CN205504675U - High -power mining lamp - Google Patents
High -power mining lamp Download PDFInfo
- Publication number
- CN205504675U CN205504675U CN201620252899.0U CN201620252899U CN205504675U CN 205504675 U CN205504675 U CN 205504675U CN 201620252899 U CN201620252899 U CN 201620252899U CN 205504675 U CN205504675 U CN 205504675U
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- heat radiation
- light source
- cover plate
- single mode
- lamp
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- Fastening Of Light Sources Or Lamp Holders (AREA)
Abstract
The utility model provides a high -power mining lamp, including the lamp body, light -emitting component, radiator unit, back of the body apron, go out light panel, the light source base plate, radiator back of the body apron, power and lamps and lanterns mounting, the light source pastes sheet laser for ultra -large -power cob, calorific capacity is big, the symmetrical structure from the interlock has been adopted in whole lamp design, adopt the heat dissipation of inner core wind -force, through setting up the fan at lamps and lanterns inner core position, set up the incision on the heat dissipation frame, the department sets up the inlet air mouth of pipe and locates to set up the exhaust vent in time high -efficiently the inside heat discharge lamps and lanterns outside of lamps and lanterns at a light panel at lamps and lanterns back of the body apron, the utility model relates to a high -power mining lamp has the illuminance height, the radiating effect is good, barrier propterty good, light is soft, easy to maintain and the reasonable advantage of manufacturing cost.
Description
Technical field
This utility model belongs to lamp lighting technical field, particularly relates to a kind of high-power bulkhead lamp.
Background technology
For a long time because the event of bulkhead lamp light source fixed bit limited area is frequently with high-power COB integrated optical source, but greatly
Power COB integrated optical source heat is excessively concentrated, and heat sink volume limitation is relatively big, therefore this kind of light fixture often occurs because heat radiation is not smooth
The problems such as the light decay that causes, color temperature shift, light source surface epoxy resin melanism.It addition, and because of high-power COB light source surface area mistake
It is difficult to greatly form sealing structure thus causes the anti-shipwreck of whole lamp to be taken into account.
Summary of the invention
The purpose of this utility model is to solve the problem of prior art high-power bulkhead lamp heat radiation, and provides heat dispersion
The good high-power bulkhead lamp of one that waterproof construction is excellent simultaneously.
This utility model be the technical scheme is that
A kind of high-power bulkhead lamp, including lamp housing, luminescence component, radiating subassembly, back-cover plate, exiting surface plate, light source substrate,
Radiator back cover plate, power supply and lamp fixture；
Described radiating subassembly is made up of three identical radiator single mode groups, and described radiator single mode group includes heat radiation
Frame, fan fixing rack and fan；
Described heat radiation rack cross section is 120 ° of fan ring-shaped, and main body is made up of a plurality of radiating fin；
Described heat radiation rack upper end periphery has several otch vertically；
Described heat radiation rack dual-side the most all has extension along radiating fin, forms a draw-in groove；
The described non-conterminous radiating fin of heat radiation rack two of which all has extension to form two boss to dorsal part, dissipates at any two
One of them boss of hot frame is provided with hanging hole, for mounted lamp fixture, equidistantly sets on other boss of heat radiation rack
There is through hole I, be used for heat radiation rack and lamp housing to be fixed together；
Described fan fixing rack is uncovered box body structure, and opening, back to described heat radiation rack, is fixed on the hot frame of described fan
In draw-in groove, be screwed on described heat radiation rack together with, set near described heat radiation rack cutting part in described fan fixing rack cassette bottom
There is a chamber, offer through hole II in this cavity bottom；
Described fan is drip-proof fan, is inlaid in described fan Fixture chamber, and air outlet is just to chamber backside vias
II, fan is arranged on light fixture inner core position, when light fixture is worked, the internal heat produced is extracted out, timely by through hole II row
Outside heat radiation rack；
It is provided with public boss in side, described heat radiation rack outer vertically, is provided with the mother corresponding with male boss at opposite side convex
Platform, three described heat radiation racks are interlocked with mother by male boss mutually coordinating of boss；
Described lamp housing is made up of three identical lamp housing single mode groups；Described lamp housing single mode group cross section is 120 ° of circles
Arc, including housing, upper lining position and the lower lining position matched with upper lining position, three described lamp housing single mode groups are combined
Constitute the lamp housing of the tube structure of a upper and lower opening；
Two groove I matched with described heat radiation rack boss it are provided with, at any two lamp housing lists at described back side of shell
One of them middle part, groove I axis in two groove I of module is provided with rectangular through-hole III, this rectangular through-hole III and heat radiation
The hanging hole of frame is corresponding, is equidistantly provided with through hole IV in other groove I of lamp housing along axis, and during lamp assembled, through hole IV is with logical
Hole I is corresponding, by screw fastener, lamp housing and heat radiation rack is fixed together；
At described housing arc-shaped side along being provided with penetrating screw in the axial direction；
Described luminescence component includes light source, light source tabletting and lens；
Described light source is cob paster high power light source, is screwed on described light source substrate by described light source tabletting；
Described lens sidewall is provided with through hole V, and power line waterproof wiring terminal passes through in through hole V enters described lens and institute
State light source to connect, use the design of such structure to solve outlet for a long time and the waterproof problem being difficult to coexist；
Described lens bottom peripheral edge is provided with groove II, is filled with waterproof apron in described groove II, the thickness of waterproof apron
More slightly larger than the degree of depth of groove II, so further increase the seal of lens, improve the barrier propterty of whole lamp；
Described lens bottom peripheral edge is provided with some lugs I, and threaded fastener is fixed on by I described lens of described lug
On described light source substrate；
Described light source substrate is made up of three identical light source substrate single mode groups, described light source substrate single mode group cross section
Being 120 ° of metallic plates, its radius is identical with described heat radiation rack cross sectional radius；
Described light source substrate single mode group removably connects with radiator single mode group, and described light source substrate single mode group is screwed on
On radiating fin on heat radiation rack end face；
Described radiator back cover plate is made up of three identical radiator back cover plate single mode groups, described radiator back cover plate
Single mode group cross section is that internal ring arc is drawn as 120 ° of straight line fan annulars, the cross sectional radius phase of its radius and described heat radiation rack
With；
Described radiator back cover plate single mode group removably connects with described heat radiation rack, described radiator back cover plate single mode group quilt
It is screwed on described heat radiation rack away from an end face of light source, three described radiator back cover plate single mode groups spiral shells the most mutually
It is combined the described radiator back cover plate of composition；
Described back-cover plate is circular metal plate, and its radius is identical with the end face radius of described lamp housing；
Described back-cover plate removably connects with described lamp housing, is covered on the rear end face of described lamp housing；
A through hole VI is had in described back-cover plate center；
Described back-cover plate periphery is provided with the installation lug II that screw penetrating with described lamp housing is corresponding, is used for connecting back-cover plate
And lamp housing；
Described cob light source bulkhead lamp also includes an inlet air mouth of pipe and an airduct being connected with this inlet air mouth of pipe；
The described inlet air mouth of pipe is the tubular body that cross section is triangular in shape, and this Gas inlet tube is screwed on described radiator back cover plate
Together, the space in the middle of described one of them mouth of pipe of the inlet air mouth of pipe just hot to described fan device back-cover plate；
Described airduct is air channel pipeline, and length can the most arbitrarily be arranged, and one end connects inlet air interface by through hole VI
Air inlet, the other end is provided with defecator, and outside cold wind enters airduct through airduct defecator, and then enters lamp interior,
Make light fixture be easily maintained by peripheral hardware airduct, airduct is set up defecator and improves the dust-proof effect of light fixture；
Described power supply includes that three independent power modules, three described power modules are screwed on three described back ofs the body respectively
In cover plate single mode group；
Described exiting surface plate includes plate body, anti-dazzle circle, exhaust vent, installation lug III；
Described plate body is circular metal plate, and its radius is identical with described lamp housing radius, and this plate body is detachable with described lamp housing
Connect, be covered on the end face of described lamp housing front end close to sources；
Described exhaust vent is arranged on the through hole that described plate body edge is arranged, and the heat that lamp interior produces is extracted out by fan
Discharged outside light fixture by described exhaust vent after heat radiation rack；
It is provided with the installation lug III that screw penetrating with described lamp housing is corresponding at described plate body periphery.
The beneficial effects of the utility model are:
The most excellent cooling system: light fixture uses the structure that the heat radiation of inner core wind-force combines with outside air draft pipe, passes through
Fan is arranged on the inner core position of light fixture, heat radiation rack has the otch relative with fan outlet, so can be timely
The heat of lamp interior is discharged outside light fixture by the exhaust vent of exiting surface plate, excellent radiation performance；
2. radiator and lamp housing as whole lamp architecture part all have employed from occlusion structure, improve single mold
Utilization rate, lamp body can be cut again and again be divided into illumination module, improve production efficiency, and be easily maintained；
The high-power bulkhead lamp of one that this utility model provides has excellent radiation performance, is readily produced assembling and maintenance side
Just advantage.
Accompanying drawing explanation
The detonation configuration schematic diagram of a kind of high-power bulkhead lamp that Fig. 1 provides for this utility model.
The heat radiation assembly structure schematic diagram of a kind of high-power bulkhead lamp that Fig. 2 provides for this utility model.
The radiator single mode group structural representation of a kind of high-power bulkhead lamp that Fig. 3 provides for this utility model.
The fan fixing rack structural representation of a kind of high-power bulkhead lamp that Fig. 4 provides for this utility model.
The lamp housing single mode group structural representation of a kind of high-power bulkhead lamp that Fig. 5 provides for this utility model.
The lamp design schematic diagram of a kind of high-power bulkhead lamp that Fig. 6 provides for this utility model.
The lens group structure schematic diagram of a kind of high-power bulkhead lamp that Fig. 7 provides for this utility model.
The exiting surface plate structure schematic diagram of a kind of high-power bulkhead lamp that Fig. 8 provides for this utility model.
The light source substrate structural representation of a kind of high-power bulkhead lamp that Fig. 9 provides for this utility model.
The radiator back covering plate structure schematic diagram of a kind of high-power bulkhead lamp that Figure 10 provides for this utility model.
The back-cover plate structure schematic diagram of a kind of high-power bulkhead lamp that Figure 11 provides for this utility model.
The inlet air mouth of pipe mounting structure schematic diagram of a kind of high-power bulkhead lamp that Figure 12 provides for this utility model.
The whole modulated structure schematic diagram of a kind of high-power bulkhead lamp that Figure 13 provides for this utility model.
In figure: 1, lamp housing；2, radiating subassembly；3, luminescence component；4, light source substrate；5, radiator back cover plate；6, back-cover plate；
7, the inlet air mouth of pipe；8, airduct；9, power supply；10, lamp housing single mode group: 100, housing；101, upper lining position；102, lower lining position；103、
Groove I；104, rectangular through-hole；105, through hole IV；106 penetrating screws,；20, radiator single mode group；201, heat radiation rack；202, wind
Fan fixed support；203, fan；2010, radiating fin；2011, otch；2012, draw-in groove；2013, boss；2014, hanging hole；
2015, through hole I；2016, public boss；2017, female boss；202, fan fixing rack；2020, chamber；2021, through hole II；30、
Light source；31, light source tabletting；32, lens；320, through hole V；321, groove II；322, lug I is installed；323, waterproof apron 40,
Light source substrate single mode group；50, radiator back cover plate single mode group；60, through hole VI；61, lug II is installed；10A, exiting surface plate；
100A, plate body；101A, anti-dazzle circle；102A, exhaust vent；103A, installation lug III；10B, lamp fixture.
Detailed description of the invention
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
Embodiment, as it can be seen, a kind of high-power Mining lamps and lanterns of this utility model, including lamp housing 1, luminescence component 3, heat radiation
Assembly 2, back-cover plate 6, exiting surface plate 10A, light source substrate 4, radiator back cover plate 5, power supply 9 and lamp fixture 10B, wherein
Lamp housing 1, back-cover plate 6 and exiting surface plate 10A constitute the shell structure of high-power Mining lamps and lanterns, and radiating subassembly 2 is high-power industrial and mineral
The radiator structure assembly of light fixture, this heat abstractor is for using the heat radiation of inner core wind-force.
The radiating subassembly 2 of a kind of high-power Mining lamps and lanterns of this utility model is mutual by three identical radiator single mode groups 20
Occlusion forms mutually, and radiator single mode group 20 includes heat radiation rack 201, fan fixing rack 202 and fan 203.Heat radiation rack 201 is whole
Body uses the aluminium alloy extruded technique of section bar, and cross section is 120 ° of fan annulars, and heat radiation rack 201 is made up of a plurality of radiating fin 2010,
Dual-side the most all has extension along radiating fin 2010, constitutes a draw-in groove 2012 together with the internal ring of fan circular radiating frame 201,
The non-conterminous radiating fin of heat radiation rack 201 two of which 2010 all has extension to form two boss 2013 to dorsal part, dissipates at any two
One of them boss 2013 of hot frame 201 is provided with hanging hole 2014, is used for fixing lamp fixture, at other of heat radiation rack 201
Equidistantly it is provided with through hole I 2015 on boss 2013, is used for heat radiation rack 201 and lamp housing 1 to be fixed together；Heat radiation rack 201 upper end
Periphery has several otch 2011,1/2nd of otch 2011 a length of heat radiation rack height vertically；In heat radiation rack 201 outer
Side is provided with public boss 2016 vertically, is provided with the female boss 2017 corresponding with male boss 2016, three heat radiations at opposite side
Frame 201 is interlocked with mother by male boss 2016 mutually coordinating of boss 2017；Fan fixing rack 202 is uncovered box body
Structure, opening, back to heat radiation rack 201, is fixed in the draw-in groove 2012 fanning hot frame 201, be screwed on heat radiation rack 201 together with, at wind
Fan fixed support 202 cassette bottom is provided with a chamber 2020 near heat radiation rack 201 otch 2011 position, opens bottom this chamber 2020
It is provided with through hole II 2021, in the chamber 2020 of fan fixing rack 202, is installed with drip-proof fan 203, fan 203
Air outlet just through hole II 2021 to chamber 2020 back.
Lamp housing 1 is to be formed by three identical lamp housing single mode groups 10 are engaged, and lamp housing single mode group 10 includes housing
100, upper lining position 101 and the lower lining position 102 that matches with upper lining position 101.Lamp housing single mode group 10 cross section is 120 ° of circular arcs,
When assembling light fixture, three lamp housing single mode groups 10 upper lining position 101 from each other is interlocked with lower lining position 102, constitutes one
The lamp housing 1 of the tube structure of upper and lower opening；Two groove I matched with heat radiation rack 201 boss 2013 it are provided with at housing 1 back side
103, one of them middle part, groove I 103 axis in any two 10 two groove I 103 of lamp housing single mode group is provided with
Rectangular through-hole III 104, this rectangular through-hole III 104 is corresponding with the hanging hole 2014 of heat radiation rack 201, in other groove I 103 of lamp housing 1
Middle equidistantly it is provided with through hole IV 105 along axis, at housing 1 arc-shaped side along being provided with penetrating screw 106 in the axial direction, is used for even
Pick out optic panel 10A and back-cover plate 6.
Luminescence component 3 includes light source 30, light source tabletting 31 and lens 32.Light source 30 used by this utility model is cob
High-power paster light source, in the present embodiment with the independent cob paster light source of three 100 watts, these three cob paster light source divides
Tong Guo not be screwed on light source substrate 4 by three light source tablettings 31；Lens 32 sidewall is provided with the through hole V 320 for outlet, power supply
Line is connected with light source 30 in entering lens 32 by waterproof foreman, through hole V 320, is provided with groove II in lens 32 bottom peripheral edge
321, it is filled with waterproof apron 323 in groove II 321, thus reaches the effect of lens 32 interior waterproof, lens 32 bottom peripheral edge
Being provided with some installation lugs I 322, threaded fastener is fixed on light source substrate 4 by installing I 322 lens 32 of lug.
Light source substrate 4 is made up of three identical light source substrate single mode groups 40, and light source substrate single mode group 40 is that cross section is
The fan-shaped metallic plate of 120 °, its radius is identical with described heat radiation rack 201 cross sectional radius, and plate body is provided with some penetrating screws,
It is used for light source substrate single mode group 40 to be fixed on heat radiation rack 201 cross section radiating fin 2010, substrate is additionally provided with service message source
The through hole of line turnover.
Exiting surface plate 10A includes plate body 100A, anti-dazzle circle 101A, exhaust vent 102A, installs lug III 103A, overall employing
Die casting is moulding, and plate body 100A is circular, and its radius is identical with lamp housing 1 radius, and exiting surface plate 10A removably connects with lamp housing 1, lid
It is located on the end face of lamp housing 1 front end close to sources 30, plate body 100A is provided with the anti-dazzle circle 101A corresponding with light source 30, at plate body
100A edge has some exhaust vent 102A, is provided with the corresponding installation of screw 106 penetrating with lamp housing 1 at plate body 100A periphery
Lug III 103A, threaded fastener by install after lug III 103A with lamp housing 1 arc-shaped side along upper penetrating screw 106 spiral shell
Close, thus exiting surface plate 10A is fixed on lamp housing 1.
Radiator back cover plate 5 is made up of three identical radiator back cover plate single mode groups 50, radiator back cover plate single mode group
50 cross sections are 120 ° of fan annulars that internal ring arc is drawn as straight line, and its radius is identical with the cross sectional radius of heat radiation rack 201, dissipates
Hot device back-cover plate single mode group 50 removably connects with heat radiation rack 201, and radiator back cover plate single mode group 50 is screwed on heat radiation rack 201
On away from an end face of light source 30, three radiator back cover plate single mode groups 50 are screwed on mutually simultaneously and constitute radiator together
Back-cover plate 5.
Back-cover plate 6, for circular metal plate, its diameter is identical with the end face diameter of lamp housing 1, and back-cover plate 6 is detachable with lamp housing 1
Connect, be covered on an end face of lamp housing 1, have a through hole VI 60 in back-cover plate 6 center, logical on back-cover plate 6
Also having the through hole of power supply source line turnover around hole VI 60, it is corresponding that back-cover plate 6 periphery is provided with screw 106 penetrating with lamp housing 1
Installing lug II 61, threaded fastener screws togather along upper penetrating screw 106 with lamp housing 1 arc-shaped side by installing after lug II 61,
Thus back-cover plate 6 is fixed on lamp housing 1.
Power supply 9, power supply 9 used by this utility model is three pieces of independent power modules, and this three block power supplies module is respectively by spiral shell
It is combined in three radiator back cover plate single mode groups 50.
A kind of high-power bulkhead lamp of this utility model also include an inlet air mouth of pipe 7 with one with the inlet air mouth of pipe 7 to connecting
Airduct 8, the inlet air mouth of pipe 7 is the tubular body that cross section is triangular in shape, and this inlet air mouth of pipe 7 and radiator back cover plate 5 are screwed on one
Rising, one of them mouth of pipe of the inlet air mouth of pipe 7 is just to the space fanned in the middle of hot device back-cover plate 5, and airduct 8 is air channel pipeline, and length can root
Arbitrarily arranging according to needs, one end connects the air inlet of inlet air interface 7, and the other end is provided with defecator.
Lamp fixture 10B of the present utility model is a hanger being flexibly connected with light fixture, and hanger passes through heat radiation rack 201
On hanging hole 2014 and rectangular through-hole III 104 on lamp housing 1 be flexibly connected, light fixture is fixed in certain weight body.
The high-power operating mode light fixture with said structure has the inner core wind-force radiator structure of uniqueness, owing to this lamp light source is
High-power cob paster light source, operationally produces substantial amounts of heat in lamp interior, is arranged on three wind at light fixture inner core position
Fan 203 pumps to lamp interior by the cold air outside 8 light fixtures of airduct from back-cover plate 6, then by the air outlet of fan 203
The hot blast of lamp interior is discharged to outside heat radiation rack 201, the most again by the exhaust vent 102A of exiting surface plate 10A in time light fixture
Internal hot blast is discharged outside lamp, and radiation processes is taken out cold wind from lamp tail and discharged hot blast from lamp holder, runs through whole light fixture, and radiating effect is excellent
Good；This utility model considers Cost Problems, mainly have employed section bar extrusion mould as lamp main body framework, but due to lamp body
Huge, the die sinking randomness that it is possessed during actual die sinking is relatively low, if so throwing in production and must single mode group be tied
Structure is split, so whole lamp uses the symmetrical structure from occlusion, radiating subassembly 2 is divided into three identical radiator single mode groups
20, lamp housing 1 is divided into three identical lamp housing single mode groups 10, and light source substrate 4 is divided into three identical light source substrate single modes
Group 40, radiator back cover plate 5 is divided into three identical radiator back cover plate single mode groups 50, uses this from being engaged symmetrical structure
Design can the dividing number of arbitrary extension single mode group according to actual needs, and be easy to produce, easy to maintenance.
By above detailed description of the invention it can be seen that a kind of high-power bulkhead lamp of this utility model has illumination height, dissipates
Thermal effect is excellent, barrier propterty good, light is soft, be easily maintained and the rational advantage of production cost.
Claims (10)
1. a high-power bulkhead lamp, it is characterised in that: include lamp housing (1), luminescence component (3), radiating subassembly (2), back-cover plate
(6), exiting surface plate (10A), light source substrate (4), radiator back cover plate (5), power supply (9) and lamp fixture (10B).
The high-power bulkhead lamp of one the most according to claim 1, it is characterised in that: described radiating subassembly (2) is by three
Individual identical radiator single mode group (20) composition, described radiator single mode group (20) includes heat radiation rack (201), fan fixing rack
And fan (203) (202)；
Described heat radiation rack (201) cross section is 120 ° of fan ring-shaped, and main body is made up of a plurality of radiating fin (2010)；
Described heat radiation rack (201) upper end periphery has several otch (2011) vertically；
Described heat radiation rack (201) dual-side the most all has extension along radiating fin (2010), forms a draw-in groove (2012)；
The non-conterminous radiating fin of described heat radiation rack (201) two of which (2010) all has extension to form two boss to dorsal part
(2013), one of them boss (2013) of any two heat radiation racks (201) is provided with hanging hole (2014), in heat radiation rack (201)
Other boss (2013) on be equidistantly provided with through hole I (2015)；
Described fan fixing rack (202) is uncovered box body structure, and opening, back to described heat radiation rack (201), is fixed on described fan
In the draw-in groove (2012) of hot frame (201), be screwed on described heat radiation rack (201) together with, at described fan fixing rack (202) box
The end, is provided with a chamber (2020) near described heat radiation rack (201) otch (2011) position, offers through hole in this cavity bottom
II (2021)；
Described fan (203) is drip-proof fan, is inlaid in described fan Fixture (202) chamber (2020), and air outlet is the most right
Chamber (2020) backside vias II (2021)；
It is provided with public boss (2016) in described heat radiation rack (201) side, outer vertically, is provided with and public boss at opposite side
(2016) corresponding female boss (2017), three described heat radiation racks (201) are mutually by male boss (2016) and female boss
(2017) cooperation is interlocked.
The high-power bulkhead lamp of one the most according to claim 2, it is characterised in that: described lamp housing (1) is identical by three
Lamp housing single mode group (10) composition；Described lamp housing single mode group (10) cross section is 120 ° of circular arcs, including housing (100),
Upper lining position (101) and the lower lining position (102) matched with upper lining position (101), three described lamp housing single mode group (10) combinations
Constitute the lamp housing (1) of the tube structure of a upper and lower opening together；
Two groove I (103) matched with described heat radiation rack (201) boss (2013) it are provided with at described housing (100) back side,
One of them groove I (103) middle part, axis in (10) two groove I (103) of any two lamp housing single mode groups sets
Having rectangular through-hole III (104), this rectangular through-hole III (104) is corresponding with the hanging hole of heat radiation rack (201) (2014), in lamp housing (1)
Other groove I (103) is equidistantly provided with through hole IV (105) along axis；
At described housing (100) arc-shaped side along being provided with penetrating screw (106) in the axial direction.
The high-power bulkhead lamp of one the most according to claim 3, it is characterised in that: described luminescence component (3) includes light
Source (30), light source tabletting (31) and lens (32)；
Described light source (30) is cob paster light source, is screwed on described light source substrate (4) by described light source tabletting (31)；
Described lens (32) sidewall is provided with through hole V (320), and power line waterproof wiring terminal enters described by through hole V (320)
It is connected with described light source (30) in lens (32)；
Described lens (32) bottom peripheral edge is provided with groove II (321), is filled with waterproof apron (323) in described groove II (321)；
Described lens (32) bottom peripheral edge is provided with some installation lugs I (322), and threaded fastener is by described installation lug I
(22) described lens (32) are fixed on described light source substrate (4).
The high-power bulkhead lamp of one the most according to claim 4, it is characterised in that: described light source substrate (4) is by three
Identical light source substrate single mode group (40) composition, described light source substrate single mode group (40) cross section is 120 ° of metallic plates, its radius
Identical with described heat radiation (201) frame cross sectional radius；
Described light source substrate single mode group (40) removably connects with radiator single mode group (20), described light source substrate single mode group (40)
It is screwed on the radiating fin (2010) on heat radiation rack (201) end face.
The high-power bulkhead lamp of one the most according to claim 5, it is characterised in that: described radiator back cover plate (5) be by
Three identical radiator back cover plate single mode group (50) compositions, described radiator back cover plate single mode group (50) cross section is internal ring arc
Being drawn as 120 ° of fan annulars of straight line, its radius is identical with the cross sectional radius of described heat radiation rack (201)；
Described radiator back cover plate single mode group (50) removably connects with described heat radiation rack (201), described radiator back cover plate list
Module (50) is screwed on described heat radiation rack (201) away from an end face of light source (30), three described radiator backs
Cover plate single mode group (50) is screwed on mutually simultaneously and constitutes described radiator back cover plate (5) together.
The high-power bulkhead lamp of one the most according to claim 6, it is characterised in that: described back-cover plate (6) is circular metal
Plate, its radius is identical with the end face radius of described lamp housing (1)；
Described back-cover plate (6) removably connects with described lamp housing (1), is covered on the rear end face of described lamp housing (1)；
A through hole VI (60) is had in described back-cover plate (6) center；
Described back-cover plate (6) periphery is provided with the installation lug II (61) corresponding with described lamp housing (1) penetrating screw (106).
The high-power bulkhead lamp of one the most according to claim 7, it is characterised in that: also include an inlet air mouth of pipe (7) and
One with the inlet air mouth of pipe (7) to the airduct (8) connected；
The described inlet air mouth of pipe (7) is the tubular body that cross section is triangular in shape, this inlet air mouth of pipe (7) and described radiator back cover plate
(5) it is screwed on together, the space in the middle of the described inlet air mouth of pipe (7) one of them mouth of pipe just hot to described fan device back-cover plate (5)；
Described airduct (8) is air channel pipeline, and length can the most arbitrarily be arranged, and one end connects the air inlet of inlet air interface (7),
The other end is provided with defecator.
The high-power bulkhead lamp of one the most according to claim 8, it is characterised in that: described power supply (9) includes three independences
Power module, three described power modules are screwed on three described radiator backs cover plate single mode group (50) respectively.
The high-power bulkhead lamp of one the most according to claim 9, it is characterised in that: described exiting surface plate (10A) includes plate
Body (100A), anti-dazzle circle (101A), exhaust vent (102A), installation lug III (103A)；
Described plate body (100A) is circular, and its radius is identical with described lamp housing (1) radius, this plate body (100A) and described lamp housing
(1) removably connect, be covered on the end face of described lamp housing (1) front end close to sources；
Described exhaust vent (102A) is the through hole being arranged on described plate body (100A) edge；
It is provided with the installation lug III corresponding with described lamp housing (1) penetrating screw (106) at described plate body (100A) periphery
(103A).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620252899.0U CN205504675U (en) | 2016-03-30 | 2016-03-30 | High -power mining lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620252899.0U CN205504675U (en) | 2016-03-30 | 2016-03-30 | High -power mining lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205504675U true CN205504675U (en) | 2016-08-24 |
Family
ID=56735437
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620252899.0U Withdrawn - After Issue CN205504675U (en) | 2016-03-30 | 2016-03-30 | High -power mining lamp |
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| Country | Link |
|---|---|
| CN (1) | CN205504675U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105674165A (en) * | 2016-03-30 | 2016-06-15 | 河南江尚照明技术有限公司 | High-power mining lamp |
-
2016
- 2016-03-30 CN CN201620252899.0U patent/CN205504675U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105674165A (en) * | 2016-03-30 | 2016-06-15 | 河南江尚照明技术有限公司 | High-power mining lamp |
| CN105674165B (en) * | 2016-03-30 | 2018-05-29 | 河南江尚照明技术有限公司 | A kind of high-power bulkhead lamp |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160824 Effective date of abandoning: 20180529 |