CN105120715A - Cabinet - Google Patents

Cabinet Download PDF

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Publication number
CN105120715A
CN105120715A CN201480021355.7A CN201480021355A CN105120715A CN 105120715 A CN105120715 A CN 105120715A CN 201480021355 A CN201480021355 A CN 201480021355A CN 105120715 A CN105120715 A CN 105120715A
Authority
CN
China
Prior art keywords
cabinet
main body
mounting base
lighting device
door
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201480021355.7A
Other languages
Chinese (zh)
Other versions
CN105120715B (en
Inventor
藤本良平
棚田慎哉
中谷明子
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Panasonic Intellectual Property Management Co Ltd
Original Assignee
Panasonic Intellectual Property Management Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from JP2013086864A external-priority patent/JP6323769B2/en
Priority claimed from JP2013086865A external-priority patent/JP6111505B2/en
Priority claimed from JP2014081054A external-priority patent/JP6667152B2/en
Priority claimed from JP2014081053A external-priority patent/JP6555607B2/en
Priority claimed from JP2014081055A external-priority patent/JP6614524B2/en
Application filed by Panasonic Intellectual Property Management Co Ltd filed Critical Panasonic Intellectual Property Management Co Ltd
Priority to CN201910090011.6A priority Critical patent/CN110089861A/en
Publication of CN105120715A publication Critical patent/CN105120715A/en
Application granted granted Critical
Publication of CN105120715B publication Critical patent/CN105120715B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V33/00—Structural combinations of lighting devices with other articles, not otherwise provided for
    • F21V33/0004—Personal or domestic articles
    • F21V33/0012—Furniture
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B67/00—Chests; Dressing-tables; Medicine cabinets or the like; Cabinets characterised by the arrangement of drawers
    • A47B67/02—Cabinets for shaving tackle, medicines, or the like
    • G—PHYSICS
    • G02—OPTICS
    • G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
    • G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
    • G02B6/0001—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings specially adapted for lighting devices or systems
    • G02B6/0011—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings specially adapted for lighting devices or systems the light guides being planar or of plate-like form
    • G02B6/0033—Means for improving the coupling-out of light from the light guide
    • G02B6/005—Means for improving the coupling-out of light from the light guide provided by one optical element, or plurality thereof, placed on the light output side of the light guide
    • G02B6/0055—Reflecting element, sheet or layer
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B2220/00—General furniture construction, e.g. fittings
    • A47B2220/0075—Lighting
    • A47B2220/0077—Lighting for furniture, e.g. cupboards and racks
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B67/00—Chests; Dressing-tables; Medicine cabinets or the like; Cabinets characterised by the arrangement of drawers
    • A47B67/005—Mirror cabinets; Dressing-tables
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2115/00—Light-generating elements of semiconductor light sources
    • F21Y2115/10—Light-emitting diodes [LED]

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  • Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Optics & Photonics (AREA)
  • Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)

Abstract

The invention provides a cabinet. The cabinet according to the present invention is provided with a cabinet main body, doors, and an illumination unit. An accommodation space which opens to the front is formed in the cabinet main body. The doors are provided to a front side of the cabinet main body, and openably/closably occlude the accommodation space. The illumination unit is provided, side by side with respect to the doors, to the front side of the cabinet main body. The illumination unit is provided with at least one attachment base, and an illumination device. The attachment base is attached to the cabinet main body. The illumination device is attached to a front side of the attachment base.

Description

Cabinet
Technical field
The present invention relates in general to cabinet, more specifically relates to the cabinet possessing lighting device.
Background technology
In No. 2007-98034th, Japanese Laid-Open Patent Publication (hereinafter referred to as document 1), disclose cabinet in the past.Cabinet described in the document 1 is provided with lighting device on the door of the accommodation space of enclosures main body.This door possesses Men Tiyu runner plate.Mirror body is installed on before a body.Lighting device is installed as before mirror body arranged side by side with mirror body.
, the lighting device of document 1 is directly installed on a body.Therefore, according to the thickness of lighting device, the front end of this lighting device is greatly outstanding before mirror body, or is greatly positioned at rear side compared with before mirror body.
Summary of the invention
The present invention proposes in view of said circumstances, and its problem is, provides a kind of cabinet that can configure the position of the front end of lighting device according to the position before door.
The cabinet of the 1st mode involved in the present invention possesses cabinet main body, door and lighting unit.In cabinet main body, be formed with the accommodation space of forwards opening.Door is located at the front side of cabinet main body and openedly and closedly can be closed accommodation space.Lighting unit and door are located at the front side of cabinet main body side by side.Lighting unit has at least one mounting base and lighting device.Mounting base is installed relative to cabinet main body.Lighting device is installed on the front side of mounting base.
Accompanying drawing explanation
Fig. 1 is the major part horizontal sectional drawing of the cabinet of embodiment 1, is the part A enlarged drawing of Fig. 3.
Fig. 2 is the front view of the dresser that washes one's face of the cabinet possessing embodiment 1.
Fig. 3 is the horizontal sectional drawing of the cabinet of embodiment 1.
Fig. 4 is the front view unloading the cabinet behind the door in left side of embodiment 1.
Fig. 5 is the major part oblique view of the state of Xiamen of unloading of the cabinet of embodiment 1.
Fig. 6 is the major part front view of the state of Xiamen of unloading of the cabinet of embodiment 1.
Fig. 7 is the B-B ' line profile of Fig. 6.
Fig. 8 is the upward view of the lighting device of embodiment 1.
Fig. 9 is the exploded perspective view of the lighting unit of embodiment 1.
Figure 10 is the exploded perspective view of the lighting unit of embodiment 1.
Figure 11 is the profile of the cabinet having installed the large door of thickness and mounting base corresponding with it.
Figure 12 is the oblique view of the lighting unit of the cabinet representing embodiment 2.
Figure 13 is the horizontal sectional drawing of the cabinet of embodiment 2.
Figure 14 is the part A enlarged drawing of Figure 13.
Figure 15 be the lighting unit of embodiment 2 from downside and front side time oblique view.
Figure 16 represents the oblique view from the state after mounting base unloads lower lighting device in the lighting unit of embodiment 2.
Figure 17 represents the mounting base of embodiment 2 and is installed on this oblique view of light source module.
Figure 18 is the major part oblique view being provided with the cabinet of ferromagnetic and magnet representing embodiment 2.
Figure 19 is the oblique view of the cabinet of embodiment 3.
Figure 20 A is the profile of the cabinet of embodiment 3.Figure 20 B is the major part enlarged drawing of Figure 20 A.
Figure 21 is the exploded perspective view of the cabinet of embodiment 3.
Figure 22 A is the oblique view of the lighting device of embodiment 3.Figure 22 B is the exploded perspective view of lighting device.
Figure 23 is the profile of the cabinet of the variation of embodiment 3.
Figure 24 is the exploded perspective view of the cabinet main body of embodiment 4.
Figure 25 is the major part profile of the cabinet of embodiment 4.
Figure 26 A is the oblique view of the lighting device of embodiment 4.Figure 26 B is the exploded perspective view of lighting device.
Figure 27 is the exploded view of the lighting unit of embodiment 4.
Figure 28 is the major part profile of the cabinet of embodiment 4.
Figure 29 is the exploded perspective view of the cabinet of embodiment 5.
Figure 30 is the oblique view of the cabinet of embodiment 5.
Figure 31 is the top view of the cabinet of embodiment 5.
Figure 32 is the major part horizontal sectional drawing of the cabinet of embodiment 5.
Figure 33 is the exploded perspective view of the lighting device of embodiment 5.
Figure 34 is the oblique view that the diagram of the lighting device and door that eliminate a side of the cabinet of embodiment 5 obtains.
Figure 35 is the oblique view of the cabinet of the variation of embodiment 5.
Figure 36 is the exploded perspective view of the cabinet of the variation of embodiment 5.
Figure 37 is the side view of the cabinet of the further variation of embodiment 5.
Detailed description of the invention
(embodiment 1)
Fig. 2 shows the dresser that washes one's face of the cabinet 1 comprising present embodiment.In the following, with the direction under the state that arranges of the cabinet 1 shown in Fig. 2 for benchmark describes.That is, following, the direction shown in D1 in definition Fig. 2 is top, the direction shown in D2 is that below describes.In the following, the direction shown in D3 in definition Fig. 3 is defined as, the direction shown in front, D4 is rear, the direction shown in D5 is left, the direction shown in D6 is that right describes.
The dresser that washes one's face shown in Fig. 2 possesses commode 2 and cabinet 1.Commode 2 is arranged on floor making side below under the state of the wall in room.
Commode 2 possesses washing basin 20.Washing basin 20 is located at the top of commode 2.On washing basin 20, be formed with the pond portion (not shown) of the opening upward of caving in downwards.Rearward end on washing basin 20, is formed with standing wall portion 200 outstanding upward.
As shown in Figure 3, the cabinet 1 of present embodiment possesses cabinet main body 3, multiple lighting unit 4 and multiple door 8.
Cabinet main body 3 is such as synthetic resin system.In addition, the material of cabinet main body 3 is not limited to synthetic resin.
Cabinet 1 such as makes the side below of cabinet main body 3 along under the state of the wall in room, utilize multiple screws etc. to be fixed on wall.In addition, cabinet main body 3 also can not be fixed on the wall in room.
Cabinet main body 3 is configured at the top of the standing wall portion 200 of commode 2.Cabinet main body 3 is forwards given prominence to compared with the standing wall portion 200 of commode 2.
As shown in Figure 4, the cabinet main body 3 of present embodiment has ceiling portion 30 (top board), bottom 31, pair of sidewalls portion 32 (pair of side plates), rear wall parts 33, multiple accommodation space 34 and multiple partition wall portion 35 (Fig. 3).Below, when special differentiation, the sidewall portion 32 in the left side in the sidewall portion 32 of the both sides of cabinet main body 3 is designated as sidewall portion 32A, and the sidewall portion 32 on right side is designated as sidewall portion 32B.
Be above cabinet main body 3 above ceiling portion 30.Be below cabinet main body 3 below bottom 31.The outside of both sides wall portion 32 is the lateral surface of cabinet main body 3.Be after cabinet main body 3 after rear wall parts 33.
As shown in Figure 3, multiple accommodation space about 34 is formed side by side.In the present embodiment, accommodation space 34 is located at both sides and 3 places altogether of central authorities of the left and right directions of cabinet main body 3.Each accommodation space 34 opening toward the front.
Below, when special difference, the accommodation space 34 being formed at the left side of cabinet main body 3 is designated as accommodation space 34A.In addition, the accommodation space 34 being formed at the central authorities of the left and right directions of cabinet main body 3 is designated as accommodation space 34B.In addition, the accommodation space 34 being formed at the right side of cabinet main body 3 is designated as accommodation space 34C.
Between the both sides wall portion 32 of cabinet main body 3, as shown in Figure 3,2 partition wall portion 35 are formed.Two partition wall portion about 35 are arranged side by side.Each partition wall portion 35 is given prominence to toward the front from rear wall parts 33.That is, partition wall portion 35 is formed at the left and right sides of the part between the both sides wall portion 32 of rear wall parts 33.Each partition wall portion pipe 35 is for perpendicular long.Each partition wall portion 35 is formed into bottom 31 from ceiling portion 30.
Rear is positioned at compared with before ceiling portion 30 and before bottom 31 before each partition wall portion 35.In addition, before ceiling portion 30 be same position in the longitudinal direction before bottom 31.
Below, when special differentiation, the partition wall portion 35 being formed at the left side of cabinet main body 3 is designated as partition wall portion 35A, and the partition wall portion 35 being formed at the right side of cabinet main body 3 is designated as partition wall portion 35B.
Under master looks observation, the accommodation space 34A in the left side of cabinet main body 3 is the space surrounded by the partition wall portion 35A in the sidewall portion 32A in left side, left side, ceiling portion 30 and bottom 31.Under master looks observation, the accommodation space 34B of the central authorities of cabinet main body 3 is the space surrounded by two partition wall portion 35A, 35B, ceiling portion 30 and bottom 31.The partition wall portion 35A in left side is between the accommodation space 34A and the accommodation space 34B of central authorities in left side.Namely, the partition wall portion 35A in left side is the part between the accommodation space 34A in left side and the accommodation space 34B of central authorities.
Under master looks observation, the accommodation space 34C on the right side of cabinet main body 3 is the space surrounded by the partition wall portion 35B on the sidewall portion 32B on right side, right side, ceiling portion 30 and bottom 31.The partition wall portion 35B on right side is between the accommodation space 34C and the accommodation space 34B of central authorities on right side.Namely, the partition wall portion 35B on right side is the part between the accommodation space 34C on right side and the accommodation space 34B of central authorities.
Like this, the space surrounded by sidewall portion 32 and the rear wall parts 33 of ceiling portion 30, bottom 31, both sides of cabinet main body 3 is by erecting 2 long partition wall portion 35 intervals.Accordingly, in cabinet main body 3, be formed with the incorporating section that multiple inside becomes accommodation space 34.
As shown in Figures 1 to 3, each lighting unit 4 is located at the front side of cabinet main body 3.In the present embodiment, each partition wall portion 35 is provided with lighting unit 4.
As shown in Figure 1, each lighting unit 4 possesses mounting base 6 and lighting device 5.Microscler (perpendicular long) of the mounting base 6 for extending along the vertical direction of each lighting unit 4, section is formed as U-shaped in total length.
The mounting base 6 of each lighting unit 4 is installed on partition wall portion 35.In this condition, mounting base 6 below against and before contact interval wall portion 35.
Each mounting base 6 is such as formed by the metal material of the thermal conductivity excellences such as aluminium, iron, copper.The section shape of the mounting base 6 of each lighting unit 4 is formed as the U-shaped of forwards opening.The mounting base 6 of each lighting unit 4 is except being formed with screw hole 600 described later part, and the shape of section orthogonal to the longitudinal direction is the same on whole length direction.The mounting base 6 of each lighting unit 4 is formed by cutting off strip member.Strip member is longer than mounting base 6, and the shape of section orthogonal to the longitudinal direction is identical with mounting base 6.In addition, the mounting base 6 formed by a strip member both can be one, also can be many.
Each mounting base 6 has back panel 61 and a pair side band part 60.Back panel 61 forms the deep part of mounting base 6.Be after mounting base 6 after back panel 61.Side band part 60 is given prominence to toward the front from the both sides (detailed is both side ends) of back panel 61.The outside of each side band part 60 is the lateral surface of mounting base 6.
Each mounting base 6 has forwards and the accommodating groove 62 of upper and lower opening.The accommodating groove 62 of each mounting base 6 is formed with back panel 61 by two side band parts 60.Accommodating groove 62 is formed in the total length of the above-below direction of mounting base 6.The inside of accommodating groove 62 is before back panel 61.The medial surface of accommodating groove 62 is the inner face of side band part 60.
The cabinet main body 3 of present embodiment also has shown in Fig. 1 or Fig. 5, multiple recess 37 and multiple embedded groove portion 36.
As shown in Figure 5, recess 37 be formed on the ceiling portion 30 of cabinet main body 3 with the corresponding part of each partition wall portion 35.Each recess 37 caves in downward.The bottom surface of each recess 37 is the part above ceiling portion 30.Each recess 37 is formed as rectangular shape under top view, upward and front openings.
Embedded groove portion 36 is formed in the bottom 31 of cabinet main body 3 and ceiling portion 30 with before the corresponding part of each partition wall portion 35.Each embedded groove portion 36 forwards opening.Below, when special differentiation, the embedded groove portion 36 (with reference to Figure 10) being formed at ceiling portion 30 is designated as embedded groove portion 36A, the embedded groove portion 36 (with reference to Fig. 1) being formed at bottom 31 is designated as embedded groove portion 36B.
As shown in Figure 10, each embedded groove portion 36A being formed at ceiling portion 30 is formed at the leading section of the bottom surface of each recess 37.The end of either party in the left and right directions of recess 37 of embedded groove portion 36A is arranged.Each embedded groove portion 36A up/down perforation ceiling portion 30.The upper shed portion of each embedded groove portion 36A is formed at the bottom surface of recess 37.Each embedded groove portion 36A is from upper shed portion opening upward.
As shown in Figure 1, be formed at bottom 31 each embedded groove portion 36B up/down perforation bottom 31.The under shed portion of each embedded groove portion 36B is formed at below bottom 31.Each embedded groove portion 36B is under shed portion opening downward.
As shown in Figure 5, the upper end of each mounting base 6 is embedded in the embedded groove portion 36A in the ceiling portion 30 of cabinet main body 3.Accommodating groove 62 opening upward of each mounting base 6, leads to corresponding recess 37.
As shown in Figure 1, the bottom of each mounting base 6 is embedded in the embedded groove portion 36B (lower end part of mounting base 6 is in embedded groove portion 36B) of the bottom 31 of cabinet main body 3.Accommodating groove 62 opening downward of each mounting base 6, leads to the downside of the bottom 31 of cabinet main body 3.
The back panel 61 of each mounting base 6 is fixed on partition wall portion 35 by the screw 13 inserted from front.Accordingly, the partition wall portion 35 at the position between the accommodation space 34 that left and right is arranged side by side in as cabinet main body 3, is provided with the accommodating groove 62 of forwards opening.
The leading section of two side band parts 60 of each mounting base 6 is forwards given prominence to compared with the ceiling portion 30 of cabinet main body 3 and bottom 31.
Microscler (perpendicular long) of each lighting device 5 for extending along the vertical direction.Each lighting device 5 is installed on the front side of corresponding mounting base 6.Namely, each lighting device 5 is installed on the front side of cabinet main body 3 via the mounting base 6 of correspondence.
As shown in Figure 9, each lighting device 5 possesses light guide member 51 and light source module 54.Each lighting device 5 of present embodiment also possesses support (holder) 50, lower cap 52 (with reference to Fig. 8), upper cap 53, fin 55, heat sink 56, front cover 57 and heat sink lid 58.
The support 50 of each lighting device 5 is the parts of the perpendicular length vertically extended.Each support 50 is such as synthetic resin system.
The lower-upper length of the support 50 of each lighting device 5 is roughly the same with corresponding mounting base 6.The support 50 of each lighting device 5 has retention groove portion 500.Each retention groove portion 500 opening toward the front.Each retention groove portion 500 is throughout the formation up and down of support 50.
The light guide member 51 of each lighting device 5 is formed as perpendicular long bar-shaped.The shape of the section orthogonal with the length direction of this light guide member 51 of each light guide member 51 is identical on whole length direction.The lower-upper length of each light guide member 51 is roughly the same with the lower-upper length of corresponding support 50.Each light guide member 51 is formed by the resin that such as acrylic resin or Merlon etc. are transparent.Each light guide member 51 has light transmission.Each light guide member 51 by being embedded in retention groove portion 500 as shown in Figure 1, thus is held in corresponding support 50.
As shown in Figure 9, each light guide member 51 has light in part 510 (plane of incidence), reflecting part 511 and light out part 512 (exit facet).The upper surface of each light guide member 51 is exposed from the upper shed portion in the retention groove portion 500 of support 50 towards the top of support 50.In the present embodiment, the upper surface of each light guide member 51 is light in part 510.The light in part 510 of each light guide member 51 is configured at the position of the light incidence that the light source 541 that has for light source module 54 sends.
As shown in Figure 1, after each light guide member 51, reflecting part 511 is provided with.The reflecting part 511 of each light guide member 51 is by arranging reflexive material through printing or evaporation below or arranging fine concavo-convex or arrange reflecting part through injection mo(u)lding altogether and assign to be formed at such as light guide member 51.
The process that the light being incident to light guide member 51 from the light in part 510 of each light guide member 51 is advanced downward in the inside of each light guide member 51, spread and lateral reflection forward through reflecting part 511.In other words, the reflecting part 511 of each light guide member 51 is configured to will to be incident to from light in part 510 the light diffusion of light guide member 51 and lateral reflection forward.
The light out part 512 of each light guide member 51 is before the front of light guide member 51.The light out part 512 of each light guide member 51 exposes from the open front portion in the retention groove portion 500 of support 50 towards the front of support 50.The light out part 512 of each light guide member 51 is configured to the light reflected through reflecting part 511 to penetrate to front side.
The lower cap 52 (with reference to Fig. 8) of each lighting device 5 configures along the lower surface of support 50.The lower cap 52 of each lighting device 5 is installed on the bottom of support 50 by the screw 14 shown in Fig. 8.The lower cap 52 of each lighting device 5 be positioned at be held in support 50 light guide member 51 immediately below.The lower cap 52 of each lighting device 5 limits light guide member 51 movement downwards.
Upper cap 53 shown in Fig. 9 of each lighting device 5 covers the upper end of support 50.Accordingly, the upper end of each support 50 is embedded in the inner side of corresponding upper cap 53.
The upper cap 53 of each lighting device 5 be positioned at be held in support 50 light guide member 51 directly over.The upper cap 53 of each lighting device 5 limits light guide member 51 movement upward.
The upper cap 53 of each lighting device 5 has window portion 530.The window portion 530 of each upper cap 53 is formed at the opposed part of light in part 510 with light guide member 51 on upper cap 53.The window portion 530 of each upper cap 53 is such as hole or otch.Window portion 530 up/down perforation of each upper cap 53.
On the upper cap 53 of each lighting device 5, one is loaded by circuit substrate 540 that light source module 54 has face-down.A part below the circuit substrate 540 of each lighting device 5 is opposed with the window portion 530 of corresponding upper cap 53.
At the circuit substrate 540 of each lighting device 5, be provided with light source 541.In the present embodiment, the light source module 54 of each lighting device 5 is made up of circuit substrate 540 and light source 541.Light source 541 is spot light, such as, be light emitting diode.In addition, light source 541 both can be the spot light beyond light emitting diode, also can be the light source beyond spot light.
The light source 541 of each lighting device 5 is arranged on the part in the face of window portion 530 below corresponding circuit substrate 540.
The light source 541 of each lighting device 5 is configured at the window portion 530 of cap 53, opposed with the light in part 510 of light guide member 51.The light source 541 of each lighting device 5 irradiates light downward.In addition, the light source 541 of present embodiment is only provided with one in order to suppress the caloric value of light source module 54 at circuit substrate 540, but also can arrange multiple.
On the circuit substrate 540 of each lighting device 5, be laminated with fin 55.Each fin 55 of present embodiment is directly laminated in above circuit substrate 540.Fin 55 is such as formed by the material of the thermal conductivity excellences such as silicone.
On the circuit substrate 540 of each lighting device 5 (being specifically on fin 55), be configured with heat sink 56.Each heat sink 56 is the radiating parts making the thermal transpiration produced at light source module 54.
The heat sink 56 of each lighting device 5 is formed by the material of thermal conductivity excellence.Each heat sink 56 is the metal such as such as aluminium.In addition, each heat sink 56 such as also can be formed by the material beyond the aluminium such as iron, copper.
The heat sink 56 of each lighting device 5 is formed as rectangular shape under top view.Each heat sink 56 has protuberance 560.The protuberance 560 of each heat sink 56 is formed at the side end of a side of the leading section of heat sink 56.Each protuberance 560 is given prominence to toward the front from the side end of heat sink 56.
Be the bight of protuberance 560 side of each heat sink 56 of rectangular shape under top view, the part comprising the front side of protuberance 560 is clamping part 561.In addition, be the bight of protuberance 560 side of each heat sink 56 of rectangular shape under top view, the part of rear side is fixed part 562 compared with clamping part 561.
The fixed part 562 of each heat sink 56 is directly positioned on corresponding upper cap 53.At the fixed part 562 of each heat sink 56, the multiple screws 70 as fixer are inserted from top.These screws 70 are screwed into corresponding support 50 through upper cap 53.Accordingly, each heat sink 56 is installed on corresponding support 50.The upper cap 53 of each lighting device 5 is sandwiched up and down thus is fixed between support 50 and the fixed part 562 being mounted to this support 50 by screw 70.
The clamping part 561 of the heat sink 56 of each lighting device 5 is configured on circuit substrate 540 via fin 55.In each lighting device 5, by clamping part 561 with upper cap 53 from sandwiching circuit substrate 540 and fin 55 up and down.Accordingly, the heat sink 56 of each lighting device 5 is thermally coupled to circuit substrate 540 via fin 55.
If the light source 541 of light source module 54 is luminous in each lighting device 5, then light source 541 and the circuit substrate 540 that is provided with light source 541 generate heat.The heat produced at light source module 54 like this conducts to heat sink 56 via fin 55, disperses from heat sink 56.
The front cover 57 of each lighting device 5 is the perpendicular microscler shape extended along the vertical direction.Each front cover 57 is such as synthetic resin system.The lower-upper length of each front cover 51 is roughly the same with the lower-upper length of corresponding support 50 and the lower-upper length of light guide member 51.
As shown in Figure 1, the front cover 57 of each lighting device 5 is the U-shaped of rearward opening.The shape of the section orthogonal to the longitudinal direction of the front cover 57 of each lighting device 5 of present embodiment is identical on whole length direction.
The front cover 57 of each lighting device 5 has anter portion 570 and a pair extension stops sheet portion 571.Be before front cover 57 before anter portion 570.The only sheet portion 571 that hangs is outstanding from the both sides in anter portion 570 towards rear.
The front cover 57 of each lighting device 5 hangs over by hanging only sheet portion 571 by two and fixes (only hanging) in the front portion of support 50, thus is mounted to support 50 in the mode covered before light guide member 51 from front side.The anter portion 570 of the front cover 57 of each lighting device 5 is positioned at the leading section of lighting device 5.Be before lighting device 5 before each front cover 57.
The front cover 57 of each lighting device 5 has light transmission.The anter portion 570 of the light transmission front cover 57 penetrated from the light out part 512 of the light guide member 51 of each lighting device 5 penetrates to the front side of cabinet main body 3.Namely, each front cover 57 becomes the luminous component forwards sending light in lighting device 5.
As shown in Figure 9, the heat sink lid 58 of each lighting device 5 is formed as the thin box like of the thickness of opening downwards.As shown in Figure 6, each heat sink lid 58 covers heat sink 56.The heat sink 56 of each lighting device 5 is embedded in heat sink lid 58, and is accommodated in heat sink lid 58.
As shown in Figure 9, the heat sink lid 58 of each lighting device 5 has teat 582 and multiple extension stop 583.The teat 582 of each heat sink lid 58 is positioned at the side end of the front face 580 of heat sink lid 58.The horizontal cross-sectional shape of the teat 582 of each heat sink lid 58 is the U-shaped of rearward opening.The teat 582 of each heat sink lid 58 bends in the mode of forwards giving prominence to from heat sink lid 58.In the teat 582 of each heat sink lid 58, be accommodated with the protuberance 560 of heat sink 56.
In the front and back of the lower limb of the both sides face 581 of each heat sink lid 58, be formed and hang stop 583.Each extension stop 583 is given prominence to downward from the side surface part 581 of heat sink lid 58.
As shown in Figure 6, each stop 583 of hanging has claw 584.Claw 584 is formed at the bottom of each extension stop 583.Each claw 584 is given prominence to towards side in heat sink lid 58 (inner side of left and right directions).
The claw 584 of each extension stop 583 hangs over and is fixed on below the lateral edge portion of corresponding heat sink 56.Heat sink lid 58 is installed on heat sink 56 accordingly.
As shown in Figure 1, the support 50 of lighting device 6 is embedded in the accommodating groove 62 of mounting base 6.
The support 50 of each lighting device 5 has restricting portion 503.The restricting portion 503 of each lighting device 5 has a pair by extension stop 504.Both sides after the support 50 of each lighting device 5, are formed with hook sheet portion 501.Each hook sheet portion 501 is outstanding towards rear.Two hook sheet portions 501 of support 50 are formed at by extension stop 504.Respectively hung protruding outside from the rearward end in hook sheet portion 501 towards the width (left and right directions) of support 50 of stop 504.
On the other hand, each mounting base 6 has limiting unit 63.Limiting unit 63 limits the movement of the fore-and-aft direction of the restricting portion 503 of corresponding lighting device 5.
Each limiting unit 63 of present embodiment has a pair extension stop 630 and a pair back stop part 631.Hang each side band part 60 that stop 630 is formed at mounting base 6.Each extension stop 630 is given prominence to from the rear portion of side band part 60 towards the inner side of the width (left and right directions) of mounting base 6.
Back stop part 631 is formed at the left and right sides of the back panel 61 of mounting base 6.Each back stop part 631 is given prominence to toward the front from back panel 61.Each back stop part 631 is positioned at the rear of corresponding extension stop 630.
Each hook sheet portion 501 is embedded between the extension stop 630 of the correspondence of mounting base 6 and corresponding back stop part 631 by extension stop 504.Accordingly, respectively stop 504 in the longitudinal direction mobile restricted is hung.Namely, respectively stop 504 is hung and is hung over below thus forwards mobile restricted of the extension stop 630 of the correspondence of mounting base 6.In addition, respectively opposed with corresponding back stop part 631 by extension stop 504, be configured at the close front of this back stop part 631 or be in contact with it.Accordingly, respectively rearward mobile restricted by extension stop 504.(namely, limiting unit 63 does not limit the movement of the above-below direction of restricting portion 503) can be slided along the vertical direction relative to the limiting unit 63 of the mounting base 6 of correspondence in the restricting portion 503 of each lighting device 5.
The mounting base 6 of each lighting device 5 has one or more screw hole 600 (with reference to Fig. 5).The screw place of hole 600 only on the length direction of mounting base 6 is formed.In addition, as long as screw hole 600 is formed at same position on the length direction of mounting base 6, then both can be formed at two side band parts 60, also only can be formed at the side band part 60 of the side among two side band parts 60.
In each screw hole 600, insert the screw 71 as fixer from the outside of mounting base 6.Each screw 71 is screwed into corresponding support 50.Support 50 is fixed relative to the side band part 60 of mounting base 6 accordingly.Each support 50 only a place is in the longitudinal direction fixed by screw 71 relative to the mounting base 6 of correspondence, therefore being fixed on the part beyond mounting base 6 part by screw 71, can slide up and down relative to mounting base 6.Therefore, it is possible to suppress the difference of the expansion rate caused by the heat of mounting base 6 and support 50 to cause mounting base 6 or support 50 to be out of shape.
As shown in Figure 1, the support 50 of each lighting device 5 and light guide member 51 are forwards given prominence to compared with before the ceiling portion 30 of cabinet main body 3 and before bottom 31.In addition, the position (specifically rear position) roughly the same with before each door 8 of closed accommodation space 34 is configured in the longitudinal direction before the front cover 57 of each lighting device 5.
As shown in Figure 6, in each recess 37 of cabinet main body 3, be configured with heat sink 56 and the heat sink lid 58 of corresponding lighting device 5.The heat sink lid 58 of each lighting device 5 embeds the recess 37 of the correspondence of cabinet main body 3.
As shown in Figure 7, each extension stop 583 of each heat sink lid 58 the lower end lower end of claw 584 (specifically for) against and contact the recess 37 of the correspondence of cabinet main body 3 bottom surface or be configured at cabinet main body 3 correspondence recess 37 bottom surface near.Accordingly, with between the bottom surface of corresponding recess 37 below each heat sink 56, the space 12 (gap) be positioned at immediately below heat sink 56 is formed with.
At the front face 580 except protuberance 560 of each heat sink lid 58 and between the front edge portion of the bottom surface of corresponding recess 37, be formed with the opening 10 shown in Fig. 5.The space 12 being positioned at the downside of each heat sink 56 opens to the front of the foreign side becoming cabinet main body 3 from opening 10.Therefore, the heat conducting to each heat sink 56 is discharged from the space 12 of correspondence via the front side of opening 10 to the outside becoming cabinet main body 3.
The rear side of the light guide member 51 in the accommodating groove 62 of each mounting base 6, is formed with the ventilation path 74 shown in Fig. 1.The space of each ventilation path 74 for being surrounded with the rear face of support 50 by the accommodating groove 62 of mounting base 6 under top view.Each ventilation path 74 extends along the vertical direction, is perpendicular length.Each ventilation path 74 is formed in the roughly total length of the above-below direction of accommodating groove 62.
As shown in Fig. 1 and Fig. 8, the lower cap 52 being located at the bottom of each support 50 is positioned at the front of the back panel 61 of mounting base 6.Be situated between lower cap 52 and back panel 61 and have gap 73.The bottom of each ventilation path 74 opens via foreign side's (being specifically below) of gap 73 to cabinet main body 3.Accordingly, the space of the below of cabinet main body 3 is led in the bottom of each ventilation path 74.
The air being present in the outside of cabinet main body 3 is directed into each ventilation path 74 via gap 73.Namely the gap 73, being located at the bottom of each support 50 becomes the air entry for importing the air of the outside of cabinet main body 3 to the ventilation path 74 of correspondence.
The space 12 be positioned at immediately below heat sink 56 is led in the upper end of each ventilation path 74.In order to make the upper end of each ventilation path 74 lead to space 12, such as shown in Figure 7, the rear portion being configured at the upper cap 53 on support 50 is configured at the top of the upper surface of support 50 across gap 72.In this situation, be formed with gap 72 between the upper surface of support 50 and the rear portion of upper cap 53, the space 12 immediately below heat sink 56 is led to via gap 72 in the upper end of ventilation path 74.Therefore, after the air being present in ventilation path 74 rises in ventilation path 74, import space 12 via gap 72, after this, derive from space 12 via the front of opening 10 to cabinet main body 3.In addition, the method that space 12 is led in the upper end of ventilation path 74 is made to be not limited thereto.Such as, also can form the hole that ventilation path 74 is communicated with space 12 on upper cap 53, make the upper end of ventilation path 74 lead to space 12 by this hole.
Multiple doors 8 (with reference to Fig. 2) that cabinet 1 has are located at before cabinet main body 3.As shown in Figure 3, in the present embodiment, each accommodation space 34 for cabinet main body 3 is provided with door 8.
Each door 8 of present embodiment is the mirror gate of minute surface before being.Namely, the cabinet 1 of present embodiment forms the mirror cabinet that door 8 is above mirror gate.Multiple door 8 is installed side by side with lighting unit about 4 before cabinet main body 3.
In the side end as suspension of each door 8, upper end is installed on before the ceiling portion 30 of cabinet main body 3 via door leaf 11.In addition, in the side end as suspension of each door 8, bottom is installed on before the bottom 31 of cabinet main body 3 via door leaf 11.
Like this, each door 8 is installed on cabinet main body 3 via door leaf 11, therefore, it is possible to left-right rotation play the position in the front of open accommodation space 34 from the position of the accommodation space 34 of closed correspondence till.In addition, each door 8 being configured at the position of closed accommodation space 34 is configured at the ceiling portion 30 of cabinet main body 3 and the front side of bottom 31, covers the front side of ceiling portion 30 and bottom 31.
Below, when special difference, the door 8 being configured at the left side of cabinet 1 is designated as a 8A.In addition, the door 8 being configured at the central authorities of the left and right directions of cabinet 1 is designated as a 8B.In addition, the door 8 being configured at the right side of cabinet 1 is designated as a 8C.
When closing each door 8, between the door 8B and the door 8A in left side of central authorities and between the door 8B of central authorities and the door 8C on right side, form gap 15 (with reference to Fig. 1).As shown in Figure 1, in these gaps 15, be configured with the leading section of forwards giving prominence to from the mounting base 6 of lighting device 5.Namely, in these gaps 15, the entirety of front cover 57, the leading section of support 50 and the front portion of light guide member 51 is configured with.
The each lighting device 5 being located at cabinet 1 is luminous by light source 541, sends light thus from light guide member 51 to the front side of cabinet 1.The light specifically irradiated down from light source 541 imports light guide member 51 from the light in part 510 of the upper surface as light guide member 51, after this, in the process of the lower end side towards light guide member 51, spreads also lateral reflection forward through reflecting part 511.This light penetrates from light out part 512 to front side, and the anter portion 570 through the front cover 57 between adjacent door 8 penetrates to the front side of cabinet 1.Accordingly, utilize the user of the minute surface be located at before door 8 can utilize the light penetrated through front cover 57 from light out part 512, carry out making up or washing one's face.
When the light source 541 of each lighting device 5 is luminous, light source 541 and the circuit substrate 5 of each lighting device 5 generate heat.This heat conducts to the heat sink 56 be located at above as the outside of cabinet main body 3 via fin 55, disperse through heat sink 56.
In addition, door 8C, 8A of the left and right of the cabinet 1 of present embodiment press each model difference of cabinet 1.Therefore, cabinet 1 possesses door 80,81 door 8C, 8A as left and right of the different multiple types of front and back thickness.Further, as door 8C, 8A of left and right, the door 80,81 adopting thickness different by each cabinet 1.In addition, door 8C, 8A of the left and right of identical cabinet 1 adopt the door (namely, the thickness of the door 8A in left side is identical with the thickness of the door 8C on right side) of the same race that thickness is identical.
In addition, the cabinet 1 of present embodiment possesses mounting base 6a, 6b of the different multiple types of anterior-posterior length as mounting base 6.Further, for the mounting base 6 that each lighting unit 4 has, adopt according to the mounting base 6a that the thickness of door 8C, 8A of different left and right is selected among mounting base 6a, 6b of multiple types or mounting base 6b by each cabinet 1.
In the present embodiment, adopt as door 8C, 8A of left and right the door 81 (hereinafter referred to as " the 2nd 81 ") that the thickness shown in door that the thickness shown in Fig. 1 is thin 80 (following, be called " the 1st 80 ") or Figure 11 is thick.Therefore, by selecting the 1st 80 or the 2nd 81 as door 8C, 8A of left and right, the cabinet 1 that possesses the 1st shown in Fig. 1 80 and the cabinet 1 possessing the 2nd shown in Figure 11 81 can be manufactured.
Omit detailed diagram, the 1st shown in Fig. 1 80 is being formed on panel below, is provided with formation runner plate above and is integrally formed as a plate shape.When 1st the 80 door 8A as the left side of cabinet 1 utilizes, right side during closedown is as suspending side, and when the door 8C as right side utilizes, left side during closedown is as suspending side.Namely, when the door 8A as left side utilizes, the end on right side during closedown is mounted to cabinet main body 3 via door leaf 11, and when the door 8C as right side utilizes, the end in left side during closedown is mounted to cabinet main body 3 via door leaf 11.Therefore, under the state of the door 8B of the central authorities of closedown cabinet 1, by door 8C, 8A of left and right being turned to front side, the three fan doors 8 being located at cabinet main body 3 can be utilized as three mirror contact lens.
On the other hand, the 2nd 81 that the thickness shown in Figure 11 is thick has back door body 83, door leaf 84 and front door body 85.Door leaf 84 is installed on the side end of back door body 83.Front door body 85 can be installed on back door body 83 around the longitudinal axis (left and right) rotationally via door leaf 84.
Front door body 85 is and the 1st 80 roughly the same thickness.It is minute surface before front door body 85.As shown in figure 11, front door body 85 can turn to along the closed position before back door body 83 open position forwards left before back door body 83 from behind.
Omit diagram, back door body 83 be installed on cabinet main body 3 with the side end of door leaf 84 opposition side via door leaf 11.Therefore, back door body 83 is reverse direction with the opening direction of front door body 85.
Specifically, when the 2nd the 81 door 8A as the left side of cabinet 1 utilizes, left side during closedown is as suspending side, and the left side of back door body 83 is installed on cabinet main body 3 via door leaf 11.In addition, when the 2nd the 81 door 8C as the right side of cabinet 1 utilizes, right side during closedown is as suspending side, and the right side of back door body 83 is installed on cabinet main body 3 via door leaf 11.Accordingly, forwards opened by the back door body 83 of door 8C, 8A by left and right, corresponding accommodation space 34 can be opened.In addition, at the door 8B of the central authorities of closedown cabinet 1, and under the state of closing the back door body 83 of door 8C, 8A of left and right, the front door body 85 of door 8C, 8A of left and right is forwards opened, the three fan door 8A ~ 8C being located at cabinet main body 3 can be utilized as three mirror contact lens accordingly.Namely, by the 2nd 81 door 8C, 8A as the left and right of cabinet 1 is utilized, cabinet 1 can be utilized as double door type three mirror contact lens.
In addition, the 2nd 81 also can be: when the door 8A as left side utilizes, the right side of back door body 83 is mounted to cabinet main body 3 via door leaf 11, and when the door 8C as right side utilizes, the left side of back door body 83 is mounted to cabinet main body 3 via door leaf 11.In addition, in the present embodiment, the 2nd 81 is set to the door of the double door type of the front door body 85 that there is back door body 83 and can be installed on it rotationally, but the 2nd 81 also can be the door of a tabular.
At this, in the present embodiment, when door 8C, the 8A of the left and right as cabinet 1 adopt any Yishanmen 8 of the 1st 80 and the 2nd 81, the door 8B of the central authorities of cabinet 1 adopts the door with the 1st 80 same thickness.
In addition, the door 8B of central authorities is by changing door leaf 11 etc., even if door 8A, 8C are any one in the 1st 80 or the 2nd 81, also with before the door 8B when closing each door 8 with door 8A, 8C before be configured at same position in the longitudinal direction mode be installed on cabinet main body 3.In addition, the door 8B as the central authorities of cabinet 1 also can utilize the door of the same race with door 8C, 8A of left and right.
In addition, in the present embodiment, as mounting base 6, the mounting base 6a preparing to have the anterior-posterior length shown in Fig. 1 short is (following, be called " the 1st mounting base 6a ") and long mounting base 6b (hereinafter referred to as " the 2nd mounting base 6b ") this two kind of anterior-posterior length shown in Figure 11.
Lower-upper length and the left and right width of the 1st mounting base 6a and the 2nd mounting base 6b are identical.1st mounting base 6a is compared with the 2nd mounting base 6b, and the outstanding length of two side band parts 60 forwards outstanding from the both sides of back panel 61 shortens.
The limiting unit 63 of the 1st mounting base 6a shown in Fig. 1 is formed at the roughly the same position of distance from the front end in the longitudinal direction with the limiting unit 63 of the 2nd mounting base 6b shown in Figure 11.Specifically, the extension stop 630 being formed at two side band parts 60 of the 1st mounting base 6a shown in Fig. 1 is formed as the identical semi-spherical shape of size shape with the extension stop 630 of two side band parts 60 being formed at the 2nd mounting base 6b shown in Figure 11.Namely, the 1st mounting base 6a and the 2nd mounting base 6b has the extension stop 630 of common (size shape is identical).Therefore, on two mounting base 6a, 6b, can tangle and fix the support 50 of the lighting device 5 of common (size shape is identical).
In addition, from the 1st mounting base 6a below until the distance La (with reference to Fig. 1) in the longitudinal direction of extension stop 630 of the 1st mounting base 6a be shorter than from the 2nd mounting base 6b below until the distance Lb (with reference to Figure 11) in the longitudinal direction of extension stop 630 of the 2nd mounting base 6b.Specifically, distance La and the difference Δ L (Δ L=Lb-La) of distance Lb are the size roughly the same with the difference Δ t (Δ t=tb-ta) of the thickness tb of the 2nd 81 with the thickness ta of the 1st 80.
In addition, on the 2nd mounting base 6b, back stop part 631 is formed at each side band part 60.Each back stop part 631 of the 2nd mounting base 6b is outstanding towards side in mounting base 6b.
Like this, in the present embodiment, the limiting unit 63 of the 1st mounting base 6a is formed at the roughly the same position of distance from the front end in the longitudinal direction with the limiting unit 63 of the 2nd mounting base 6b.Therefore, when having installed in the 1st 80 and the 2nd 81 any Yishanmen 8 to cabinet main body 3, the front cover 57 of the luminous component becoming lighting device 5 can both have been made roughly consistent relative to the position in the longitudinal direction before the door 8 of closing.
In addition, omit diagram, be formed at the hole that the screw hole 600 of the 1st mounting base 6a is identical with shape sized by the screw hole 600 being formed at the 2nd mounting base 6b.Therefore, being formed at the screw hole 600 of the 1st mounting base 6a and being formed in the screw hole 600 of the 2nd mounting base 6b, the screw 71 of identical (size shape is identical) can be inserted.
Wherein, from the 1st mounting base 6a below until the 1st mounting base 6a screw hole 600 distance in the longitudinal direction with from the 2nd mounting base 6b below until the screw of the 2nd mounting base 6b exist by the distance in the longitudinal direction in hole 600 poor.This difference is the size roughly the same with the difference Δ t of the thickness tb of the 2nd 81 with the thickness ta of the 1st 80.Therefore, lighting device 5 common screw 71 can be utilized to be fixed in the 1st mounting base 6a and the 2nd mounting base 6b any one.Namely, lighting device 5 similarly can hang over and be fixed on any one in the 1st mounting base 6a and the 2nd mounting base 6b.
, cabinet in the past directly installs lighting device to cabinet main body.Therefore, in cabinet in the past, when the front side of cabinet main body and door arrange lighting device side by side, such as, when the thickness of door is thick, lighting device is easily configured at relative to door rearward position.In addition, when the thickness of door is thin, lighting device is easily configured in the position forward relative to door.Namely, there is following possibility, according to the thickness of door being located at cabinet main body, lighting device is greatly outstanding to front side compared with door, or is configured at side very rearward compared with door, and the outward appearance of cabinet is large for a change.In addition, thickness according to the door being located at cabinet main body is also worried and lighting device changes relative to the front and back position of door, the impression change of user when therefore utilizing lighting device.
To this, also consider to make the anterior-posterior length of lighting device according to the varied in thickness of door, but there is following possibility, namely all need lighting device by the door often fanning thickness different in this situation, the cost of cabinet can uprise.
The cabinet 1 of present embodiment can solve this problem in the past by following feature.
Namely, the cabinet 1 of present embodiment has the 1st feature shown below.Namely, cabinet 1 possesses cabinet main body 3, door 8 and lighting unit 4.In cabinet main body 3, be formed with the accommodation space 34 of forwards opening.Door 8 is located at the front side of cabinet main body 3 and openedly and closedly can be closed accommodation space 34.Lighting unit 4 and door 8 are located at the front side of cabinet main body 3 side by side.Lighting unit 4 has mounting base 6 and lighting device 5.Mounting base 6 is installed relative to cabinet main body 3.Lighting device 5 is installed on the front side of mounting base 6.
This cabinet 1 only changes mounting base 6 according to the thickness of door 8, just common lighting device 5 can be configured at the front and back position corresponding to the thickness of door 8.Therefore, it is possible to prevent the thickness due to door 8 from causing lighting device 5 greatly outstanding or be configured at side very rearward compared with door 8 to front side compared with door 8.In addition, no matter the thickness of door 8 how, making lighting device 5 roughly certain relative to the front and back position before door 8, also can give same impression when throwing light on for user.In addition, common lighting device 5 can be utilized, therefore, it is possible to suppress the increase of the cost of cabinet 1.
Consequently, cabinet according to the present embodiment, can be configured at the front and back position corresponding to the thickness of door by common lighting device.In addition, common lighting device can be utilized, therefore, it is possible to suppress the increase of cost.
In addition, preferably, the cabinet 1 with the 1st feature has the 2nd feature shown below.Cabinet 1 possesses the mounting base 6 (such as, the 1st mounting base 6a, the 2nd mounting base 6b) of the multiple types with different anterior-posterior length.The mounting base 6 being installed on cabinet main body 3 can be selected among the mounting base 6 of multiple types according to the thickness of the door 8 being located at cabinet main body 3.In this cabinet 1, the mounting base 6 selected is set, lighting device 5 can be set in the position corresponding to door 8 thus among the mounting base 6 of the multiple types with different anterior-posterior length.
In addition, preferably, the cabinet 1 with the 1st feature or the 2nd feature has the 3rd feature shown below.Lighting device 5 is extend along the direction orthogonal with fore-and-aft direction microscler.Mounting base 6 be along lighting device 5 extend microscler.Mounting base 6 has the accommodating groove 62 of forwards opening.Lighting device 5 embeds from the front side of accommodating groove 62.Lighting device 5 can embed from front side and be mounted to the accommodating groove 62 of pedestal 6 simply by this cabinet 1.
In addition, preferably, the cabinet 1 with the 3rd feature has the 4th feature shown below.Mounting base 6 has limiting unit 63.Lighting device 5 restricting portion 63 limits the movement of fore-and-aft direction.Such as, when fixing microscler lighting device 5 by means of only screw, need the two ends and central authorities etc. of the length direction being screwed lighting device 5, be screwed the many places of the length direction of lighting device 5., the cabinet 1 with the 3rd feature can limit lighting device 5 movement in the longitudinal direction by limiting unit 63, therefore, it is possible to be reduced by screw to fix part, easily lighting device 5 can be mounted to cabinet 1.
In addition, preferably, the cabinet 1 with the 4th feature has the 5th feature shown below.Lighting device 5 can slide relative to the length direction of limiting unit 63 along mounting base 6.When lighting device 5 is fixed on mounting base 6, there is following hidden danger: due to lighting device 5 and the difference of mounting base 6 because of the expansion rate caused by heat, lighting device 5 or mounting base 6 are out of shape.; if as the cabinet 1 with the 5th feature lighting device 5 can slide relative to the length direction of limiting unit 63 along mounting base 6; then can absorb lighting device 5 with mounting base 6 because of the difference of the shrinkage factor caused by heat, the generation of described distortion can be suppressed.
In addition, preferably, the cabinet 1 with the feature of any one of the 3rd ~ 5th has the 6th feature shown below.Mounting base 6 is longer than mounting base 6 and the shape of the section orthogonal to the longitudinal direction strip member identical with mounting base is formed by cutting off.In this cabinet 1, the mounting base 6 of tool length likely can be formed by cutting off section shape and the parts being longer than mounting base 6 identical with mounting base 6.Therefore, it is possible to according to size of cabinet 1 etc. with low cost making and installation pedestal 6.
In addition, the 2nd ~ 6th the feature being additional to arbitrarily the 1st feature is characterized as.
In addition, in the present embodiment, the mounting base 6 selected among the mounting base 6 of 2 kinds is set, but also can according to the species number of cabinet 1 (species number of door 8), adopts the mounting base 6 selected among mounting bases 6 more than different 3 kinds of anterior-posterior length.In addition, the cabinet 1 of the multiple types that door 8 is different also can for possessing the cabinet of common cabinet main body 3.Namely, in this situation, the door 8 selected is installed for cabinet main body 3, adopts the mounting base 6 corresponding with this thickness of 8 among the door 8 of the different multiple types of thickness.In addition, in the present embodiment, be set to replace and the different mounting base 6 of anterior-posterior length is installed, but also can be set to the door 8 that can be carried out corresponding multiple types by the anterior-posterior length of adjustment mounting base 6.
In addition, in the present embodiment, the bottom of each ventilation path 74 to the lower opening of cabinet 1, as long as but lead to the outside of cabinet main body 3, such as also can to the front openings of cabinet 1.
In addition, in the present embodiment, be formed at cabinet main body 3 above and below heat sink 56 between space 12 to the front openings of cabinet main body 3., as long as the outside of cabinet main body 3 is led in space 12, also can to the direction opening beyond the front such as side or rear.
In addition, 2 lighting devices 5 are set on cabinet 1 in the present embodiment, but also can 1 lighting device 5 be set on cabinet 1.In addition, the door 8 being located at cabinet 1 is not limited to 3 fans.In addition, door 8 also can be the door beyond mirror gate, in addition, also can be the cabinet omitting door 8.
In addition, in the present embodiment, by screw 71, lighting device 5 is fixed on mounting base 6, but also can not adopts screw 71 ground that lighting device 5 is fixed on mounting base 6.Such as, in this situation, can consider that lighting device 5 is embedded in securely between the extension stop 630 of the correspondence of mounting base 6 and corresponding back stop part 631 by means of only by each fixes in mounting base 6 by extension stop 504.In addition, also can consider that the part also by the bottom 31 of cabinet main body 3 outside this is fixing supports lighting device 5.
In addition, the lighting device 5 of present embodiment and mounting base 6 are microscler for what extend along the vertical direction, but the length direction of lighting device 5 and mounting base 6 is not limited to above-below direction, such as, also can be the direction orthogonal with fore-and-aft direction such as left and right directions.
In addition, cabinet 1 can carry out other changes aptly in the scope not exceeding purport of the present invention.
(embodiment 2)
Then, based on Figure 12 ~ 18, embodiment 2 is described.Its major part of the cabinet of embodiment 2 is the structure identical with the cabinet 1 of embodiment 1.Therefore, following, about embodiment 2, the difference of main explanation and embodiment 1, relevant common part omits the description.
The cabinet main body 3 of embodiment 1 is formed by synthetic resin.But if cabinet main body is synthetic resin system, then cabinet main body is likely out of shape.If cabinet bulk deformation, then outward appearance or function are likely impaired.In addition, such as, when to be provided with in cabinet main body, also likely door tilt or door relative to the location dislocation of cabinet main body.In addition, strengthen special strengthening part if arrange cabinet main body, then worry that manufacturing cost increases.
Present embodiment proposes in view of such circumstances.Namely, the cabinet 101 of present embodiment is suppress manufacturing cost and cabinet main body 103 to be difficult to the cabinet be out of shape.
As shown in figure 13, the cabinet 101 of present embodiment possesses cabinet main body 103, multiple lighting unit 104 and multiple door 108.
Cabinet main body 103 is synthetic resin system.This cabinet main body 103 is the structure identical with the cabinet main body 3 of embodiment 1.
Each lighting unit 104 is located at the front side of cabinet main body 3.In the present embodiment, each partition wall portion 135 is provided with lighting unit 104.
As shown in figure 12, each lighting unit 104 of present embodiment possesses mounting base 106 and lighting device 105.
The mounting base 106 of each lighting unit 104 is metal.Mounting base 106 is such as formed by the metal material of the thermal conductivity excellences such as aluminium, iron, copper.Mounting base 106 is formed as microscler (perpendicular long) that extend along the vertical direction.
As shown in figure 16, the mounting base 106 of each lighting unit 104 has accommodating groove portion 160 and extension portion 161.The accommodating groove portion 160 of each mounting base 106 is formed as perpendicular long and forwards and the U-shaped of upper and lower opening.The extension portion 161 of each mounting base 106 extends to upside from the upper end in accommodating groove portion 160.
As shown in figure 14, the accommodating groove portion 160 of each mounting base 106 has back panel 600 and a pair side band part 601.The back panel 600 of each mounting base 106 is the groove inner part in accommodating groove portion 160.The back panel 600 of each mounting base 106 be after accommodating groove portion 160 below.The side band part 601 of each mounting base 106 is given prominence to toward the front from the both sides of back panel 600.Each side band part 601 is the sidewall in accommodating groove portion 160.The outside of each side band part 601 is the lateral surface in accommodating groove portion 160.
The mounting base 106 of each lighting unit 104 as shown in figure 14, accommodating groove portion 160 below against and contact before (abutting) partition wall portion 135.
As shown in figure 15, the extension portion 161 of each mounting base 106 has vertical sheet portion 610 and protrusion tab portion 611.The vertical sheet portion 610 of each mounting base 106 extends upward from the back panel 600 in accommodating groove portion 160.The protrusion tab portion 611 of each mounting base 106 is outstanding towards front side from the upper end in vertical sheet portion 610.
The protrusion tab portion 611 of each mounting base 106 bends according to rear portion higher leveled mode compared with front portion.The rear portion in the protrusion tab portion 611 of each mounting base 106 is positioned at leaves part from the upper end open in accommodating groove portion 160 upward across space 612.Namely, space 612 is positioned at the below in protrusion tab portion 611.Space 612 to the left and right two sides is open.
The upper end in the accommodating groove portion 160 of each mounting base 106 is embedded in corresponding embedded groove portion 136A.Be located at the upper end of each mounting base 106, the protrusion tab portion 611 shown in Figure 15 is configured in corresponding recess 37 (with reference to Figure 10).Protrusion tab portion 611 is positioned at top compared with the bottom surface of recess 37.Accordingly, the foreign side of cabinet main body 103 is led in the space of space 612 in recess 37 be formed between the rear portion in protrusion tab portion 611 and the upper end open in accommodating groove portion 160.
As shown in figure 14, the bottom in the accommodating groove portion 160 of each mounting base 106 is embedded in the embedded groove portion 36B of the bottom 31 being formed at cabinet main body 103.The bottom opening downward in the accommodating groove portion 160 of each mounting base 106, leads to the downside of the bottom 31 of cabinet main body 103.
The back panel 600 of each mounting base 106 is fixed on partition wall portion 135 by the screw 113 inserted from front.Accordingly, in the front side of cabinet main body 103, the mounting base 106 till multiple upper end from cabinet main body 103 is formed into bottom is installed.In addition, in the partition wall portion 135 at the position between the accommodation space 134 that left and right is arranged side by side in as cabinet main body 103, the accommodating groove portion 160 of forwards opening is provided with.
Two side band parts 601 in the accommodating groove portion 160 of each mounting base 106 are forwards given prominence to (with reference to Fig. 5) compared with the ceiling portion 30 of cabinet main body 103 and bottom 31.
As shown in figure 12, microscler (perpendicular long) of each lighting device 105 for extending along the vertical direction.Each lighting device 105 is installed on the front side of mounting base 106.Namely, each lighting device 105 is installed on the front side of cabinet main body 103 via the mounting base 106 of correspondence.
As seen in figs. 15-17, each lighting device 105 of present embodiment has light source module 154, support 150, light guide member 151, lower cap 152 and front cover 155.
As shown in figure 17, the light source module 154 of each lighting device 105 possesses circuit substrate 540 and is located at the light source 541 of circuit substrate 540.
The circuit substrate 540 of each lighting device 105 along be located at mounting base 106 upper end protrusion tab portion 611 front portion below install.Accordingly, the circuit substrate 540 of each lighting device 105 is thermally coupled to mounting base 106.Therefore, luminescence light source 541 or light source 541 is installed circuit substrate 540 in produce heat time, this heat transfer, to mounting base 106, is dispersed through mounting base 106.Namely, the mounting base 106 of present embodiment becomes the radiating part dispersing the heat produced by light source 541 or circuit substrate 540.
In addition, below the front portion in the protrusion tab portion 611 that both can directly contact above of the circuit substrate 540 of each lighting device 105, the fin that also can be formed via the material by thermal conductivity excellences such as silicone etc. contact protrusion tab portion 611 indirectly.
Light source 541 is installed on below circuit substrate 540.Light source 541 is spot light, such as, be light emitting diode.In addition, light source 541 both can be the spot light beyond light emitting diode, also can be the light source beyond spot light.
The light source 541 of each lighting device 105 is located at circuit substrate 540 with state downward.The light source 541 of each lighting device 105 penetrates light downward.In addition, in the present embodiment, in order to suppress the caloric value of light source module 154 to be only provided with a light source 541 at circuit substrate 540, but also can multiple light source 541 be set on circuit substrate 540.
As shown in figure 16, the support 150 of each lighting device 105 is the parts of the perpendicular length vertically extended.Each support 150 is such as synthetic resin system.The lower-upper length of the support 150 of each lighting device 105 is roughly the same with corresponding mounting base 106.This support 150 is the structure identical with the support 50 of embodiment 1.
The light guide member 151 of each lighting device 105 is formed as perpendicular long bar-shaped.The shape of the section orthogonal with the length direction of this light guide member 51 of each light guide member 151 is identical on whole length direction.This light guide member 151 is the structure identical with the light guide member 51 of embodiment 1.
As shown in figure 15, the lower cap 152 of each lighting device 105 is configured along the lower surface of support 50.The lower cap 152 of each lighting device 105 is installed on the bottom of support 150 by screw 14.Lower cap 152 is positioned at immediately below the light guide member 151 that kept by support 150, and restriction light guide member 51 moves downwards.This lower cap 152 is the structure identical with the lower cap 52 of embodiment 1.
The rear upper end face of the support 50 of each lighting device 105 (with reference to Figure 16) in the position of rear side compared with circuit substrate 540 against and below the front portion in protrusion tab portion 611 contacting mounting base 106.The upper end of support 150 is fixed in the front portion in the protrusion tab portion 611 of each mounting base 106 by multiple screw 70.
The front cover 155 of each lighting device 105 is the perpendicular microscler shape extended along the vertical direction.The lower-upper length of the front cover 155 of each lighting device 151 is roughly the same with the lower-upper length of the lower-upper length of support 150 and light guide member 151.This front cover 155 is the structure identical with the front cover 57 of embodiment 1.
As shown in figure 14, mounting base 106 has limiting unit 163.Limiting unit 163 limits restricting portion 503 movement in the longitudinal direction of corresponding lighting device 105.In addition, this limiting unit 163 is the structure identical with the limiting unit 63 of embodiment 1.
The support 150 of each lighting device 105 and light guide member 151 are forwards given prominence to compared with before the ceiling portion 30 of cabinet main body 103 and before bottom 31.In addition, the position (specifically rear position) roughly the same with before each door 108 of closed accommodation space 134 is configured in the longitudinal direction before the front cover 155 of each lighting device 105.
Each door 108 of present embodiment is the mirror gate of minute surface before being.Namely, the cabinet 101 of present embodiment forms the mirror cabinet that door 108 is above mirror gate.
The each lighting device 105 being located at cabinet 101 is luminous from light guide member 151 to the front side of cabinet 101 by making the light source 541 shown in Figure 17 luminous.Namely the light in part 510 (plane of incidence) (with reference to Figure 16), from light source 541 towards the light of lower irradiation from the upper surface as light guide member 151 is directed into light guide member 151, after this, in the process of the lower end side towards light guide member 151, spread also lateral reflection forward through reflecting part 511 (Figure 14).This light penetrates from light out part 512 (outgoing plane) to front side, penetrates through the front side of front cover 155 to cabinet main body 101.Accordingly, utilize the user of the minute surface be located at before door 108 can utilize the light penetrated through front cover 155 from light out part 512, carry out making up or washing one's face.
As described above, the cabinet 101 of present embodiment has the 7th feature shown below.Namely, cabinet 101 possesses cabinet main body 103, mounting base 106 and lighting unit 105.Cabinet main body 103 is synthetic resin system.Mounting base 106 is installed on cabinet main body 103.Mounting base 106 is metal and microscler.Lighting device 105 is installed on mounting base 106.This cabinet 101 can by metal and microscler mounting base 106 strengthens plastic cabinet main body 103, can suppress cabinet main body 103 to be out of shape.Such as by cabinet main body 103 when making rear portion adopt multiple screws etc. to be fixed on wall under the state of the wall in room, worry to cause cabinet main body 103 to be out of shape because of the out-of-flatness of wall, but cabinet main body 103 also can be made under these circumstances not yielding.In addition, the mounting base 106 for lighting device 105 being installed on cabinet main body 103 can be utilized to strengthen cabinet main body 103.Therefore, it is possible to reduce the component count of cabinet 101, and the manufacturing cost of cabinet 101 is suppressed to increase.
In addition, preferably, the cabinet 101 with the 7th feature has the 8th feature shown below.Mounting base 106 is formed into bottom from the upper end of cabinet main body 103.In this cabinet 101, cabinet main body 103 can be strengthened by the mounting base 106 being formed into bottom from the upper end of cabinet main body 103.
, there is following possibility in cabinet (such as, the mirror cabinet disclosed in Japanese Laid-Open Patent Publication 2007-98034 publication) in the past, namely producing heat when making multiple lumination of light emitting diode, producing the fault etc. of lighting device because of this heat retention.
Therefore, preferably, the cabinet 101 with 7th ~ 8 features has the 9th feature shown below.Lighting device 105 has circuit substrate 540, light source 541 and light guide member 51.Light source 541 is located at circuit substrate 540.Light guide member 51 be along the length direction of mounting base 06 extend microscler.Light guide member 51 is installed on mounting base 106.Mounting base 106 is for being thermally coupled to the metal radiating part of circuit substrate 540.The heat transfer that produced by light source 541 and circuit substrate 540 when light source 541 is luminous can be dispersed to mounting base 106 by this cabinet 101.Therefore, when carrying out the illumination of lighting device 105, heat is difficult to be detained.
In addition, the 7th feature being characterized as 1st ~ 5 features being attached to arbitrarily embodiment 1.In addition, the 9th the feature being additional to arbitrarily the 7th or the 8th feature is characterized as.
In addition, preferably, the cabinet 101 of present embodiment has formation shown below.Cabinet 101 possesses the door 108 of the front side being located at cabinet main body 103.Cabinet main body 103 has forwards opening and by the accommodation space 134 of door 108 opening and closing.Mounting base 106 is had in the installed in front of cabinet main body 103.This cabinet 101 can suppress the distortion of the front side of cabinet main body 103 by mounting base 106.Therefore, it is possible to prevent due to the distortion of the front part of cabinet main body 103 and cause door 108 to be configured at the position of staggering from design attitude relative to cabinet main body 103.
Such as, as shown in figure 18, sometimes before cabinet main body 103, magnet 117 is provided with.When closing door 108, magnet 117 is located at the ferromagnetic 116 at the back side of door 108 in attraction thus is kept under the state of closing door 108.
, in such cabinet 101, if worry the front portion distortion of cabinet main body 103, then magnet 117 staggers relative to the position of ferromagnetic 116, and cannot by magnet 117 with larger gravitational attraction ferromagnetic 116.
To this, the cabinet 101 of present embodiment, can suppress the distortion of the front side of cabinet main body 103 by mounting base 106, is therefore difficult to produce such situation.In addition, in the example shown in Figure 18, be provided with ferromagnetic 116 at door 108, be provided with magnet 117 in cabinet main body 103, but also can be provided with magnet 117 at door 108, be provided with ferromagnetic 116 in cabinet main body 103.
In addition, the bottom of the ventilation path 74 of present embodiment to the lower opening of cabinet 101, as long as but lead to the outside of cabinet main body 103, such as also can to the front openings of cabinet 101.In addition, the upper end of ventilation path 74 is also not limited at recess 37 opening, also can be led to the outside of cabinet main body 103 by other method.
In addition, the cabinet 101 of present embodiment is established two lighting devices 105, but also can be provided with more than 1 or 3 lighting device 105 on cabinet 101.In addition, door 108 also can be the door beyond mirror gate.In addition, door 108 can be omitted.
In addition, in the present embodiment, by screw, lighting device 105 is fixed on mounting base 106, but lighting device 105 is fixed on mounting base 106 with also can not adopting screw.Such as in this case, can consider that lighting device 105 is embedded in securely between the extension stop 630 of the correspondence of mounting base 106 and corresponding back stop part 631 by means of only by each is fixed on mounting base 106 by extension stop 504.In addition, also can consider that the part also by the bottom 31 of cabinet main body 103 except this is fixing supports lighting device 105.
In addition, the lighting device 105 of present embodiment and mounting base 106 are microscler for what extend along the vertical direction, but the length direction of lighting device 105 and mounting base 106 is not limited to above-below direction, such as, also can be left and right directions etc., the direction orthogonal with fore-and-aft direction.
In addition, cabinet 101 can carry out other changes aptly in the scope not exceeding purport of the present invention.
(embodiment 3)
Then, based on Figure 19 ~ 23, embodiment 3 is described.Its major part of the cabinet of embodiment 3 is the structure identical with the cabinet 1 of embodiment 1.Therefore, following, about embodiment 3, the difference of main explanation and embodiment 1, relevant common part omits the description.
The cabinet 201 (cabinet of band illumination) of present embodiment is mirror cabinet.As shown in figure 19, cabinet 201 possesses multiple packaging container 204 and lighting unit 206.As shown in FIG. 20 A, multiple packaging container 204 is set up in parallel according to the mode (namely, side plate 48 is in the state of abutting each other) that side plate 248 is adjacent to each other.
Cabinet 201 possesses cabinet main body 245 and door 254.
As shown in figure 21, cabinet 245 possesses multiple packaging container 204.Cabinet main body 45 possesses central packaging container 204A and side packaging container 204B, 204C as multiple packaging container 204.The side packaging container 204C in left side is the main packaging container 204 looking the lower left side of observation.Central authorities packaging container 204A is the main packaging container 204 looking the central authorities under observing.The side packaging container 204B on right side is the main packaging container 204 looking the lower right side of observation.
As shown in figure 19, each packaging container 204 (namely, side packaging container 204B, the central packaging container 204A on right side, the side packaging container 204C in left side) is provided with door 254 in front.
Door 254 opening and closings are installed on the front of cabinet main body 245 freely.On door 254, whole is provided with runner plate 255, accordingly, door 254 forms mirror gate.The left part of the door 254 of the side packaging container 204B on right side is supported on cabinet main body 245 by axle.The left part of the door 254 of central authorities packaging container 204A is supported on cabinet main body 245 by axle.In addition, the right part of the door 254 of the side packaging container 204C in left side is supported on cabinet main body 245 by axle.Accordingly, the cabinet 201 of present embodiment forms three mirror contact lens.
In addition, adjacent in left-right direction door 254 is each other across certain configuration with gap.As shown in FIG. 20 A, the width of the left and right directions in the gap between adjacent in left-right direction door 254 is the size roughly the same with the thickness of the side plate 248 of packaging container 204.
As shown in figure 21, cabinet main body 245 possesses top board 246, base plate 247, pair of side plates 248, the inside plate 249, toward the front opening.Cabinet main body 245 has accommodation space 250 in inside.The space of this accommodation space 250 for being surrounded by top board 246, base plate 247 and pair of side plates 248 and obtained.Cabinet main body 245 is made up of plank.Accommodation space 250 is such as used by space bar 251 compartment of terrain.The hope height and position erection space bar 251 of user between opposed side plate 248, accordingly, can vertically interval accommodation space 250.
Top board 246 has width in the longitudinal direction, has length in the lateral direction.Top board 246 forms the upper surface of cabinet main body 245.In addition, central packaging container 204A top board 246 above with the top board 246 of side packaging container 204B, 204C above compared be positioned at below.
Base plate 247 has width in the longitudinal direction, has length in the lateral direction.Base plate 247 forms the lower surface of cabinet main body 245.Below the base plate 247 of central authorities packaging container 204A with the base plate 247 of side packaging container 204B, 204C below in the same plane.
Each side plate 248 has width in the longitudinal direction, has length in the vertical direction.The side plate 248 of a pair is arranged opposite with the state left in the lateral direction.The width of the side plate 248 of central authorities packaging container 204A is formed as the width of the side plate 48 being shorter than side packaging container 204B, 204C.In addition, the front end face of the pair of side plates 248 of central packaging container 204A is positioned at rear compared with top board 246 and the front end face of base plate 247 and the front end face of side packaging container 204B, 204C.
In other words, the adjacent packaging container 204 (side packaging container 204B or 204C) in the pair of side plates 248 of packaging container 204) be positioned at rear compared with front end face and the top board 246 of side plate 248 (namely, the side plate 248 of the both sides of central packaging container 204A) of side and the front end face of base plate 247.Further, the packaging container 204 of present embodiment is: be positioned at rear compared with the front end face of the front end face of either party side plate 248 among two blocks of adjacent side plates 248 of packaging container 204 and top board 246 and base plate 247.
In addition, in the rearward end of side plate 248, be provided with continuous print groove portion 252 along the vertical direction.Groove portion 252 is located at the rear end face be positioned at apart from side plate 248 and just locates slightly before.Groove portion 252 is located at biside plate 248 opposed in the lateral direction, is formed as parallel to each other.Groove portion 252 is set to opposite each other.Groove portion 252 is towards inner side and upper opening.In this groove portion 252, the inside plate 249 inserts from top.
The inside plate 249 has width along the longitudinal direction, has length in left-right direction, is formed as the main rectangular shape under observing of looking.The inside plate 249 forms the inside of the inside of packaging container 204.
As shown in fig. 20b, in packaging container 204, rear is positioned at compared with the front end face of the front end face of the pair of side plates 248 of central authorities packaging container 204A and other parts (each front end face of the top board 246 of central packaging container 204A and the front end face of base plate 247, side packaging container 204B, 204C), accordingly, resettlement section 253 is formed.Namely, resettlement section 253 is in front compared with the front end face of the side plate 248 of central packaging container 204A, and, adjoin with the side plate 248 of side packaging container 204B, 204C.In this resettlement section 253, storage is configured with the light guide section 208 of lighting unit 206 described later.
Lighting unit 206 is installed on accommodation space 250.Lighting unit 206 has lighting device 216 and mounting base 281.As shown in fig. 22, lighting device 216 possesses light source portion 207 and light guide section 208.Light guide section 208 is formed with microscler shape along the vertical direction.Light source portion 207 is installed on the end of a side of the long side direction of light guide section 208.
As shown in fig. 20b, light source portion 207 possesses light source module 277, heat sink 273 and heat sink lid 276.Light source module 277 possesses light source 271 and circuit substrate 272.Light source portion 207 is fixed on light guide section 208.
Light source 271 arranges as end (plane of incidence) luminescence towards the long side direction of light guide section 208.The spot light of light source 271 such as being made up of light emitting diode (LED (LightEmittingDiode)).Light source 271 is installed on below circuit substrate 272.In addition, light source 271 is only provided with one on circuit substrate 272, but also can be provided with multiple.
On circuit substrate 272, heat sink 273 is installed.Heat sink 273 is installed on above circuit substrate 272 under contact condition.Heat sink 273 is such as be made up of metals such as aluminium.Heat sink 273 is the radiating part 274 of rectangular shape and protuberance 275 outstanding toward the front from a part for the leading section of this radiating part 274 under possessing top view.Protuberance 275 is fixed via fixer and support described later 287, is thermally coupled to circuit substrate 272.Accordingly, the heat produced due to light source 271 luminescence conducts to protuberance 275 via circuit substrate 272, afterwards, conducts to heat sink 274.Further, radiating part 274 can carry out heat exchange with extraneous gas.Accordingly, the heat produced by light source 271 is dispelled the heat via heat sink 273.
In addition, on this heat sink 273, heat sink lid 276 is installed.This heat sink lid 276 is formed as the box like of opening downwards.In the inside of heat sink lid 276, be embedded with heat sink 273.Accordingly, heat sink lid 276 covers top and the side of heat sink 273.In addition, the lower end of heat sink lid 276 is configured to be positioned at below compared with below heat sink 273.Accordingly, under the state that heat sink lid 276 is installed on heat sink 273, heat sink lid 276 below the installation surface top board 246 of packaging container 204 (namely, above) and heat sink 273 between form gap.
Light guide section 208 has length in the vertical direction.As shown in FIG. 20 A, light guide section 208 storage is configured at resettlement section 253.In addition, if light guide section 208 storage is configured at resettlement section 253, be then configured to before light guide section 208 become same plane with the front end face of top board 246 and base plate 247.This light guide section 208 possesses mounting base 281, support 287, light guide member 291 and front cover 295.
In addition, " same plane " sayed at this not only comprises tight same plane, also comprises and can be considered as conplane scope, and some error packet are contained in the scope of " same plane ".
Mounting base 281 has width in the longitudinal direction, has length in the lateral direction, has the degree of depth in the longitudinal direction.The width of the width of mounting base 281 and the side plate 248 of central packaging container 204A is formed objects.The lateral plate 283 that mounting base 281 possesses rear panel 282 and extends toward the front from the two ends of the left and right directions of this rear panel 282, is formed as section roughly U-shaped.In the rear panel 282 of mounting base 281, be provided with the fixed part 284 for being fixed to side plate 248.Fixed part 284 is such as made up of fixer inserting hole.
In addition, this fixed part 284 also can be located at lateral plate 283.When fixed part 284 is located at lateral plate 283, mounting base 281 is fixed on the side of the side plate 248 of side packaging container 204B, 204C via fixer.
As shown in fig. 20b, on each lateral plate 283, fastener 285 is provided with.Support 287 detachably engages by fastener 285 along the longitudinal direction.Fastener 285 is made up of the projection 286 that direction (center side) opposed is toward each other outstanding.
On support 287, be fixed with light guide member 291.Support 287 embeds and is fixed between the lateral plate 283 of mounting base 281.Support 287 has length in the vertical direction.The length of support 287 is the length formed objects with mounting base 281.On support 287, forwards the retention groove portion 288 of opening is arranged in the total length of length direction.In the rearward end of support 287, be provided with the engaged part 289 detachably engaged with fastener 285.In addition, on the leading section of support 287, be provided with the maintaining part 290 for keeping front cover 295.
Light guide member 291 has length in the vertical direction, is formed as bar-shaped.On light guide member 291, be provided with rear protrusion 292.Light guide member 291 is held in retention groove portion 288 by rear protrusion 292, and is fixed in support 287.Light guide member 291 such as adopts the transparent resin such as acrylic resin or Merlon to be formed, and has light transmission.
Light guide member 291 has the plane of incidence (not shown) at the end face of either party of length direction, has outgoing plane 293 above.In addition, after light guide member 291, be provided with reflecting part 294.Reflecting part 294 is such as by below arranging reflexive material through printing or evaporation or arranging fine concavo-convex or arrange reflecting part through injection mo(u)lding altogether and assign to be formed at light guide member 291.
The upper surface of light guide member 291 is exposed from support 287.Upper surface and the light source 271 of light guide member 291 are arranged opposite.Accordingly, the light sent from light source 271 is incident to light guide member 291 via the plane of incidence.
Front cover 295 is detachably installed on the maintaining part 290 of support 287.Front cover 295 has length in the vertical direction.The length of front cover 295 is formed as the same length size with support 287 or light guide member 291.Front cover 295 is formed as section roughly C shape.Front cover 295 covers (namely, outgoing plane 293) before light guide member 291.Front cover 295 has light transmission, can make the light transmission penetrated from light guide member 291.
If light sends from light source 271, then this light is incident to light guide member 291 via the plane of incidence of light guide member 291.The light being incident to light guide member 291 from the plane of incidence is totally reflected downward in the inside of light guide member 291 while advance, through reflecting part 294 scattered reflection.Light through reflecting part 294 scattered reflection penetrates via outgoing plane 293, advances toward the front via front cover 295.Accordingly, lighting device 216 is luminous on the total length of the above-below direction of packaging container 204 from the gap between door 254.
The lighting device 216 of formation so is configured at the mode of resettlement section 253 according to light guide section 208 storage, be installed on packaging container 204.The resettlement section 253 of the both sides of the left and right directions being configured at central packaging container 204A received respectively by lighting device 216.
Mounting base 281 is fixed on the front end face of two blocks of side plates 248 of central packaging container 204A by workmen via fixer.After this, the support 287 being provided with light guide member 291 and front cover 295 embeds from front towards mounting base 281 side by workmen.
As shown in fig. 20b, the depth (size of fore-and-aft direction) of light guide section 208 size that is formed as playing till the front end face of top board 246 and base plate 247 with the front end face of the side plate 248 from central packaging container 204A is in approximate same size.In addition, the width (size of left and right directions) of light guide section 208 is formed as in approximate same size with the thickness of the side plate 248 of central packaging container 204A.Accordingly, the side (side of the private side of central packaging container 204A) of a side of the width of light guide section 208 becomes same plane with the medial surface of the side plate 248 of central packaging container 204A.
As shown in figure 19, light source portion is located at above the top board 246 of central packaging container 204A for 207 years.Now, the top board 246 of central packaging container 204A above with the top board 246 of side packaging container 204B, 204C above compared be positioned at slightly below, therefore light source portion 207 above with the top board 246 of side packaging container 204B, 204C become same plane above.
In addition, the cabinet 201 of embodiment 3 among multiple packaging container 204 only the side plate 248 of central packaging container 204A formed along the longitudinal direction shortlyer., this configuration example is as being also configured to shown in Figure 23.In addition, Figure 23 is the figure of the adjacent part of the side packaging container 204B on central packaging container 204A and right side, central packaging container 204A is identical structure with the side packaging container 204C in left side.
Namely, this cabinet 201 is: the front end face of the side plate 248 of central packaging container 204A is positioned at rear with the front end face of the side plate 248 of side packaging container 204B, 204C compared with top board 246 and base plate 247.Namely, all rear is positioned at compared with front end face and the top board 246 of two blocks of adjacent side plates 248 of packaging container 204 and the front end face of base plate 247.
The front end face of side plate 248 of central authorities packaging container 204A and the front end face of the side plate 248 of side packaging container 204B, 204C become same plane.Resettlement section 253 is formed with the front of the biside plate 248 of the side plate 248 of side packaging container 204B, 204C at the side plate 248 of this central packaging container 204A.
The width (size of left and right directions) of light guide section 208 is formed as being added and the measure-alike size obtained with the thickness of the side plate 248 of the thickness of the side plate 248 by central packaging container 204A and side packaging container 204B, 204C.Namely, the side of the width of light guide section 208 is formed as becoming same plane with the medial surface of the side plate 248 of packaging container 204.In addition, same plane is become with the front end face of top board 246 and base plate 247 before light guide section 208.
In addition, adjacent in the lateral direction door 254 configures across certain interval each other.The size that gap width in the lateral direction between door 254 adjacent is in the lateral direction formed as being added with the thickness of the side plate 248 of side packaging container 204B, 204C with the thickness of the side plate 48 by central packaging container 204A and obtains is roughly the same.
As described above, the cabinet 201 of present embodiment has the 10th feature shown below.Namely, outside the 10th feature of present embodiment 1st ~ 9 features in embodiment 1,2, cabinet main body 245 also possesses multiple packaging container 204.Multiple packaging container 204 is adjacent to configuration according to the mode that side plate 248 is adjacent to each other.Rear is positioned at compared with the front end face of the front end face being positioned at the side plate 248 of other packaging container 204 sides of the packaging container 204 of at least one party in adjacent packaging container 204 and top board 246 and base plate 247.Lighting unit 206 is configured at the front side being positioned at the front end face of the side plate 248 at rear compared with the front end face with top board 246 and base plate 247.
So, in the cabinet 201 of present embodiment, lighting unit 206 collecting is configured at the front of the front end face of side plate 48.Accordingly, lighting device 216 can be received well and be installed on packaging container 204.
In addition, preferably, the cabinet 1 with the 10th feature has the 11st feature shown below.As the 11st feature, compared with the front end face of the front end face of either party side plate 248 among two blocks of adjacent side plates 248 of a pair packaging container 204 and top board 246 and base plate 247, be positioned at rear.Like this, cabinet 201 according to the present embodiment, only to the packaging container 204 of the side among adjacent packaging container 204, shortens side plate 248 width in the longitudinal direction, therefore, it is possible to improve manufacturing.
In addition, preferably, the cabinet 1 with the 10th feature has the 12nd feature shown below.As the 12nd feature, compared with the front end face of the front end face of two blocks of adjacent side plates 248 of cabinet main body 245 and top board 246 and base plate 247, be all positioned at rear.Therefore, cabinet 201 according to the present embodiment, even if for the thin cabinet 201 of the thickness of side plate 248, also can receive light guide section 208 well and arrange.
In addition, preferably, the cabinet 1 with 10th ~ 12 features has the 13rd feature shown below.As the 13rd feature, before light guide section 208, become same plane with the front end face of top board 246 and base plate 247.Therefore, cabinet 201 according to the present embodiment, can prevent light guide section 208 from giving prominence to from the front end face of packaging container 204 and forming obstacle.
Specifically, the cabinet 201 of present embodiment is provided with door 254 above.Therefore, if open door 254, then the front end face of packaging container 204 exposes.Namely, by becoming same plane with the front end face of packaging container 204 before light guide section 208, even if under the state opened at door accordingly, user also can be prevented article or finger etc. to be hooked on light guide section 208.
Further, cabinet 201 according to the present embodiment, light source portion 207 is configured at the top of the top board 246 of packaging container 204.Therefore, it is possible to expand the accommodation space 250 in packaging container 204 as best one can.Consequently, cabinet 201 according to the present embodiment, can configure lighting device 216 between accommodation space 250, and expands accommodation space 250 as best one can.
In addition, be positioned at rear compared with the front end face of the front end face that the cabinet 201 of present embodiment is set to the side plate 248 of central packaging container 204A and top board 246 and base plate 247, but be not limited thereto.Namely the front end face of side plate 248 of central packaging container 204A and the front end face of top board 246 and base plate 247, also can be set as same plane, make to be positioned at rear compared with the front end face of the front end face of the side plate 248 of side packaging container 204B, 204C and top board 246 and base plate 247.Namely, also can in the formation resettlement section, front 253 of the side plate 248 of side packaging container 204B, 204C.
In addition, the light source 271 of present embodiment is located at the upper end side of light guide section 208, but is not limited thereto.Namely, also can be arranged opposite with the lower surface of light guide section 208 by light source 271.
In addition, become same plane with the top board 246 of packaging container 204 or base plate 247 before the light guide section 208 of present embodiment, but also not necessarily can become same plane.
(embodiment 4)
Then, based on Figure 24 ~ 28, embodiment 4 is described.Its major part of the cabinet of embodiment 4 is the structure identical with the cabinet 1 of embodiment 1.Therefore, following, about embodiment 4, the difference of main explanation and embodiment 1, relevant common part omits the description.
The cabinet (cabinet of band illumination) of present embodiment, in the same manner as embodiment 1 ~ 3, as shown in Figure 24,25, possesses cabinet main body 345, door 354 and multiple lighting unit 306.In addition, cabinet main body 345 possesses multiple packaging container 304.
The cabinet main body 345 of present embodiment possesses central packaging container 304A and side packaging container 304B, 304C as multiple packaging container 304.Side packaging container 304B, 304C have the side packaging container 304B on right side and the side packaging container 304C in left side.Side packaging container 304C is the main packaging container 304 looking the lower left side of observation.Central authorities packaging container 304A is the main packaging container 304 looking the central authorities under observing.Side packaging container 304B is the main packaging container 304 looking the right side under observing.
As shown in figure 25, door 354 opening and closing is installed on the front of cabinet main body 345 freely.Door 354 has multiple mirror gate 356.Mirror gate 356 is installed on each packaging container 304 one by one.The left part of the mirror gate 356 of the side packaging container 304B on right side is supported by axle.The left part of the mirror gate 356 of central authorities packaging container 304A is supported by axle.In addition, the right part of the mirror gate 356 of the side packaging container 304C in left side is supported by axle.Accordingly, the cabinet of present embodiment forms three mirror contact lens.
As shown in figure 25, mirror gate 356 possesses door main body 357 and runner plate 355.Runner plate 355 is installed on before door main body 357.Runner plate 355 is arranged on whole of door main body 357.
In addition, adjacent in the lateral direction mirror gate 356 configures across certain interval each other.As shown in figure 25, adjacent in the lateral direction mirror gate 356 gap each other width is in the lateral direction the size roughly the same with the thickness of the side plate 348 of packaging container 304.
As shown in figure 24, cabinet main body 345 possesses top board 346 (upper wall portions), lower wall portion 347, pair of side plates 348 (perpendicular wall portion) and backing portion 349, toward the front opening.
Top board 346 has width in the longitudinal direction, has length in the lateral direction.Top board 346 forms the upper surface of cabinet main body 345.In addition, central packaging container 304A top board 346 above with the top board 346 of side packaging container 304B, 304C above compared be positioned at below.
Lower wall portion 347 has width in the longitudinal direction, has length in the lateral direction.Lower wall portion 347 forms the lower surface of cabinet main body 345.Below the lower wall portion 347 of central authorities packaging container 304A with the lower wall portion 347 of side packaging container 304B, 304C below in the same plane.
Side plate 348 has width in the longitudinal direction, has length in the vertical direction.Side plate 348 is provided with a pair, arranged opposite with the state be separated in the lateral direction.
The front end face of the front end face of this top board 346, the front end face of lower wall portion 347 and side plate 348 is in the same plane.In addition, not only comprise the meaning on tight same plane at this " on same plane " sayed, also comprise the scope that can be considered as on same plane, some error packet are contained in the scope of " on same plane ".
In addition, the structure of cabinet main body 345 compares with the cabinet main body 245 of embodiment 3, and the front end face of all side plates 348 is that same plane this point is different from the front end face of the front end face of lower wall portion 347 and top board 346, and other structures are identical.
As shown in figure 25, lighting unit 306 possesses lighting device 316 and mounting base 381.Lighting device 316 possesses the light source portion 307 same with the light source portion 207 of embodiment 3 and light guide section 308.Light guide section 308 is formed with microscler shape along the vertical direction.Light source portion 307 is installed on the end of the side on the long side direction of light guide section 308.
Lighting device 316 is set to along the ora terminalis on the left and right directions of door 354.Specifically, lighting device 316 is arranged in the mode of the ora terminalis of the both sides on the left and right directions of the mirror gate 356 along central packaging container 304A.Lighting device 316 is fixed on the mounting base 381 of the front side being mounted to cabinet main body 345.As shown in fig. 26, lighting device 316 possesses light source portion 307 and light guide section 308.Light guide section 308 is formed with microscler shape along the vertical direction.Light source portion 307 is installed on the end of the side on the long side direction of light guide section 308.
As shown in fig. 26b, light source portion 307 possesses light source 371, circuit substrate 372, heat sink 373 and heat sink lid 376.Light source module is formed by light source 371 and circuit substrate 372.Light source portion 307 is fixed on light guide section 308 via cap member 396.In addition, the structure of light source portion 307 is identical with the structure of the light source portion 307 of embodiment 3.
Light guide section 308 has length in the vertical direction.As shown in figure 25, rearward end is fixed on the front end face (front end face of side plate 348) of cabinet main body 345 via mounting base 381 to light guide section 308.In addition, the front end of light guide section 308 is positioned at rear (in other words, the top of light guide section 308 is not given prominence to before door 354) compared with before door 354.As shown in figure 27, this light guide section 308 possesses support 387, light guide member 391 and front cover 395.
Mounting base 381 has length in the vertical direction, has width in the lateral direction, has the degree of depth in the longitudinal direction.The width of mounting base 381 is formed as the width same size with the side plate 348 of central packaging container 304A.The lateral plate 383 that mounting base 381 possesses rear panel 382 and extends toward the front from the two ends on the left and right directions of this rear panel 382, is formed as section roughly C shape.In the rear panel 382 of mounting base 381, be provided with the fixed part 384 for being fixed to side plate 348.Fixed part 384 is such as made up of fixer inserting hole.Mounting base 381 is such as made up of metal materials such as aluminium.
In the leading section of each lateral plate 383, be provided with fastener 385.Support 387 detachably engages by fastener 385 along the longitudinal direction.Fastener 385 is outstanding towards direction (center side) opposite each other.
On support 387, be fixed with light guide member 391.Support 387 embeds and is fixed between the lateral plate 383 of mounting base 381.Support 387 has length in the vertical direction.The length of support 387 is the length formed objects with mounting base 381.On support 387, be provided with retention groove portion 388.Retention groove portion 388 is recessed in the lateral direction.Retention groove portion 388 is arranged in the total length of the length direction of support 387.
In the rearward end of support 387, be provided with engaged part 389.Engaged part 389 is made up of the raised line that the side of the left and right directions from support 387 is outstanding towards side.The fastener 385 that engaged part 389 is mounted pedestal 381 engages in the longitudinal direction.
In addition, on support 387, be provided with the maintaining part 390 for keeping front cover 395.
Light guide member 391 has length in the vertical direction, is formed as bar-shaped.On light guide member 391, be provided with locking protuberance 392.Light guide member 391 is by being held in retention groove portion 388 by locking protuberance 392 thus being fixed in support 387.Light guide member 391 such as adopts the transparent resin such as acrylic resin or Merlon to be formed, and has light transmission.
Light guide member 391 has the plane of incidence (not shown) at the end face of either party of length direction, has outgoing plane 393 above.In addition, after light guide member 391, be provided with reflecting part 394.Reflecting part 394 is such as by below arranging reflexive material through printing or evaporation or arranging fine concavo-convex or arrange reflecting part through injection mo(u)lding altogether and assign to be formed at light guide member 391.If in light guide member 91 inner total reflection and the light of advancing reflect at reflecting part 394, then reflecting part 394 makes this light diffuse reflection and spreads, and penetrates from outgoing plane 393.
The upper surface of light guide member 391 is exposed from support 387.Upper surface and the light source 371 of light guide member 391 are arranged opposite.Accordingly, the light sent from light source 371 is incident to light guide member 391 via the plane of incidence.
Front cover 395 is detachably installed on the maintaining part 390 of support 387.Front cover 395 has length in the vertical direction.The length of front cover 395 is formed as the same length size with support 387 or light guide member 391.Front cover 395 is formed as section roughly C shape.Front cover 395 covers (namely, outgoing plane 393) before light guide member 391.Front cover 395 has light transmission, can make the light transmission penetrated from light guide member 391.
If light sends from light source 371, then this light is incident to light guide member 391 via the plane of incidence of light guide member 391.The light being incident to light guide member 391 from the plane of incidence is totally reflected downward in the inside of light guide member 391 while advance, through reflecting part 394 scattered reflection.Light through reflecting part 394 scattered reflection penetrates via outgoing plane 393, advances toward the front via front cover 395.Accordingly, lighting device 316 is luminous on the total length of the gap between door 354 toward the front on the above-below direction of packaging container 304.
The state that the lighting unit 306 of such formation abuts to the front end of side plate 348 with the rear end face of mounting base 381 is installed in cabinet main body 345.
Mounting base 381 is fixed on the front end face of the side plate 348 of central packaging container 304A by workmen via fixer.After this, the support 387 being provided with light guide member 391 and front cover 395 embeds from the front of mounting base 381 towards mounting base 381 side by workmen.
As shown in figure 25, the depth (size of fore-and-aft direction) of light guide section 308 is formed as being shorter than the size till playing before door 354 from the front end face of packaging container 304.In addition, the width (size on left and right directions) of light guide section 308 is formed as the size between the ora terminalis of the ora terminalis of the mirror gate 356 being shorter than central packaging container 304A and the mirror gate 356 of opposed with it side packaging container 304B, 304C.
As shown in figure 24, light source portion is located at above the top board 346 of central packaging container 304A for 307 years.In other words, light source portion 307 is located at the upper end of cabinet main body 345.Now, the top board 346 of central packaging container 304A above with the top board 346 of side packaging container 304B, 304C above compared be positioned at slightly below, therefore light source portion 307 above with the top board 346 of side packaging container 304B, 304C become same plane above.
In addition, also can in the bottom that this light source portion 307 is located at lower wall portion 347 upside down.
In addition, the lighting device 316 of present embodiment possesses light guide section 308, but also can be do not possess the such formation of Figure 28 of light guide section 308.
Cabinet main body 345 possesses top board 346, lower wall portion 347 and side plate 348 (with reference to Figure 24).Cabinet main body 345 is made up of synthetic resin.In addition, this cabinet main body 345 is the structure identical with the cabinet main body 345 of embodiment 4.
On side plate 348 (being partition wall portion 35 in embodiment 1), mounting base 381 is installed.Mounting base 381 is the roughly C shape of forwards opening.On this mounting base 381, be provided with fastener 385.On this fastener 385, support 387 is detachably installed.
On support 387, be provided with the engaged part 389 of the fastener 385 being installed in mounting base 381.The rearward end of support 387 is located in engaged part 389.In addition, support 387 has light source resettlement section 397.In light source resettlement section 397, be configured with the light source 371 being provided with LED (light source) on circuit substrate.
This light source 371 is provided with multiple along the long limit (limit extended along the vertical direction) of door 354.Multiple light source 371 is arranged side by side across certain compartment of terrain.In the front of this light source 371, be provided with front cover 395.
Front cover 395 has light transmission, make the light sent from light source 371 spread through.Front cover 395 is detachably installed on support 387.The front end of front cover 395 is positioned at rear compared with before mirror gate 356, does not namely give prominence to before door 354.
As described above, the cabinet of present embodiment embodiment 1 ~ 3 cabinet 1st ~ 9 feature outside, also there is the 14th feature shown below.As the 14th feature, the front end of lighting device 316 is not outstanding before door 354.Like this, in the cabinet of present embodiment, lighting device 316 is fixed on the front end face of cabinet main body 45, and accordingly, the front end of lighting device 316 is not given prominence to before door 354.Therefore, cabinet according to the present embodiment, can prevent the front end of lighting device 316 from giving prominence to before door 354 and damaging aesthetic feeling.
In addition, preferably, the cabinet with the 14th feature has the 15th feature shown below.Namely, as the 15th feature, the front end of lighting device 316 is positioned at rear compared with before door 354.
In addition, become conplane situation before the front end of lighting device 316 and door 354 under, can the aesthetic feeling of lifting cabinet preferably.But, in this situation, the front end of lighting device 316 be made consistent with before door 354 in total length, need high accuracy.If namely lighting device 316 or door 354 produce distortion, then can exist non-ly partly becomes same plane part, causes aesthetic feeling to decline on the contrary.
So, in the cabinet of present embodiment, be configured to make the front end of lighting device 316 be positioned at rear compared with before door 354.Accordingly, cabinet according to the present embodiment, can prevent from manufacturing generation error and damaging aesthetic feeling.
In addition, preferably, the cabinet with the 14th or 15 features has the 16th feature shown below.Namely, as the 16th feature, lighting device 316 possesses light source portion 307 and light guide section 308.Light source portion 307 is configured at upper end or the bottom of cabinet main body 345.Light guide section 308 is arranged in the mode of the ora terminalis of the left and right directions along door 354.In addition, light guide section 308 be configured to light from light source portion 307 from the surface feeding sputtering of long side direction and the light of incidence from penetrating above.
Like this, light guide section 308, by light source portion 307 being located at upper end or the bottom of cabinet main body 345, can be configured at the front end face of cabinet main body 345 by the cabinet of present embodiment.Accordingly, cabinet according to the present embodiment, heat is difficult to be trapped between cabinet main body 345 and door 354.Further, in the cabinet of present embodiment, light source portion 307 is configured at upper end or the bottom of cabinet main body 345, and namely, light source portion 307 is configured at the place be different between cabinet main body 345 and door 354.Accordingly, can be easy to carry out as make the front end of light guide section 308 outstanding before door 354 design.
In addition, preferably, the cabinet with 14th ~ 16 features has the 17th feature shown below.Namely, in the 17th feature, door 354 possesses at least one pair of mirror gate 356.Lighting device 316 is configured between a pair mirror gate 356.
Therefore, cabinet according to the present embodiment, can from luminous towards user between a pair mirror gate 356.Consequently, user can illuminate the part (face etc.) of hope effectively while confirm the reflection image of oneself.
In addition, preferably, the cabinet with 14th ~ 17 features has the 18th feature shown below.Namely, in the 18th feature, top board 346, lower wall portion 347 and side plate 348 is possessed.The front end face of the front end face of top board 346, the front end face of lower wall portion 347 and side plate 348 is in the same plane.Further, the rearward end of light guide section 308 is fixed on the front end face of side plate 348.
Therefore, cabinet according to the present embodiment, without the need to arranging the space for installing light guide section 308 in cabinet main body 345.Accordingly, cabinet main body 345 in the past can be used for the cabinet of present embodiment.
In addition, in the cabinet main body 345 of present embodiment, each front end face of top board 346, lower wall portion 347 and side plate 348 is in the same plane, but is not limited thereto.Namely, also can as the cabinet main body 3 of embodiment 1, be positioned at rear compared with the front end face of the front end face of side plate 348 and the front end face of top board 346 and lower wall portion 347.
In addition, the cabinet of present embodiment is set side by side with 3 packaging containers 304 in left-right direction, but is not limited thereto, and also can be made up of a packaging container.In this situation, side plate 348 comprises the spaced walls of the centre on the sidewall at the two ends on the left and right directions of cabinet main body 345 and the left and right directions of cabinet main body 345.
In addition, the lighting device 316 of present embodiment is arranged along two ora terminalis on the left and right directions of the door 354 of central packaging container 304A, but the ora terminalis of either party also can gone up in left-right direction is arranged.
(embodiment 5)
Then, based on Figure 29 ~ 34, embodiment 5 is described.Its major part of the cabinet of embodiment 5 is the structure identical with the cabinet 1 of embodiment 1.Therefore, following, about embodiment 5, the difference of main explanation and embodiment 1, relevant common part omits the description.
As shown in figure 30, the central bin (cabinet of band illumination) being provided with lighting device arranges construction system cabinet with other cabinets not installing lighting device to the cabinet (system cabinet) of embodiment 5 side by side.In the following, central bin is designated as " the first cabinet 402 ", other a pair cabinet adjacent with the first cabinet 402 is designated as " the second cabinet 405 ".
By the first cabinet 402 and in the left and right of the first cabinet 402, the second cabinet 405 arranged side by side is formed cabinet.First cabinet 402 utilizes as the central bin of system cabinet.Second cabinet 405 utilizes as the side cabinet of system cabinet.
First cabinet 402 and the second cabinet 405 possess door 421.Door 421 is located at the front side of the first cabinet 402.In addition, door 421 is located at the front side of the second cabinet 405.Before door 421, runner plate (being set to " mirror gate " by the door 421 being provided with this runner plate) is installed.Therefore, the cabinet of present embodiment is mirror cabinet.
Cabinet as shown in figure 35, the mounted apparatus 403 being installed on the first cabinet 402 is provided with lighting unit 404.Cabinet possesses the first cabinet 402, second cabinet 405, mounted apparatus 403 and lighting unit 404.
The basic comprising of the second cabinet 405 is identical with the first cabinet 402.Therefore, following, main explanation the first cabinet 402, omits the description about point common with the first cabinet 402 in the second cabinet 405 as far as possible.
As shown in figure 30, the anterior-posterior length of the first cabinet 402 and lower-upper length roughly the same with the second cabinet 405, but left and right width is greater than the second cabinet 405.As shown in figure 31, the first cabinet 402 possesses central packaging container 420A and door 421.Central authorities packaging container 420A is wooden, as shown in figure 34, is formed as combining top board 4200, base plate 4201, pair of side plates 4202 and backboard 4203 and the box like of forwards opening.In central packaging container 420A, be formed with the forwards open accommodation space 4204 surrounded by top board 4200, base plate 4201, pair of side plates 4202 and backboard 4203.Article can be received in accommodation space 4204.
On the top board 4200 of central packaging container 420A, to be provided with the sept (spacer) 422 of tabular along the state above top board 4200.Sept 422 is the part projecting to top from top board 4200, the both ends, left and right of top board 4200 above than the low one-level above of sept 422.Accordingly, in the left and right sides side of sept 422, be formed upward with the recess 4206 of outside opening.
Namely, the cabinet of present embodiment possesses cabinet main body 406 and door 421.Door 421 is installed on the front portion of cabinet main body 406.Cabinet main body 406 possesses multiple packaging container 420 (the side packaging container 420B on central packaging container 420A, right side, the side packaging container 420C in left side).Namely, cabinet main body 406 possesses at least one pair of packaging container 420.
In addition, sept 422 is not located at the second cabinet 405.
In the present embodiment, as shown in figure 29, in the both sides of central packaging container 420A, a pair mounted apparatus 403 is installed.Each mounted apparatus 403 is provided with lighting device 414.Each mounted apparatus 403 is installed on the lateral surface of central packaging container 420A and the outside of side plate 4202.Mounted apparatus 403 is installed on the front side of central packaging container 420A, namely, is installed on the front side of cabinet main body 406.
Two mounted apparatus 403 are symmetrical.Each mounted apparatus 403 is metal.As shown in figure 29, each mounted apparatus 403 protuberance 431 of there is lighting unit installation portion 430 and rearward giving prominence to from lighting unit installation portion 430.Lighting unit installation portion 430 is integrally formed as side and observes lower L shape.
Lighting unit installation portion 430, for perpendicular long, has the lower-upper length roughly the same with the first cabinet 402.As shown in figure 32, lighting unit installation portion 430 is made up of the pars intermedia brace portion 4301 each other forwards and on the fore-and-aft direction of two side band parts 4302 of the groove portion 4300 of the perpendicular length of upper and lower opening and connection groove section 4300.
As shown in figure 29, protuberance 431, for growing crosswise, has the anterior-posterior length roughly the same with the first cabinet 402.The section shape of the length direction of protuberance 431 is identical with lighting unit installation portion 430.Protuberance 431 is made up of the brace portion 4311 (with reference to Fig. 3) each other of the pars intermedia upward and on the above-below direction of the groove portion 4310 grown crosswise of front and back opening and two side band parts 4312 of connection groove section 4310.
As shown in figure 29, front end is outstanding towards rear from the bottom in the groove portion 4300 of lighting unit installation portion 430 for protuberance 431.Protuberance 431 is connected to groove portion 4300 by such as to weld etc.
The left and right width of lighting unit installation portion 430 is identical with the left and right width of protuberance 431.The side (outside of side band part 4302) of the first cabinet 402 side of lighting unit installation portion 430 is connected to become same plane with the side (outside of side band part 4312) of the first cabinet 402 side of protuberance 431 without difference of height.In addition, lighting unit installation portion 430 with the side (outside of side band part 4302) of the first cabinet 402 opposition side and protuberance 431 be also connected to become same plane without difference of height with the side (outside of side band part 4312) of the first cabinet 402 opposition side.
By side band part 4302 and the side band part 4312 of the first cabinet 402 side of protuberance 431 of the first cabinet 402 side of lighting unit installation portion 430, constitute the attached portion 432 of the lateral surface of the central packaging container 420A being installed on the first cabinet 402.
By lighting unit installation portion 430 with the side band part 4302 of the first cabinet 402 opposition side and protuberance 431 with the side band part 4312 of the first cabinet 402 opposition side, constitute the abutting part 433 of the lateral surface of side packaging container 420B, 420C of being connected to the second cabinet 405.
In attached portion 432, be formed with multiple screw hole (not shown) through for the left and right of inserting for screw 493.In addition, part corresponding to each screw hole in abutting part 433, as shown in figure 29, is formed with the work functional hole 4330 supplying the left and right of the instrument break-through such as the driver of rotation process screw 493 through.In illustrative example, screw hole and work functional hole 4330 are located at the many places on the left and right directions of many places on the above-below direction of lighting unit installation portion 430 and protuberance 431.
In order to mounted apparatus 403 being mounted to the lateral surface of central packaging container 420A, first, the outside of the attached portion 432 of lighting unit installation portion 430 along the side plate 4202 of the first cabinet 402 is configured.Further, in this condition, screw 493 is passed each screw hole from the opposition side of the first cabinet 402, these screws 493 is screwed into the side plate 4202 of the first cabinet 402.In addition, the attached portion 432 that the screw from the inner side of central packaging container 420A through side plate 4202 also can be screwed into lighting unit installation portion 430 by mounted apparatus 403 is installed.
The length direction of the lighting unit installation portion 430 of mounted apparatus 403 is parallel with the front end face of the side plate 4202 of the first cabinet 402, and the length direction of protuberance 431 is parallel with the lower surface of the side plate 4202 of the first cabinet 402.Lighting unit installation portion 430 is formed into bottom from the upper end of the side plate 4202 of the first cabinet 402.Protuberance 431 is formed into rearward end from the leading section of the side plate 4202 of the first cabinet 402.In addition, in the longitudinal direction, align with the front end face of the side plate 4202 of the first cabinet 402 in the front end (front ends of two side band parts 4302) of attached portion 432.In addition, in the vertical direction, align with the lower surface of the side plate 4202 of the first cabinet 402 in the lower surface (below groove portion 4310) of protuberance 431.In addition, in the bottom of lighting unit installation portion 430, the end cap 434 of the lower ending opening of closed lighting unit installation portion 430 is installed.
Lighting unit 404 is installed on the front side of mounted apparatus 403.Lighting unit 404 has support 441 as shown in figure 32, light guide member 442, front cover 447, upper cap 444 (Figure 33), light source module 445, heat sink 446, heat sink lid 448, lower cap 443 (forming lighting device 414 by these) and mounting base 440.Namely, the lighting unit 404 of present embodiment has lighting device 414 and mounting base 440.Wherein, heat sink 446 forms the radiating part 446A of the thermal transpiration that light source module 445 is produced.
Mounting base 440 as shown in figure 32, for perpendicular length and section shape is formed as the U-shaped of forwards opening.In addition, the structure of mounting base 440 is identical with the structure of the mounting base 6 of embodiment 1.
Support 441 is perpendicular long parts.The lower-upper length of support 441 is roughly the same with mounting base 440.On support 441, throughout the retention groove portion 4410 being formed with forwards opening up and down.The structure of this support 441 is identical with the structure of the support 50 of embodiment 1.
Light guide member 442 is formed as perpendicular long bar-shaped, is held in support 441.Light guide member 442 has light incident section 4422 (plane of incidence), photo-emission part 4420 (reflecting part) and light injection part 4421 (outgoing plane).
Light guide member 442 adopts transparent resin such as such as acrylic resin or Merlon etc. to be formed, and has light transmission.Be held in support 441 in the retention groove portion 4410 that light guide member 442 is embedded in support 441.
The top to support 441 is exposed in the upper surface of light guide member 442.The upper surface of light guide member 442 forms the light incident section 4422 of the light incidence sent for the light source 4451 had from the light source module 445 shown in Figure 33.
As shown in figure 32, after light guide member 442, photo-emission part 4420 is established.Photo-emission part 4420 is such as by below arranging reflexive material through printing or evaporation or arranging fine concavo-convex or arrange reflecting part through injection mo(u)lding altogether and assign to be formed at light guide member 442.The process that the light being incident to light guide member 442 from light incident section 4422 is advanced downward in the inside of light guide member 442, spread and lateral reflection forward through photo-emission part 4420.It is light injection part 4421 before light guide member 442.The light reflected through photo-emission part 4420, in the face of the front of cabinet main body 406, penetrates to front side by light injection part 4421.
As shown in figure 29, lower cap 443 configures along the lower surface of support 441.Lower cap 443 is screwed the bottom being installed on support 441.Lower cap 443 be positioned at be held in support 441 light guide member 442 immediately below, restriction light guide member 442 move downwards.
Upper cap 444 embeds in the mode of the upper end covering support 441.Upper cap 444 be positioned at be held in support 441 light guide member 442 directly over, restriction light guide member 442 be moved upward.
Front cover 447 is for perpendicular long, and its length is roughly the same with support 441 or light guide member 442.The front face of lighting device 414 is formed before front cover 447.In addition, the structure of front cover 447 is the structure identical with the front cover 57 of embodiment 1.
Before front cover 447, (anter portion) becomes the bright dipping part forwards penetrating light.Lighting device 414 is to be installed on mounted apparatus 403 by this bright dipping part towards the state of front side.
If make the spot light 4451 of light source module 445 luminous, then spot light 4451 and the circuit substrate 4450 that is provided with spot light 4451 generate heat.Like this light source module 445 produce heat transfer to heat sink 446, disperse from heat sink 446.
Heat sink lid 448 is formed as the box like of opening downwards.Heat sink lid 448 is the structure identical with the heat sink lid 58 of embodiment 1.
As shown in figure 32, the support 441 of lighting unit 404 is embedded in the mounting base 440 of U-shaped.In the both sides below of support 441, be formed with rearward outstanding hook sheet portion 4411.Each hook sheet portion 4411 hangs in only projecting on the inner face of the side band part of the correspondence of mounting base 440 extension stop 4400.In addition, support 441 also can be screwed the bottom being installed on support 440.
Forwards give prominence to compared with the top board 4200 of support 441 and light guide member 442 and central packaging container 420A or base plate 4201.The former configuration of front cover 447 is in position roughly the same with before the door 421 of central packaging container 420A in the longitudinal direction.
First cabinet 402 and the second cabinet 405 utilize fixer etc. to be individually installed on the wall in described room.Now, the second cabinet 405 being positioned at the both sides of the first cabinet 402, the lateral surface (outside of side plate 4202) of the first cabinet 402 side to be connected to the state of the abutting part 433 of corresponding mounted apparatus 403, configures side by side with the first cabinet 402.As shown in figure 31, the mounted apparatus 403 being located at the both sides of the first cabinet 402 and the lighting unit 404 being installed on it are configured at the gap formed between the lateral surface and the lateral surface of the second cabinet 405 of the first cabinet 402.
In addition, as shown in figure 30, the first cabinet 402 sept 422 be above positioned at the height identical with (above top board 4200) above a pair second cabinets 405.Therefore, Top Tank etc. is set above the first cabinet 402 when arranging thing, can make this arrange thing be connected to sept 422 above or be positioned at neighbouring thus receive well and configure.
As shown in figure 32, when the door 421 of the door 421 of closedown first cabinet 402 and the second cabinet 405, between two 421, gap is formed with.In the gap, be configured with lighting unit 404 from the leading section that mounting base 440 is forwards given prominence to, namely, front cover 447 or the front portion of support 441 and the front portion (namely, lighting device 414) of light guide member 442.
The each lighting unit 404 being located at the first cabinet 402 can by making spot light 4451 luminous thus the luminescence from light guide member 442 to front side.Namely the Ji Guang incident section, upper surface 4422, from spot light 4451 towards the light of lower irradiation from light guide member 442 is directed into light guide member 442, after this, in the process of the lower end side towards light guide member 442, spreads also lateral reflection forward through photo-emission part 4420.This light penetrates from light injection part 4421 to front side, and the anter portion 4470 through the front cover 447 between adjacent door 421 penetrates to the front side of the first cabinet 402.Accordingly, utilize the user of the dresser that washes one's face can utilize the light penetrated through front cover 447 from light injection part 4421, carry out making up or washing one's face.
As described above, the cabinet 1 of present embodiment embodiment 1 ~ 4 cabinet 1st ~ 9,14 ~ 18 feature outside, also there is the 19th feature shown below.As the 19th feature, lighting unit 404, relative to cabinet main body 406, is installed on the front side of this cabinet main body 406 by mounted apparatus 403.Mounted apparatus 403 possesses lighting unit installation portion 430 and attached portion 432.Lighting unit installation portion 430, with the bright dipping part state toward the front of lighting unit 404, keeps this lighting unit 404.Attached portion 432 is located at this lighting unit installation portion 430, and is installed on the lateral surface of cabinet main body 406.
Thereby, it is possible to attached portion 432 to be installed on the lateral surface of cabinet 402, to illumination, lighting unit 404 is installed in cellular installation portion 430, and lighting unit 404 is installed on cabinet main body 406 via mounted apparatus 403.Therefore, it is possible to suppress to implement large-scale processing to cabinet, and lighting unit 404 is installed to cabinet, the increase of cost can be suppressed.In addition, mounted apparatus 403 or lighting unit 404 can be located at the lateral surface of cabinet main body 406, therefore, it is possible to utilize the accommodation space 4204 of cabinet without prejudicely.
In addition, preferably, the cabinet with the 19th feature has the 20th feature shown below.As the 20th feature, lighting unit installation portion 430 is formed as erecting long and along the lateral surface of cabinet main body 406 front portion and configures.Mounted apparatus 403 possesses from lighting unit installation portion 430 along the lateral surface of cabinet main body 406 protuberance 431 that side is outstanding backward.The left and right width of protuberance 431 is the size identical with the left and right width of lighting unit installation portion 430.
Thus, as in the present embodiment, when the side of the first cabinet 402 arranges the second cabinet 405 side by side, lighting unit installation portion 430 identical for left and right width and protuberance 431 can be utilized as the sept be configured between the first cabinet 402 and the second cabinet 405.
Particularly, in this situation, between the first cabinet 402 and the second cabinet 405, lighting unit installation portion 430 can be configured in front portion, protuberance 431 can be configured at rear portion.Therefore, it is possible to suppress the front portion of the second cabinet 405 near the front portion of cabinet 402 by lighting unit installation portion 430.In addition, the rear portion of the second cabinet 405 can be suppressed near the rear portion of cabinet 402 by protuberance 431.Therefore, the second cabinet 405 is difficult to tilt relative to the first cabinet 402.
In addition, preferably, the cabinet with the 20th feature has the 21st feature shown below.As the 21st feature, cabinet main body 406 possesses at least one pair of packaging container 420.Mounted apparatus 403 is configured between a pair packaging container 420.
Thereby, it is possible to mounted apparatus 403 and the lighting unit 404 that is installed on it are configured between the first cabinet 402 and the second cabinet 405.Therefore, it is possible to utilize the accommodation space 4204 of the second cabinet 405 without prejudicely.
In addition, preferably, the cabinet with the 21st feature has the 22nd feature shown below.As the 22nd feature, lighting device 414 possesses perpendicular long light guide member 442, circuit substrate 4450 and is located at the spot light 4451 (light source) of circuit substrate 4450.Spot light 4451 is located at the position opposed with the upper surface of light guide member 442.Light guide member 442 has light incident section 4422, photo-emission part 4420 and light injection part 4421.The upper surface of light guide member 442 is located in light incident section 4422, imports the light sent from spot light 4450.Photo-emission part 4420 is located at after light guide member 442, reflects the light imported from light incident section 4422.Light injection part 4421 is located at before light guide member 442, for the light injection after photo-emission part 4420 reflects.Lighting device 414 also possesses the radiating part 446A being thermally connected to circuit substrate 4450.This radiating part 446A is configured between a pair packaging container 420.
Thus, by making spot light 4451 luminous, the light irradiated can be directed into light guide member 442 from light incident section 4422 from spot light 4451, after this, make it reflection and penetrating from light injection part 4421.In addition, the heat transfer produced can be dispersed to radiating part 446A when making spot light 4451 luminous by spot light 4451 or circuit substrate 4450, can suppress because of spot light 4451 luminous time the thermal conductance that produces cause lighting device 414 and break down.In addition, can utilize and be formed at gap between the first cabinet 402 and the second cabinet 405 to configure radiating part 446A.
In addition, preferably, the cabinet with 19th ~ 22 features has the 23rd feature shown below.As the 23rd feature, in the one pair of outer side of cabinet main body 406, mounted apparatus 403 is installed.
Thereby, it is possible to thrown light on by the lighting device 414 of the left and right sides being located at cabinet.In addition, by means of only arranging the second cabinet 405 not being provided with lighting device 414 in the both sides of the first cabinet 402, the system cabinet with multiple accommodation space can be just set to.
In addition, the cabinet of present embodiment possesses mounted apparatus 403, first cabinet 402 and lighting device 414.The attached portion 432 of mounted apparatus 403 is installed on the lateral surface of cabinet 402.The lighting unit installation portion 4430 of mounted apparatus 403 configures along the front portion of the lateral surface of the first cabinet 402.Lighting unit 414 is to be installed on lighting unit installation portion 430 by its bright dipping part towards the state of front side.
In this cabinet, via mounted apparatus 403, lighting device 414 can be installed on the first cabinet 402.Therefore, it is possible to suppress to implement large-scale processing to the first cabinet 402, and lighting device 414 is installed to cabinet 402, the increase of cost can be suppressed.
In addition, the protuberance 431 of present embodiment is only provided with one in the bottom of lighting unit installation portion 430, but also as shown in figure 36, can be located at the many places of lighting unit installation portion 430.
Mounted apparatus 403B as shown in figure 36, the length direction of lighting unit installation portion 430B has multiple protuberance 431B rearward given prominence to from lighting unit installation portion 430B.One in 2 the protuberance 431B upper end being located at lighting unit installation portion 430B.Another in two protuberance 431B is located at the bottom of lighting unit installation portion 430B.Accordingly, mounted apparatus 403B be formed as side observe under roughly C shape.
The protuberance 431B being located at the bottom of mounted apparatus 403B is the structure identical with above-mentioned protuberance 431.The protuberance 431B being located at the upper end of mounted apparatus 403B is the protuberance protuberance 431B of the bottom being located at mounted apparatus 403B being turned upside down and obtains.Namely, protuberance 431B by downwards and the pars intermedia brace portion 4311 each other of the above-below direction of the groove portion 4310 grown crosswise of front and back opening and two side band parts 4312 of connection groove section 4300 form.
The left and right width of lighting unit installation portion 430B is identical with the left and right width of upper and lower protuberance 431B.Therefore, the side of the side of first cabinet 402 side of lighting unit installation portion 430B and first cabinet 402 side of upper and lower protuberance 431B is connected to become same plane without difference of height.In addition, lighting unit installation portion 430B with the side of the first cabinet 402 opposition side and upper and lower protuberance 431B be also connected to become same plane without difference of height with the side of the first cabinet 402 opposition side.
In addition, by side band part 4302 and the side band part 4312 of first cabinet 402 side of upper and lower protuberance 431B of first cabinet 402 side of lighting unit installation portion 430B, the attached portion 432 of the lateral surface of the cabinet main body 406 being installed on the first cabinet 402 is constituted.At this, protuberance 431B up, also in the same manner as the protuberance 431B of below, is provided with screw hole and work functional hole 4330.Therefore, the protuberance 431B of top is also in the same manner as the protuberance 431B of below, and screw is fixed on the first cabinet 402.In addition, by lighting unit installation portion 430B with the side band part 4302 of the first cabinet 402 opposition side and upper and lower protuberance 431B with the side band part 4312 of the first cabinet 402 opposition side, constitute the abutting part 433 abutted to the lateral surface of the cabinet main body 406 of the second cabinet 405.
In this cabinet, the first cabinet 402 with lighting unit installation portion 430B be in a ratio of rear side part, between the first cabinet 402 and the second cabinet 405, be configured with multiple protuberance 431B.Therefore, it is possible to suppress the rear portion of the second cabinet 405 near the rear portion of cabinet 402 by multiple protuberance 431B.Therefore, the second cabinet 405 is more difficult to tilt relative to the first cabinet 402.
In addition, also reflecting plate 449 can be provided with in the below of light guide member 42.In this situation, as shown in figure 37, lighting unit 414 possesses the reflecting plate 449 of the downside being located at light guide member 442.Reflecting plate 449 tilts (namely, tilting according to the mode being more rearward located below) according to rear vertical mode.Reflecting plate 449 has reflection face 490.Reflection face 490 is made up of the face of the upside opposed with the lower surface of light guide member 42.Reflection face 490 tilts according to the mode being more rearward located below.
Reflecting plate 449 such as with the front portion of the lower surface at light guide member 442 or all be more rearward located below mode tilt, along under the state of this inclined plane, the light guide member 442 of lighting unit 404 or support 441 etc. are installed on making above reflecting plate 449 i.e. reflection face 490.In addition, reflecting plate 449 also can be located at lighting unit 404 according to being different from above-mentioned method.
When making spot light 4451 luminous in the cabinet of present embodiment, the part being directed into the light of light guide member 442 also penetrates downward from the lower surface of light guide member 442.Further, as shown in the arrow of Figure 37, this light arrives the reflection face 490 and towards back-side of reflecting plate 449.Therefore, it is possible to thrown light on by the following side of light to the first cabinet 402 through reflecting face 490 reflection.
Namely, preferably, the cabinet with 19th ~ 23 features has the 24th feature shown below.As the 24th feature, be provided with reflection face 490 in the below of light guide member 442.Reflection face 490 makes the light reflection penetrated downward from the lower surface of this light guide member 442.This reflection face 490 tilts in the mode being more rearward located below.
By this formation, the light penetrated downward the lower surface from light guide member 442 through reflecting face 490 to back-side, thus can throw light on to the following side of cabinet.In addition, particularly cabinet is located at utilize above commode time, the broad range on the fore-and-aft direction of the following side of the first cabinet 402 can be thrown light on, the usability of commode can be made to improve.
In addition, be provided with reflection face 490 at this cabinet, but reflection face 490 also can be located at the cabinet of embodiment 1 ~ 5 any one.In addition, form reflection face 490 by the one side of reflecting plate 449, but the lower surface tilted by the later vertical mode such as at light guide member 442 arranges reflexive material through printing or evaporation or arranges and fine concavo-convexly form reflection face 490.
In addition, the cabinet of embodiment 5 is the system cabinet with multiple cabinet, but also can be independent cabinet.In addition, door 421 also can be the door beyond mirror gate.In addition, the first cabinet 402 also can for omitting the cabinet of door 421.In addition, the cabinet of embodiment 5 is provided with 2 lighting units 404 to the first cabinet 402, but also can be provided with the lighting unit 401 of more than 1 or 3 to the first cabinet 402.

Claims (24)

1. a cabinet, is characterized in that, possesses:
Cabinet main body, is formed with the accommodation space of forwards opening;
Door, is located at the front side of described cabinet main body and openedly and closedly can closes described accommodation space; And
Lighting unit, is located at the front side of described cabinet main body side by side with described door;
Described lighting unit has:
At least one mounting base, installs relative to described cabinet main body; And
Lighting device, is installed on the front side of described mounting base.
2. cabinet as claimed in claim 1, is characterized in that,
This cabinet possesses the multiple mounting base with different anterior-posterior length,
The mounting base being installed in described cabinet main body is selected according to the thickness of the door being located at described cabinet main body among described multiple mounting base.
3. cabinet as claimed in claim 1 or 2, is characterized in that,
Described lighting device is extend on the direction orthogonal with fore-and-aft direction microscler,
Described mounting base be along described lighting device extend microscler,
Described mounting base has the accommodating groove of forwards opening, and described lighting device embeds from the front side of described accommodating groove.
4. cabinet as claimed in claim 3, is characterized in that,
Described mounting base has limiting unit,
This limiting unit limits the movement of the fore-and-aft direction of described lighting device.
5. cabinet as claimed in claim 4, is characterized in that,
Described lighting device can slide on the length direction of described mounting base relative to described limiting unit.
6. the cabinet according to any one of claim 3 ~ 5, is characterized in that,
Described mounting base is formed by cutting off strip member,
This strip member is longer than described mounting base, and the shape of the section orthogonal to the longitudinal direction of this strip member is the shape identical with described mounting base.
7. the cabinet according to any one of claim 1 ~ 6, is characterized in that,
Described cabinet main body is synthetic resin system,
Described mounting base is metal and is formed as microscler.
8. cabinet as claimed in claim 7, is characterized in that,
Described mounting base is formed into bottom from the upper end of described cabinet main body.
9. cabinet as claimed in claim 7 or 8, is characterized in that,
Described lighting device has:
Circuit substrate;
Light source, is located at this circuit substrate; And
Microscler light guide member, the length direction of described mounting base extends;
Described light guide member is installed on described mounting base,
Described mounting base is the metal radiating part being thermally coupled to described circuit substrate.
10. the cabinet according to any one of claim 1 ~ 9, is characterized in that,
Cabinet main body possesses multiple packaging containers with top board, base plate and pair of side plates,
Described multiple packaging container is adjacent to configuration in the mode that side plate is adjacent to each other,
Rear is positioned at compared with the front end face of front end faces being positioned at the side plate on other storage sides of the packaging container of at least one party in described adjacent packaging container and described top board and described base plate,
Described lighting unit is configured at the front side being positioned at the front end face of the side plate at rear compared with the front end face with described top board and described base plate.
11. cabinets as claimed in claim 10, is characterized in that,
Rear is positioned at compared with the front end face of the front end face of the side plate of the one party in described adjacent side plate and described top board and described base plate.
12. cabinets as claimed in claim 10, is characterized in that,
All rear is positioned at compared with the front end face of the front end face of two side plates adjacent one another are of described cabinet main body and described top board and described base plate.
13. cabinets according to any one of claim 10 ~ 12, is characterized in that,
The front end face of described lighting unit and the front end face of described top board and described base plate become same plane.
14. cabinets according to any one of claim 1 ~ 9, is characterized in that,
The front end of described lighting device is not given prominence to before described door.
15. cabinets as claimed in claim 14, is characterized in that,
The front end of described lighting device is positioned at rear compared with before described door.
16. cabinets as described in claims 14 or 15, is characterized in that,
Described lighting device possesses:
Light source portion, is located at upper end or the bottom of described cabinet main body; And
Light guide member, is set to the ora terminalis of the left and right directions along described door, from the light of described light source portion from the surface feeding sputtering of long side direction and the light of incidence from penetrating above.
17. cabinets according to any one of claim 14 ~ 16, is characterized in that,
Described door possesses at least one pair of mirror gate,
Described lighting device is configured between this pair mirror gate.
18. cabinets according to any one of claim 14 ~ 17, is characterized in that,
Described cabinet main body possesses upper wall portions, lower wall portion and perpendicular wall portion,
The front end face of the front end face of described upper wall portions, the front end face of described lower wall portion and described perpendicular wall portion is in the same plane,
The rearward end of described lighting device is fixed on the front end face of described perpendicular wall portion.
19. cabinets according to any one of claim 1 ~ 9,14 ~ 18, is characterized in that,
Described lighting unit is installed on the front side of this cabinet main body by mounted apparatus relative to cabinet main body,
Described mounted apparatus possesses:
Lighting unit installation portion, keeps this lighting unit with the bright dipping part state toward the front of described lighting unit; And
Attached portion, is located at this lighting unit installation portion, and is installed on the lateral surface of described cabinet main body.
20. cabinets as claimed in claim 19, is characterized in that,
Described lighting unit installation portion is formed as erecting long and along the lateral surface of described cabinet main body front portion and configures,
Described mounted apparatus possesses from described lighting unit installation portion along the lateral surface of the described cabinet main body protuberance that side is outstanding backward,
The left and right width of described protuberance and the left and right width of described lighting unit installation portion are same sizes.
21. cabinets as described in claim 19 or 20, is characterized in that,
Described cabinet main body possesses a pair packaging container,
Described mounted apparatus is configured between described a pair packaging container.
22. cabinets as claimed in claim 21, is characterized in that,
Described lighting device possesses:
Perpendicular long light guide member;
Circuit substrate; And
Light source, is located at this circuit substrate;
Described light source is located at the position opposed with the upper surface of described light guide member,
Described light guide member has:
Light incident section, is located at upper surface, imports the light sent from described spot light;
Photo-emission part, after being located at, reflects the light imported from light incident section; And
Light injection part, before being located at, penetrates the light in photo-emission part reflection;
Described lighting device also possesses the radiating part being thermally coupled to described circuit substrate,
This radiating part is configured between described a pair packaging container.
23. cabinets according to any one of claim 19 ~ 22, is characterized in that,
In the one pair of outer side of described cabinet main body, described mounted apparatus is installed.
24. cabinets according to any one of claim 19 ~ 23, is characterized in that,
In the below of described light guide member, be provided with the reflection face of the light reflection making to penetrate downward from the lower surface of this light guide member,
This reflection face tilts in the mode being more rearward located below.
CN201480021355.7A 2013-04-17 2014-04-14 Cabinet Active CN105120715B (en)

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JP2013-086864 2013-04-17
JP2013-086865 2013-04-17
JP2013086864A JP6323769B2 (en) 2013-04-17 2013-04-17 Cabinet with fixture and lighting device
JP2013086866 2013-04-17
JP2013-086868 2013-04-17
JP2013086869 2013-04-17
JP2013-086866 2013-04-17
JP2013086865A JP6111505B2 (en) 2013-04-17 2013-04-17 Illuminated cabinet
JP2013086868 2013-04-17
JP2013-086869 2013-04-17
JP2014-081053 2014-04-10
JP2014081054A JP6667152B2 (en) 2013-04-17 2014-04-10 Lighted cabinet
JP2014081053A JP6555607B2 (en) 2013-04-17 2014-04-10 cabinet
JP2014081055A JP6614524B2 (en) 2013-04-17 2014-04-10 cabinet
JP2014-081054 2014-04-10
JP2014-081055 2014-04-10
PCT/JP2014/002095 WO2014171123A1 (en) 2013-04-17 2014-04-14 Cabinet

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CN113142833B (en) * 2020-01-22 2022-05-24 青岛海信商用显示股份有限公司 Logistics cabinet
JP7429901B2 (en) * 2020-04-15 2024-02-09 パナソニックＩｐマネジメント株式会社 Cabinet and lighting equipment

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WO2014171123A1 (en) 2014-10-23
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CN105120715B (en) 2019-03-01
DE112014002018T5 (en) 2016-01-14
CN110089861A (en) 2019-08-06

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