Lateral emitting line 30 in present embodiment 1 is, for example, to have that stretching, extension can be bent
The thread like body of flexibility, as shown in Figure 10, it is that have to be used to guide the core 31 of light and the covering around core 31
The optical fiber of material 32.Core 31 is made up of transparent like that such as glass, acrylic resin and can be guide-lighting material.Core 31
Nanostructure 31a with the light diffusion for making to be directed in core 31.Nanostructure 31a is so-called diffusion structure
Make, be made up of in present embodiment 1 hole.Nanostructure 31a is formed as a such as 10nm~1 μm left side when observing vertically
Right size.When nanostructure 31a is observed in the axial direction the region in the outer part of the axle center than core 31 and than core 31 with
The region of interface in the inner part between covering material 32 is provided with multiple.Nanostructure 31a in present embodiment 1 relative to
Core 31 is multiple to be provided with a manner of circumferentially and radially disperseing in the region of concentric circles and ring-type.In addition, nanostructured
Body 31a is in the crosscutting direction observation of axle provided with multiple in the total length of core 31.Nanostructure 31a passes through in core 31
The light for making to be directed in core 31 in total length is spread to make light be scattered from core 31 towards side 30a.Covering material 32 is by for example
In interface total reflection and profit occur for the light that fluoro acrylic ester, organic siliconresin etc. can make to be directed in core 31 like that
The material that light after being spread with nanostructure 31a can pass through is formed.That is, covering material 32 is by being capable of printing opacity and refraction
The rate material lower than the refractive index of core 31 is formed.
In addition, as shown in Fig. 4 or Fig. 7, lateral emitting line 30 is formed as along at the outer surface 11 from external front face
Curvilinear groove portion 17 configures.As shown in Figure 8 and Figure 9, lateral emitting line 30 is formed as one through the both ends with groove portion 17
The breakthrough part 15 of body is simultaneously formed on the clamping part 16 of inner surface 12 and clamped.That is, lateral emitting line 30 runs through breakthrough part
15 ground configure along outer surface 11.Between breakthrough part 15 and clamping part 16 through the guide portion 12a formed in inner surface 12
It is configured with lateral emitting line 30.Both ends in the axial direction of lateral emitting line 30, which turn into, to be inputted or the input of the light of output light is defeated
Go out portion 33.As shown in figure 9, the light input and output portion 33 of lateral emitting line 30 is configured at inner surface 12 and is held in inner surface 12
The end side maintaining part 19 of formation.The light input and output portion 33 of lateral emitting line 30, which can be inputted or exported, carrys out self-emitting light source 20-
1 light, the light input and output portion 33 are arranged as opposed on the optical axis of the light of self-emitting light source 20-1 irradiations.That is, side
In the light input and output portion 33 of isolychn 30, at least light input unit 33a is connected with light emitting source 20-1 optics.
In present embodiment 1, the light input and output portion 33 for turning into both ends in the axial direction of lateral emitting line 30 is relative
Ground configuration is from the optical axis of the light of two light emitting source 20-1 irradiations.That is, the light input and output in present embodiment 1
Portion 33 is light input unit 33a, 33b being connected respectively with two light emitting source 20-1 optics.Here, the light input unit 33a of side is also
It is the light output part of the light for the light emitting source 20-1 irradiations that can export the light input unit 33b sides from opposite side.The light of opposite side is defeated
Enter the light output part that portion 33b is also the light for the light emitting source 20-1 irradiations that can export the light input unit 33a sides from side.
In addition, as shown in fig. 6, lateral emitting line 30 side 30a insertion groove portion 17 in the state of, side 30a's
At least a portion exposes and protruded from outer surface 11.Here, as shown in fig. 9 or 10, side 30a is and same light emitting source 20-
The parallel face of fiber waveguide (i.e. core 31) of the light input and output portion 33 of 1 optics connection.Side 30a in present embodiment 1 is
The outer peripheral face of the covering material 32 parallel with core 31.
In addition, lateral emitting line 30 is redefined for such as its length when being assembled in guidance panel 2-1, the side
Isolychn 30 is configured to run through breakthrough part 15 from the side of outer surface 11 respectively in light input and output portion 33 and is respectively retained end side
After maintaining part 19, it is held in clamping part 16 and is inserted into groove portion 17.
Next, the guidance panel 2-1 of the embodiment 1 more than explanation formed like that action.In addition, in this implementation
In mode 1, guidance panel 2-1 is equipped on ink-jet printer 1.
It is corresponding with the state (such as normal condition, abnormality etc.) of ink-jet printer 1 for guidance panel 2-1
Ground, the light-emitting mode for controlling according to the control signal of the control device from ink-jet printer 1 light emitting source 20-1, and utilize
The light-emitting mode makes the side 30a of lateral emitting line 30 light.Here, for guidance panel 2-1, if for example, ink-jet printer
1 state is normal condition, then light emitting source 20-1 is sent the light of green, so that the side 30a of lateral emitting line 30 is sent
The light of green, if the state of ink-jet printer 1 is abnormality, light emitting source 20-1 is set to send the light of red, so that side
The side 30a of isolychn 30 sends the light of red.In addition, for guidance panel 2-1, it is corresponding with the state of ink-jet printer 1
Ground, in addition to sending green and red light, by make light emitting source 20-1 send for example orange, yellow, cyan, blueness or
The light of purple etc., the side 30a of lateral emitting line 30 is set to be lighted with light emitting source 20-1 glow color.
The guidance panel 2-1 of embodiment 1 for more than, by configuring side along shell 10-1 outer surface 11
Luminous 30a lateral emitting line 30 simultaneously makes the side 30a of the lateral emitting line 30 light, it is possible to increase the hair of lateral emitting line 30
Visuality of the light for operator.
In addition, for guidance panel 2-1, due to the locking lateral emitting lines for being configured in groove portion 17 of multipair jut 17a
30, therefore, not utilize other components covering lateral emitting line 30 side 30a, can be by side not to luminous do not impact
Isolychn 30 is installed on shell 10-1.
In addition, for guidance panel 2-1, because lateral emitting line 30 has flexibility, therefore, it is possible to make lateral emitting line
30 relative to shell 10-1 be arbitrary shape.
In addition, for guidance panel 2-1, due to lateral emitting line 30 is configured at from the outer of external observation shell 10-1
Be formed as curvilinear groove portion 17 during surface 11, therefore, grasped even in operator not in terms of front but in terms of incline direction
In the case of making panel 2-1, the side 30a of lateral emitting line 30 will not be also visually recognized as point-like, but can be by vision
Wire is identified as, so as to become prone to the luminous of visual identity lateral emitting line 30.
In addition, for guidance panel 2-1, by making at least a portion of lateral emitting line 30 from shell 10-1 appearance
Face 11 exposes and lighted, it is possible to increase the luminous visuality for operator of lateral emitting line 30.
In addition, for guidance panel 2-1, by making the side 30a and multipair jut 17a of lateral emitting line 30 and interior
Side face 17b at least a portion contact, can be such that the side 30a of lateral emitting line 30 is protruded from shell 10-1 outer surface 11,
Also, the gap between groove portion 17 and lateral emitting line 30 disappears, lateral emitting line 30 is not easy to tilt from shell 10-1.
In addition, for guidance panel 2-1, by the way that liquid crystal display D is configured at into upper end 2a sides and by lateral emitting line
30 are configured at bottom 2b sides, so as to make the interval between liquid crystal display D and lateral emitting line 30 on guidance panel 2-1
Expand.Therefore, operator can separate identification liquid crystal display D display color and the glow color of lateral emitting line 30.Its
As a result, it is possible to improve visuality of the glow color of lateral emitting line 30 for operator.
In addition, for guidance panel 2-1, the light input and output portion 33 of lateral emitting line 30 is located at shell 10-1 interior table
It face 12, can be limited in the light input unit 33b light of the light input unit 33a from the side of lateral emitting line 30, opposite side
Shell 10-1 inner side.As a result, operator's direct-view can be prevented from the light input unit 33a of the side of lateral emitting line 30, another
The light of the light input unit 33b irradiations of side.
In addition, in the embodiment 1, guidance panel 2-1 is configured to light emitting source 20-1 and is respectively arranged on lateral emitting
The light input and output portion 33 of line 30, and in the utility model, light emitting source 20-1 can also be configured to and be located at lateral emitting line 30
The light input unit 33a of side or the light input unit 33b of opposite side.
In addition, in the embodiment 1, light emitting source 20-1 is the LED for the light that can send multiple color, but luminous
As long as source 20-1 can send the light of at least one color, it is not limited to send the light of multiple color.In light emitting source
20-1 can only send it is monochromatic in the case of, as long as with the state of ink-jet printer 1 accordingly make light-emitting mode change i.e.
Can.Specifically, as long as being informed by being alternately arranged luminous time and non-luminous time and changing the respective time
The state of operator's ink-jet printer 1.
In addition, in the embodiment 1, lateral emitting line 30 is the optical fiber for having core 31 and covering material 32, but side
As long as face isolychn 30 can lateral emitting and with flexible thread like body, thus, for example, lateral emitting line 30 also may be used
Be in the flexible pipe with translucency filled with include diffusion construction transparent resin, so-called smooth dispatch tube.
In addition, in the embodiment 1, lateral emitting line 30 is such comprising nanostructure 31a in core 31
Optical fiber, but be not limited to such structure, the known optical fiber that be capable of lateral emitting can be used.For example, lateral emitting line
30 can also be made up of and included in covering material 32 as light as the bubble of diffusion construction core 31 and covering material 32
Fibre, the optical fiber employ the light for being transmitted core 31 from the bubble and scattering occur and light is leaked to the radial outside of covering material 32
Go out such structure.
In addition, in the embodiment 1, the diffusion in lateral emitting line 30 is configured to hole, as long as but due to can
The light for carrying out self-emitting light source 20-1 is set to be spread from core 31 towards side 30a, accordingly it is also possible to utilize such as titanium oxide, oxygen
Change aluminium, talcum etc. to form diffusion construction.
In addition, in the embodiment 1, the light input and output portion 33 of light emitting source 20-1 and lateral emitting line 30 is direct
Optics is connected, but leaded light can also be configured between light emitting source 20-1 and the light input and output portion 33 of lateral emitting line 30
Guide-lighting line.Now, as long as so that the light input and output portion 33 of light emitting source 20-1 and lateral emitting line 30 each with guide-lighting line
The consistent mode of optical axis carries out welding connection etc..As the guide-lighting line now used, it can also use and not have side
The optical fiber of lighting function.In this case, if not producing light leak etc. at connecting portion between guide-lighting line and lateral emitting line 30,
Then the connecting portion can also be located at the side of outer surface 11, and certainly, the light input and output portion 33 of lateral emitting line 30 can also be positioned at outer
The side of surface 11.
Also, lateral emitting line 30 do not expose from outer surface 11 necessarily or, in the elongated surfaces of outer surface 11
Configure influences little transparent panel etc. to luminous, lateral emitting line 30 is not accommodated the side of surface 12 exposed to.
The ﹞ of ﹝ embodiments 2
The guidance panel 2-2 of embodiment 2 is the guidance panel 2-1 same structures with embodiment 1, and it is special
Sign is that substituting can be in both ends input or the lateral emitting line 30 of output light, and having can be in side input or output light
Lateral emitting ribbon-shaped members 40 this points.Other structures are identical with embodiment 1, therefore the description thereof will be omitted and it is attached to mark identical
Icon is remembered.
Figure 11 is the front view of the major part for the guidance panel for representing embodiment 2.Figure 12 is to represent to be installed on Figure 11
The stereogram of the schematic configuration of the lateral emitting ribbon-shaped members of the groove portion of shown guidance panel.Figure 13 is represented shown in Figure 12
The stereogram of lateral emitting ribbon-shaped members and light emitting source.In addition, in fig. 11, it is shown with omitting operation button.
As shown in figure 11, lateral emitting ribbon-shaped members 40 are configured with guidance panel 2-2 shell 10-2 groove portion 17.
Observe linearly rectangle in the front that groove portion 17 in present embodiment 2 is formed as the outer surface 11 from shell 10-2.Groove portion
17 are formed as the size that makes the side 40a of lateral emitting ribbon-shaped members 40 be exposed from outer surface 11.Groove portion 17 has for locking
A pair of jut 17a of lateral emitting ribbon-shaped members 40.A pair of jut 17a are located at such as groove portion 17 in the face side of outer surface 11
This degree at three of upward central portion side and both ends side.A pair of jut 17a and groove portion 17 in present embodiment 2 it
Between hold lateral emitting ribbon-shaped members 40.Therefore, can in the state of groove portion 17 is configured with lateral emitting ribbon-shaped members 40
Limit movably holding lateral emitting ribbon-shaped members 40 of the side luminous zone shape component 40 relative to groove portion 17.
Lateral emitting ribbon-shaped members 40 in present embodiment 2 are formed as example as from shell 10-2 outer surface 11
Front observe the banding of linearly rectangle.As shown in Figure 12 and Figure 13, lateral emitting ribbon-shaped members 40 have covering base
The bag that plate 41, the core 42 as fiber waveguide and the light that can make to be directed in core 42 are totally reflected in interface
Layer material 43.Clad substrate 41 is by the material that is totally reflected with flexibility and the light that can make to be directed in core 42 in interface
Expect that (such as refractive index material lower than the refractive index of core 42) is formed.Core 42 is by transparent and can be guide-lighting material
(such as makrolon, acrylic resin etc.) is formed.It is rectangular-shaped that core 42 is formed as section.Covering material 43 is by that can make in core
(such as refractive index is than the refraction of core 42 in the material that total reflection occurs for interface and light can pass through for the light being directed in material 42
Rate is low and is capable of the material of printing opacity) form.That is, covering material 43 with the identical material of clad substrate 41 by forming.
In addition, in lateral emitting ribbon-shaped members 40 in present embodiment 2, the friendship between core 42 and covering material 43
Interface has diffusion construction (omitting diagram) in covering material 43.Here, diffusion the defects of being configured to nano-scale, for example, with
The material (titanium oxide, aluminum oxide, talcum etc.) of the different nano-scale of core 42, covering material 43, the hole of nano-scale, nanometer
The defects of light that groove of size etc. can make to be directed in core 42 spreads.Total length of the diffusion construction located at clad substrate 41
On.Diffusion construction is spread by the light for making to be directed in core 42, so that light scatters from core 42 towards side 40a.
The both ends of lateral emitting ribbon-shaped members 40 are through (the reference picture of breakthrough part 15 formed at the both ends of groove portion 17
7) and located at shell 10-2 inner side.That is, lateral emitting ribbon-shaped members 40 are through breakthrough part 15 and along outer surface
11 configurations.In the side of the end side of the side in the both ends of lateral emitting ribbon-shaped members 40 (for edge and lateral emitting
The parallel direction extension of the length directions of ribbon-shaped members 40 and along the side orthogonal with the short side direction of lateral emitting ribbon-shaped members 40
To the face of extension) it is provided with light emitting source 20-2.It is provided with light emitting source 20-2's on the side of lateral emitting ribbon-shaped members 40
Part is not provided with covering material 43.That is, the end side of side in the both ends of lateral emitting ribbon-shaped members 40
Side, which turns into, can input or the light input and output portion 44 of output light.Thus, the lateral emitting ribbon-shaped members in present embodiment 2
40 can be in side input or output light.
Light input and output portion 44 can be inputted or exported to the light for carrying out self-emitting light source 20-2, the light input and output portion
44 are arranged as opposed on the optical axis of the light of self-emitting light source 20-2 irradiations.In present embodiment 2, in light input and output portion 44
Light emitting source 20-2 is configured with, light input and output portion 44 is connected with light emitting source 20-2 optics.That is, light input and output portion 44
In at least light input unit 44a be connected with light emitting source 20-2 optics.
In addition, in the state of the side 40a insertion groove portions 17 of lateral emitting ribbon-shaped members 40, side 40a is at least
A part exposes from outer surface 11.Here, side 40a is with the light input and output portion 44 being connected with light emitting source 20-2 optics
The parallel face of fiber waveguide (i.e. core 42).Side 40a in present embodiment 2 is the table of the covering material 43 parallel with core 42
Face, and be from the face that groove portion 17 exposes in the state of lateral emitting ribbon-shaped members 40 insert groove portion 17.
Light emitting source 20-2 is located at shell 10-2 inner side, in the same manner as the light emitting source 20-1 in embodiment 1, lights
Source 20-2 is configured to the LED with the light that can send multiple color.That is, light emitting source 20-2 can be with arbitrary face
Color lights.
Next, the guidance panel 2-2 of the embodiment 2 more than explanation formed like that action.In present embodiment 2
In, in the same manner as embodiment 1, guidance panel 2-2 is equipped on ink-jet printer 1.
For guidance panel 2-2, if for example, the state of ink-jet printer 1 is normal condition, send out light emitting source 20-2
Go out the light of green, so that the side 40a of lateral emitting ribbon-shaped members 40 sends the light of green, if the state of ink-jet printer 1
For abnormality, then light emitting source 20-2 is set to send the light of red, so that the side 40a of lateral emitting ribbon-shaped members 40 is sent
Red light.On guidance panel 2-2, by making light emitting source 20-2 make lateral emitting banding structure with arbitrary colour light emitting
The side 40a of part 40 is lighted with arbitrary color.
The guidance panel 2-2 of embodiment 2 for more than, by configuring side along shell 10-2 outer surface 11
Luminous 40a lateral emitting ribbon-shaped members 40 simultaneously make the side 40a of the lateral emitting ribbon-shaped members 40 light, it is possible to increase side
The luminous visuality for operator of luminous ribbon-shaped members 40.
In addition, for guidance panel 2-2, due to the locking lateral emitting bands for being configured in groove portion 17 of multipair jut 17a
Shape component 40, therefore, the side 40a of other components covering lateral emitting ribbon-shaped members 40 is not utilized, is not impacted to luminous
Just lateral emitting ribbon-shaped members 40 can be installed on shell 10-2.
In addition, for guidance panel 2-2, by making at least a portion of lateral emitting ribbon-shaped members 40 from shell 10-2
Outer surface 11 expose and light, it is possible to increase lateral emitting ribbon-shaped members 40 it is luminous visual for operator
Property.
In addition, for guidance panel 2-2, the light input and output portion 44 of lateral emitting ribbon-shaped members 40 is located at shell 10-2
Inner side, the light of the light input unit 44a from lateral emitting ribbon-shaped members 40 can be made to be limited to shell 10-2 inner side.Its
As a result, it is possible to prevent the light that operator's direct-view is irradiated from the light input unit 44a of lateral emitting ribbon-shaped members 40.
In addition, in the embodiment 2, interface between core 42 and covering material 43 or set in covering material 43
Diffusion construction, as long as but due to light can be made to be spread from core 42 towards side 40a, thus, for example, can also wrap
Interface between laminar substrate 41 and core 42 sets diffusion construction in clad substrate 41.
In addition, in the embodiment 2, there is provided the diffusions such as hole construction, as long as but due to light can be made from core
42 spread towards side 40a, thus, for example, can also utilize silk screen printing, draught machine, Laser Processing, processing and forming
Deng formation nano-scale the defects of (for example, dot pattern, V shape grooves etc.).In this case, printing, processing, energy are utilized
The defects of being enough provided as diffusion construction.
In addition, in the embodiment 2, turn into positioned at the side of the end side of the side of lateral emitting ribbon-shaped members 40
Light input unit 44a, but similarly, light can also be turned into positioned at the side of the end side of the opposite side of lateral emitting ribbon-shaped members 40
Input unit.In the case where turning into light input unit positioned at the respective side in both ends side of lateral emitting ribbon-shaped members 40, one
The light input unit 44a of side is also the light output part of the light for the light emitting source irradiation that can export the light input unit side from opposite side, separately
The light input unit of side is also the light output of the light for the light emitting source 20-2 irradiations that can export the light input unit 44a sides from side
Portion.
In addition, in the embodiment 2, can be defeated in the side of the both ends side positioned at lateral emitting ribbon-shaped members 40
Enter or output light, as long as but due to can future self-emitting light source 20-2 light relative to lateral emitting ribbon-shaped members 40 core
42 inputs or output, thus, for example, can also be, by clad substrate 41 positioned at the side opposite with side 40a sides
The part of face (face relative with groove portion 17) side is removed to the degree for exposing core 42, and the part after the removal sets hair
Light source 20-2.
In addition, in the embodiment 2, clad substrate 41 is constituted using the material with flexibility, but due to only
The light can make to be directed in core 42 is totally reflected in interface, accordingly it is also possible to rigid using having
Material forms clad substrate 41.
The ﹞ of ﹝ embodiments 3
The guidance panel 2-3 of embodiment 3 is the guidance panel 2-2 same structures with embodiment 2, and it is special
Sign is, substitutes lateral emitting ribbon-shaped members 40 and has this point of LED bands 50.Other structures are identical with embodiment 2, therefore save
Slightly it illustrates and marks identical reference.
Figure 14 is the front view of the major part for the guidance panel for representing embodiment 3.In addition, in fig. 14, omit behaviour
It is shown with making button.
As shown in figure 14, LED bands 50 are configured with guidance panel 2-3 shell 10-3 groove portion 17.Groove portion 17 and reality
The groove portion 17 in mode 2 is applied to be identically formed as linearly rectangle and be formed to make LED bands 50 sudden and violent from outer surface 11
The size of dew.Groove portion 17 has the multipair jut 17a for locking LED bands 50.
LED bands 50 are formed as membranaceous and are banding.LED bands 50 have flexible substrate 51 and LED52.Flexible substrate 51 is tool
There is the circuit board of flexibility, and formed with for making the luminous drive circuits of LED52.The both ends of flexible substrate 51 are from breakthrough part
15 (reference pictures 7) are inserted into shell 10-3 inner side.At least one end in the both ends of flexible substrate 51 is in shell 10-3
Inner side with for being connected to power cable of drive circuit supply electric power etc..LED52 is installed on the surface of flexible substrate 51.
LED52 in present embodiment 3 is so-called chip LED.LED52 compartment of terrains on the length direction of flexible substrate 51 are provided with more
It is individual.LED52 can be with arbitrary colour light emitting.
In addition, LED bands 50 are arranged in the total length of flexible substrate 51, there is covering LED52 covering material (to save sketch map for it
Show).For covering material by transparent and be capable of the material of printing opacity and form, it is formed as example dome-shaped.Covering material is by a pair of projections
Portion 17a is clamped.
Next, the guidance panel 2-3 of the embodiment 3 more than explanation formed like that action.In present embodiment 3
In, in the same manner as embodiment 2, guidance panel 2-3 is equipped on ink-jet printer 1.
For guidance panel 2-3, if for example, the state of ink-jet printer 1 is normal condition, LED52 is set to send green
Light, if the state of ink-jet printer 1 is abnormality, make LED52 send red light.On guidance panel 2-3, lead to
Crossing makes LED52 with arbitrary colour light emitting, so as to show the state of ink-jet printer 1 to operator.
The guidance panel 2-3 of embodiment 3 for more than, due to the configuration surface of outer surface 11 along shell 10-3
LED52 LED bands 50 are installed, therefore LED52 luminous visuality can be improved.
In addition, in the embodiment 3, multiple LED52 are lighted simultaneously with same color, but are not limited to this, example
Such as or, multiple LED52 are individually carried out to light control, colour developing control.By control as progress, with spray
The state of black printer 1 can accordingly be lighted by the pattern for making repeat to light, extinguishes in a manner of light stream is dynamic or
Central portion side and both ends side are with different colour light emittings.
Description of reference numerals
2-1,2-2, guidance panel；10-1,10-2, shell；11st, outer surface；15th, breakthrough part；17th, groove portion；17a、
Jut；17b, inner peripheral surface；20-1,20-2, light emitting source；30th, lateral emitting line；30a, side；33rd, light input and output portion；
33a, 33b, light input unit；40th, lateral emitting ribbon-shaped members；40a, side；44th, light input and output portion；44a, light input unit.
Claims (7)
- A kind of 1. guidance panel, it is characterised in thatThe guidance panel includes：Shell, it has the breakthrough part that inner side is connected with outer surface；Light emitting source, it is located at the inner side of the shell, can send the light of at least one color；AndLateral emitting line or lateral emitting ribbon-shaped members, its side are lighted, and it is defeated that the lateral emitting line can utilize light to input Going out portion to input or output light, the lateral emitting ribbon-shaped members can be inputted or output light using light input and output portion,The lateral emitting line or the lateral emitting ribbon-shaped members configure along the outer surface, the lateral emitting line or institute At least light input unit stated in the smooth input and output portion of lateral emitting ribbon-shaped members is connected with the light emitting source optics.
- 2. guidance panel according to claim 1, it is characterised in thatIn the outer surface of the shell formed with for configuring the lateral emitting line or the lateral emitting ribbon-shaped members Groove portion,In the groove portion formed with the jut for the locking lateral emitting line or the lateral emitting ribbon-shaped members.
- 3. guidance panel according to claim 1 or 2, it is characterised in thatThe lateral emitting line has flexibility.
- 4. guidance panel according to claim 2, it is characterised in thatThe lateral emitting line is configured at from being formed as the curvilinear groove portion described in external observation during outer surface.
- 5. guidance panel according to claim 1 or 2, it is characterised in thatAt least a portion of at least a portion of the lateral emitting line or the lateral emitting ribbon-shaped members is from the outer surface Exposure.
- 6. guidance panel according to claim 1 or 2, it is characterised in thatThe lateral emitting line or the lateral emitting ribbon-shaped members through the breakthrough part,The smooth input and output portion of the lateral emitting line or the smooth input and output portion of the lateral emitting ribbon-shaped members It is configured at the inner side of the shell.
- 7. guidance panel according to claim 2, it is characterised in thatIn the groove portion, the side of the lateral emitting line and the jut and the inner peripheral surface of the groove portion are at least Part contact,At least a portion of the side of the lateral emitting line is set to be protruded from the outer surface.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014-100923 | 2014-05-14 | ||
| JP2014100923 | 2014-05-14 | ||
| PCT/JP2015/063828 WO2015174470A1 (en) | 2014-05-14 | 2015-05-13 | Operation panel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207120567U true CN207120567U (en) | 2018-03-20 |
Family
ID=54480007
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201590000577.0U Active CN207120567U (en) | 2014-05-14 | 2015-05-13 | Guidance panel |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6588011B2 (en) |
| CN (1) | CN207120567U (en) |
| WO (1) | WO2015174470A1 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10073664B2 (en) * | 2016-06-20 | 2018-09-11 | Xerox Corporation | System and method for conveying print device status information using a light indicator feedback mechanism |
| JP6549530B2 (en) * | 2016-06-23 | 2019-07-24 | 東芝ホームテクノ株式会社 | Cooking device |
| JP7097844B2 (en) | 2019-03-29 | 2022-07-08 | キヤノン株式会社 | Recording device |
| JP7321326B2 (en) * | 2019-03-29 | 2023-08-04 | キヤノン株式会社 | Inkjet recording apparatus and its control method |
| US11390410B2 (en) | 2020-11-05 | 2022-07-19 | Zebra Technologies Corporation | Indicator assembly for media processing devices |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4063399B2 (en) * | 1998-04-23 | 2008-03-19 | アビリット株式会社 | Slot machine |
| JP2005084460A (en) * | 2003-09-10 | 2005-03-31 | Seiko Epson Corp | Light guide body for indicator, and button switch, recorder and liquid jetting device equipped therewith |
| JP4587664B2 (en) * | 2003-12-19 | 2010-11-24 | パナソニック株式会社 | Light emitting device |
| JP2007286297A (en) * | 2006-04-17 | 2007-11-01 | Kyocera Mita Corp | Image forming apparatus |
| JP2008021512A (en) * | 2006-07-12 | 2008-01-31 | Aisin Aw Co Ltd | Switch panel device |
| JP4989368B2 (en) * | 2007-08-27 | 2012-08-01 | 京セラドキュメントソリューションズ株式会社 | Display unit structure and image forming apparatus having the display unit structure |
| JP2011194576A (en) * | 2010-03-17 | 2011-10-06 | Seiko Epson Corp | Operation panel unit and electronic device |
-
2015
- 2015-05-13 JP JP2016519295A patent/JP6588011B2/en active Active
- 2015-05-13 CN CN201590000577.0U patent/CN207120567U/en active Active
- 2015-05-13 WO PCT/JP2015/063828 patent/WO2015174470A1/en active Application Filing
Also Published As
| Publication number | Publication date |
|---|---|
| JPWO2015174470A1 (en) | 2017-04-20 |
| JP6588011B2 (en) | 2019-10-09 |
| WO2015174470A1 (en) | 2015-11-19 |
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