CN206095895U - Polymer ultraviolet ray ageing oven - Google Patents
Polymer ultraviolet ray ageing oven Download PDFInfo
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- CN206095895U CN206095895U CN201621116044.1U CN201621116044U CN206095895U CN 206095895 U CN206095895 U CN 206095895U CN 201621116044 U CN201621116044 U CN 201621116044U CN 206095895 U CN206095895 U CN 206095895U
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Abstract
The utility model provides a polymer ultraviolet ray ageing oven belongs to polymer test technical field. Including ultraviolet irradiation system, quick -witted case, tray rotating system, chamber door and control system, ultraviolet irradiation system locates quick -witted incasement top intermediate position, and tray rotating system locates ultraviolet irradiation system below position, and the inner chamber of quick -witted case divide into work chamber and control cabinet by last baffle and lower baffle, and control system locates in the control cabinet. Tray rotating system includes rotating tray, rotary rod, motor, rotary rod upper portion freedom unsettled in the work chamber, the lower extreme with be fixed in that motor output shaft is connected in the control cabinet, the middle part is by fixing the bearing housing location on baffle down, rotary rod upper portion is equipped with the pinhole along the direction of height equidistance, the tube -in -tube structure of rotating tray middle part for taking the pin, rotating tray passes through tube -in -tube structure movable sleeve in the middle part of it admittedly on the rotary rod. Have advantages such as commonality and standard nature are strong, measurement accuracy is high, convenient to use, can extensively be used for polymer ageing tests to detect.
Description
Technical field
This utility model provides a kind of polymeric uv ageing oven, belongs to Polymer Trials testing equipment technical field.
Background technology
In Polymer Trials detection field, the equipment that energy precise control uitraviolet intensity and ageing time are there is no at present is existing
There is method for testing and detecting more original and simple, i.e., it is ultraviolet by manually controlling with the Burdick lamp direct irradiation of certain power
The line aging time, it is impossible to accurately control the intensity of ultraviolet, it is uneven to be easily caused the irradiation to polymer, testing inspection
It is middle to need artificial cooperation repeatedly, there are problems that operation implements inconvenience, accuracy of detection not.
The content of the invention
The technical problems to be solved in the utility model be for existing Polymer Trials detection middle-ultraviolet lamp exposure rate and
Time cannot precise control, the problems such as accuracy of detection is inadequate, there is provided a kind of polymeric uv ageing oven, realize Polymer Trials
The generalization and standardization of detection, improves test specimen Aging control precision, facilitates the operation of testing inspection.
The technical solution of the utility model is：Polymeric uv ageing oven includes ultraviolet irradiation system 1, cabinet 2, support
Disc spins system 3, chamber door and control system, ultraviolet irradiation system 1 is located at the inner cavity top centre position of cabinet 2, pallet rotation
System 3 is located at the lower position of ultraviolet irradiation system 1 in cabinet 2, and the inner chamber of cabinet 2 is by upper spacer 2-1 and lower clapboard 2-2 point
Work chamber A and control cabinet B, the top of pallet rotary system 3 is located in work chamber A, bottom is located in control cabinet B, control system
In control cabinet B, chamber door includes the work hatch door 6 being hinged with cabinet 2 and control hatch door 5.
The ultraviolet irradiation system 1 includes lampshade 1-1, Burdick lamp HU, lamp bracket 1-2, and lampshade 1-1 Jing lamp brackets 1-2 consolidates
It is scheduled in cabinet 2 on the roof of work chamber A and is hinged with lamp bracket 1-2 lower ends.Lampshade 1-1 can be rotated around lamp bracket 1-2 lower ends,
It is conveniently adjusted ultraviolet direction of illumination and changes Burdick lamp.
The Burdick lamp HU be 300～500W of power, the commercially available ultraviolet high-pressure mercury lamps of effective arc length 98mm of ultraviolet,
The power of Burdick lamp HU can be selected according to actual needs.
The lower clapboard 2-2 of control cabinet B is provided with distribution component fixed plate 2-3, the top work chamber of cabinet 2 in the cabinet 2
The tank wall of A is provided with air-vent and fan F, it is ensured that the radiating of cabinet and the air circulation in interior storehouse；Work hatch door 6 and control hatch door
Work chamber catch 6-1 and control cabinet catch 5-1 is further respectively had on 5, is easy to the switch of hatch door.Distribution component fixed plate 2-
3 are used to fix control system electric elements.
The pallet rotary system 3 include rotary-tray 3-1, swingle 3-2, motor M, swingle 3-2 through on every
In plate 2-1 and lower clapboard 2-2 central through holes, its top is freely suspended in work chamber A, lower end be fixed in control cabinet B electricity
By the bearing holder (housing, cover) 3-3 positioning being fixed on lower clapboard 2-2, swingle 3-2 tops are along height side at output shaft connection, the middle part of machine M
To pin-and-hole C is equidistantly provided with, rotary-tray 3-1 middle parts are the tube-in-tube structure with pin 3-5, and rotary-tray 3-1 is by the middle part of it
Tube-in-tube structure movable sleeve is fixed on swingle 3-2.By using cooperatively for pin 3-5 and pin-and-hole C, it is capable of achieving to rotary-tray 3-
The adjustment of distance between 1 and Burdick lamp HU.The diameter of rotary-tray can determine according to actual needs, preferably, typically may be used
Using the diameter of 300-500mm.Motor M is fixed on control cabinet B diapires by commonsense methods such as screws, swingle 3-2 with electricity
Being fixedly connected for machine M output shafts the common mode such as connects using bonded, shaft coupling.
The rotary-tray 3-1 middle parts tube-in-tube structure both sides of the pallet rotary system 3 are additionally provided with pallet drop handle 3-4, are used for
The operation that rotary-tray 3-1 is moved up and down along swingle 3-2, the spacing of convenient adjustment rotary-tray 3-1 and Burdick lamp HU
From.
Air-vent D is additionally provided with the trying to get to the heart of a matter of rotary-tray 3-1 in the pallet rotary system 3, during rotary-tray 3-1 can be made
Polymer test specimen bottom is breathed freely, to ensure that ultraviolet irradiates aging effect.The size and number of air-vent D is true according to actual needs
It is fixed, it is ensured that polymer test specimen bottom is ventilative in rotary-tray 3-1.
The rotary speed of the rotary-tray 3-1 be 5 ± 0.5r/min, to ensure rotary-tray 3-1 in polymer test specimen
The uniform irradiation of Burdick lamp can be received.
The distance between the rotary-tray 3-1 and Burdick lamp HU is 100-300mm, on swingle 3-2 between pin-and-hole C
Spacing be 5-20mm, with specific reference to detection it needs to be determined that.By adjust rotary-tray 3-1 and Burdick lamp HU between away from
From, thus it is possible to vary ultraviolet irradiation intensity of the Burdick lamp to polymer test specimen, to meet the requirement of different tests detection.
The control system include circuit breaker Q F, motor M, fan F, ballast U, trigger RS, catalyst KM, the time after
Electrical equipment KT, motor switch Km, Burdick lamp switch Ku, power supply indicator HR, Burdick lamp HU Jing ballast U, trigger RS, connect
Tentaculum KM is connected with circuit breaker Q F outfan, and time relay KT is connected with catalyst KM with circuit breaker Q F, and motor M Jing motors are opened
Close Km and connect circuit breaker Q F outfan, circuit breaker Q F input termination alternating current.Time relay KT adjustable times typically may be selected 0
～100h.
During using this utility model, equipment electric power system, each piece safety situation are first checked, by pin 3-5 and pin-and-hole C
Use cooperatively, adjusting tray to need height；Then the vessel for holding test specimen are placed on pallet, setting time relay
The device time, switch on power, close circuit breaker（Power supply indicator is bright）；Lower tray rotary control switch is pressed again, makes pallet start rotation
Turn, close work hatch door；Time relay controlling switch is pressed, catalyst is closed, starts ultraviolet ray ageing irradiation system；When
Between after relay countdown terminates, ultraviolet ray ageing irradiation system is automatically switched off；Pallet rotary control switch is turned off, is disconnected disconnected
Road device, cuts off power supply, opens work hatch door, the test specimen of degree of aging needed for obtaining.
This utility model provides Special Equipment by the ultraviolet ray ageing for polymer test specimen, so as to be capable of achieving polymer examination
The generalization and standardization of part ultraviolet ray ageing；By the precise control to exposure rate and the uniformity, such that it is able to control to gather
The degree of aging of compound test specimen, meets the needs of polymer experiments detection.Additionally, rotary-tray from ultraviolet high-pressure mercury lamps away from
From scalable so that uitraviolet intensity is adjustable；The time relay energy precise control testing inspection time of configuration, increasing it makes
Use convenience.With simple structure, reliable operation is easy to use, and versatility and standard are strong, are accurately controlled polymer test specimen
The advantages of degree of aging.
Description of the drawings
Fig. 1 is this utility model main view partial schematic sectional view.
Fig. 2 is this utility model side-looking partial schematic sectional view.
Fig. 3 is this utility model E-E cross-sectional schematics.
Fig. 4 is this utility model control system circuit schematic diagram.
In figure, 1- ultraviolet irradiation systems, 1-1- lampshades, 1-2- lamp brackets, 2- cabinets, 2-1- upper spacers, 2-2- lower clapboards,
2-3- distribution component fixed plates, 3- pallet rotary systems, 3-1- rotary-trays, 3-2- swingles, 3-3- bearing holder (housing, cover)s, 3-4- pallets
Drop handle, 3-5- pins, 4- cabinet feet, 5- control hatch doors, 5-1- control cabinet catch, 6- work hatch doors, 6-1- work hatch doors draw
Handss, A- work chambers, AC- alternating current power supplys, B- control cabinets, C- pin-and-holes, F- fans, HU- Burdick lamps, HR- power supply indicators, KM-
Catalyst, the KT- time relays, Km- motor switch, Ku- Burdick lamps switch, M- motors, QF- choppers, RS- triggers,
U- ballast.
Specific embodiment
Below in conjunction with the accompanying drawings, specific embodiment of the present utility model is further described in detail.In the present embodiment not
Dated technology or product, are prior art or can pass through the conventional products that purchase is obtained.
Embodiment 1：As Figure 1-4：This polymeric uv ageing oven includes ultraviolet irradiation system 1, cabinet 2, support
Disc spins system 3, chamber door and control system, ultraviolet irradiation system 1 is located at the inner cavity top centre position of cabinet 2, pallet rotation
System 3 is located at the lower position of ultraviolet irradiation system 1 in cabinet 2, and the inner chamber of cabinet 2 is by upper spacer 2-1 and lower clapboard 2-2 point
Work chamber A and control cabinet B, the top of pallet rotary system 3 is located in work chamber A, bottom is located in control cabinet B, control system
In control cabinet B, chamber door includes the work hatch door 6 being hinged with cabinet 2 and control hatch door 5.In cabinet 2 under control cabinet B every
Plate 2-2 is provided with distribution component fixed plate 2-3, and the tank wall of the top work chamber A of cabinet 2 is provided with air-vent and fan F, work chamber
Work chamber catch 6-1 and control cabinet catch 5-1 is respectively equipped with door 6 and control hatch door 5, control system electric elements are fixed
In distribution component fixed plate 2-3.Cabinet 470 × 500 × 750mm of overall dimensions, is made up of 304 corrosion resistant plates, thickness of slab 2mm.
Ultraviolet irradiation system 1 includes lampshade 1-1, Burdick lamp HU, lamp bracket 1-2, and lampshade 1-1 Jing lamp bracket 1-2 are fixed on
It is hinged on the roof of work chamber A and with lamp bracket 1-2 lower ends in cabinet 2.Lampshade 1-1 can be rotated around lamp bracket 1-2 lower ends.It is ultraviolet
Line lamp HU is power 400W, the commercially available ultraviolet high-pressure mercury lamps of effective arc length 98mm of ultraviolet.
Pallet rotary system 3 includes rotary-tray 3-1, swingle 3-2, motor M, and swingle 3-2 is through upper spacer 2-1
In lower clapboard 2-2 central through holes, its top is freely suspended in work chamber A, lower end be fixed on motor M in control cabinet B
Output shaft connection, middle part are by the bearing holder (housing, cover) 3-3 positioning being fixed on lower clapboard 2-2, and swingle 3-2 tops are equidistant along short transverse
It is provided with 16 pin-and-hole C（Each pin-and-hole diameter 5mm）, rotary-tray 3-1 middle parts are the tube-in-tube structure with pin 3-5, rotary-tray
3-1 is fixed on swingle 3-2 by the tube-in-tube structure movable sleeve in the middle part of it.It is real by using cooperatively for pin 3-5 and pin-and-hole C
Now to the adjustment of distance between rotary-tray 3-1 and Burdick lamp HU.A diameter of 400mm of rotary-tray.Motor M passes through screw
It is fixed on control cabinet B diapires etc. commonsense method, swingle 3-2 is fixedly connected using common shaft coupling with motor M output shafts
Connection.
The rotary-tray 3-1 middle parts tube-in-tube structure both sides of pallet rotary system 3 are additionally provided with pallet drop handle 3-4, are easy to rotation
Pallet 3-1 moves up and down operation, distance between adjustment rotary-tray 3-1 and Burdick lamp HU along swingle 3-2.Pallet rotates
Trying to get to the heart of a matter for rotary-tray 3-1 upper radially even is provided with 4 groups of air-vent D, per group of 3 air-vent D, each air-vent D in system 3
Diameter 20mm, spacing 30mm.The rotary speed of rotary-tray 3-1 is 5r/min.
The distance between rotary-tray 3-1 and Burdick lamp HU is that 100-300mm is adjustable, on swingle 3-2 between pin-and-hole C
Spacing be 10mm（Centre-to-centre spacing）, i.e., per grade adjustment 10mm.That is swingle 3-2 upper ends pin-and-hole C and rotary-tray 3-1 coordinates, and protects
Card rotary-tray 3-1 tries to get to the heart of a matter between Burdick lamp 100mm, swingle 3-2 tops the top pin-and-hole C and bottom pin-and-hole C
Centre-to-centre spacing is 200mm；By the cooperation of pin 3-5 and pin-and-hole C, operation rotary-tray 3-1 is moved up and down along swingle 3-2, is adjusted
Distance between whole rotary-tray 3-1 and Burdick lamp HU, changes ultraviolet irradiation intensity of the Burdick lamp to polymer test specimen.
Control system includes circuit breaker Q F, motor M, fan F, ballast U, trigger RS, catalyst KM, the time relay
KT, motor switch Km, Burdick lamp switch Ku, power supply indicator HR, Burdick lamp HU Jing ballast U, trigger RS, catalyst
KM is connected with circuit breaker Q F outfan, and time relay KT is connected with catalyst KM with circuit breaker Q F, motor M Jing motor switch Km
Connect circuit breaker Q F outfan, circuit breaker Q F input termination alternating current.Time relay KT adjustable times are 0～100h.Distribution
System working power 220V, whole acc power about 400W.
Embodiment 2：As Figure 1-4：This polymeric uv ageing oven includes ultraviolet irradiation system 1, cabinet 2, support
Disc spins system 3, chamber door and control system, ultraviolet irradiation system 1 is located at the inner cavity top centre position of cabinet 2, pallet rotation
System 3 is located at the lower position of ultraviolet irradiation system 1 in cabinet 2, and the inner chamber of cabinet 2 is by upper spacer 2-1 and lower clapboard 2-2 point
Work chamber A and control cabinet B, the top of pallet rotary system 3 is located in work chamber A, bottom is located in control cabinet B, control system
In control cabinet B, chamber door includes the work hatch door 6 being hinged with cabinet 2 and control hatch door 5.In cabinet 2 under control cabinet B every
Plate 2-2 is provided with distribution component fixed plate 2-3, and the tank wall of the top work chamber A of cabinet 2 is provided with air-vent and fan F, work chamber
Work chamber catch 6-1 and control cabinet catch 5-1 is respectively equipped with door 6 and control hatch door 5, control system electric elements are fixed
In distribution component fixed plate 2-3.Cabinet is made up of 304 corrosion resistant plates.
Ultraviolet irradiation system 1 includes lampshade 1-1, Burdick lamp HU, lamp bracket 1-2, and lampshade 1-1 Jing lamp bracket 1-2 are fixed on
It is hinged on the roof of work chamber A and with lamp bracket 1-2 lower ends in cabinet 2.Lampshade 1-1 can be rotated around lamp bracket 1-2 lower ends.It is ultraviolet
Line lamp HU is power 300W, the commercially available ultraviolet high-pressure mercury lamps of effective arc length 98mm of ultraviolet.
Pallet rotary system 3 includes rotary-tray 3-1, swingle 3-2, motor M, and swingle 3-2 is through upper spacer 2-1
In lower clapboard 2-2 central through holes, its top is freely suspended in work chamber A, lower end be fixed on motor M in control cabinet B
Output shaft connection, middle part are by the bearing holder (housing, cover) 3-3 positioning being fixed on lower clapboard 2-2, and swingle 3-2 tops are equidistant along short transverse
It is provided with 40 pin-and-hole C（Each pin-and-hole diameter 2.5mm）, rotary-tray 3-1 middle parts are the tube-in-tube structure with pin 3-5, rotation support
Disk 3-1 is fixed on swingle 3-2 by the tube-in-tube structure movable sleeve in the middle part of it.By using cooperatively for pin 3-5 and pin-and-hole C,
Realize the adjustment to distance between rotary-tray 3-1 and Burdick lamp HU.A diameter of 300mm of rotary-tray.Motor M passes through spiral shell
The commonsense methods such as nail are fixed on control cabinet B diapires, and swingle 3-2 is commonly bonded with the employing that is fixedly connected of motor M output shafts
Connect.
The rotary-tray 3-1 middle parts tube-in-tube structure both sides of pallet rotary system 3 are additionally provided with pallet drop handle 3-4, are easy to rotation
Pallet 3-1 moves up and down operation, distance between adjustment rotary-tray 3-1 and Burdick lamp HU along swingle 3-2.Pallet rotates
Trying to get to the heart of a matter for rotary-tray 3-1 upper radially even is provided with 2 groups of air-vent D, per group of 4 air-vent D, each air-vent D in system 3
Diameter 10mm, spacing 20mm.The rotary speed of rotary-tray 3-1 is 4.5r/min.
The distance between rotary-tray 3-1 and Burdick lamp HU is that 100-300mm is adjustable, on swingle 3-2 between pin-and-hole C
Pitch of holes be 5mm（Centre-to-centre spacing）, i.e., per grade adjustment 5mm.That is swingle 3-2 upper ends pin-and-hole C and rotary-tray 3-1 coordinates, and protects
Card rotary-tray 3-1 tries to get to the heart of a matter between Burdick lamp 100mm, swingle 3-2 tops the top pin-and-hole C and bottom pin-and-hole C
Centre-to-centre spacing is 200mm；By the cooperation of pin 3-5 and pin-and-hole C, operation rotary-tray 3-1 is moved up and down along swingle 3-2, is adjusted
Distance between whole rotary-tray 3-1 and Burdick lamp HU, changes ultraviolet irradiation intensity of the Burdick lamp to polymer test specimen.
Control system includes circuit breaker Q F, motor M, fan F, ballast U, trigger RS, catalyst KM, the time relay
KT, motor switch Km, Burdick lamp switch Ku, power supply indicator HR, Burdick lamp HU Jing ballast U, trigger RS, catalyst
KM is connected with circuit breaker Q F outfan, and time relay KT is connected with catalyst KM with circuit breaker Q F, motor M Jing motor switch Km
Connect circuit breaker Q F outfan, circuit breaker Q F input termination alternating current.Time relay KT adjustable times are 0～100h.Distribution
System working power 220V, whole acc power about 400W.
Embodiment 3：As Figure 1-4：This polymeric uv ageing oven includes ultraviolet irradiation system 1, cabinet 2, support
Disc spins system 3, chamber door and control system, ultraviolet irradiation system 1 is located at the inner cavity top centre position of cabinet 2, pallet rotation
System 3 is located at the lower position of ultraviolet irradiation system 1 in cabinet 2, and the inner chamber of cabinet 2 is by upper spacer 2-1 and lower clapboard 2-2 point
Work chamber A and control cabinet B, the top of pallet rotary system 3 is located in work chamber A, bottom is located in control cabinet B, control system
In control cabinet B, chamber door includes the work hatch door 6 being hinged with cabinet 2 and control hatch door 5.In cabinet 2 under control cabinet B every
Plate 2-2 is provided with distribution component fixed plate 2-3, and the tank wall of the top work chamber A of cabinet 2 is provided with air-vent and fan F, work chamber
Work chamber catch 6-1 and control cabinet catch 5-1 is respectively equipped with door 6 and control hatch door 5, control system electric elements are fixed
In distribution component fixed plate 2-3.Cabinet is made up of 304 corrosion resistant plates.
Ultraviolet irradiation system 1 includes lampshade 1-1, Burdick lamp HU, lamp bracket 1-2, and lampshade 1-1 Jing lamp bracket 1-2 are fixed on
It is hinged on the roof of work chamber A and with lamp bracket 1-2 lower ends in cabinet 2.Lampshade 1-1 can be rotated around lamp bracket 1-2 lower ends.It is ultraviolet
Line lamp HU is power 500W, the commercially available ultraviolet high-pressure mercury lamps of effective arc length 98mm of ultraviolet.
Pallet rotary system 3 includes rotary-tray 3-1, swingle 3-2, motor M, and swingle 3-2 is through upper spacer 2-1
In lower clapboard 2-2 central through holes, its top is freely suspended in work chamber A, lower end be fixed on motor M in control cabinet B
Output shaft connection, middle part are by the bearing holder (housing, cover) 3-3 positioning being fixed on lower clapboard 2-2, and swingle 3-2 tops are equidistant along short transverse
It is provided with 10 pin-and-hole C（Each pin-and-hole diameter 8mm）, rotary-tray 3-1 middle parts are the tube-in-tube structure with pin 3-5, rotary-tray
3-1 is fixed on swingle 3-2 by the tube-in-tube structure movable sleeve in the middle part of it.It is real by using cooperatively for pin 3-5 and pin-and-hole C
Now to the adjustment of distance between rotary-tray 3-1 and Burdick lamp HU.A diameter of 500mm of rotary-tray.Motor M passes through screw
It is fixed on control cabinet B diapires etc. commonsense method, swingle 3-2 is fixedly connected using common shaft coupling with motor M output shafts
Connection.
The rotary-tray 3-1 middle parts tube-in-tube structure both sides of pallet rotary system 3 are additionally provided with pallet drop handle 3-4, are easy to rotation
Pallet 3-1 moves up and down operation, distance between adjustment rotary-tray 3-1 and Burdick lamp HU along swingle 3-2.Pallet rotates
Trying to get to the heart of a matter for rotary-tray 3-1 upper radially even is provided with 6 groups of air-vent D, per group of 3 air-vent D, each air-vent D in system 3
Diameter 25mm, pitch of holes 50mm.The rotary speed of rotary-tray 3-1 is 5.5r/min.
The distance between rotary-tray 3-1 and Burdick lamp HU is that 100-300mm is adjustable, on swingle 3-2 between pin-and-hole C
Spacing be 20mm（Centre-to-centre spacing）, i.e., per grade adjustment 20mm.That is swingle 3-2 upper ends pin-and-hole C and rotary-tray 3-1 coordinates, and protects
Card rotary-tray 3-1 tries to get to the heart of a matter between Burdick lamp 100mm, swingle 3-2 tops the top pin-and-hole C and bottom pin-and-hole C
Centre-to-centre spacing is 200mm；By the cooperation of pin 3-5 and pin-and-hole C, operation rotary-tray 3-1 is moved up and down along swingle 3-2, is adjusted
Distance between whole rotary-tray 3-1 and Burdick lamp HU, changes ultraviolet irradiation intensity of the Burdick lamp to polymer test specimen.
Control system includes circuit breaker Q F, motor M, fan F, ballast U, trigger RS, catalyst KM, the time relay
KT, motor switch Km, Burdick lamp switch Ku, power supply indicator HR, Burdick lamp HU Jing ballast U, trigger RS, catalyst
KM is connected with circuit breaker Q F outfan, and time relay KT is connected with catalyst KM with circuit breaker Q F, motor M Jing motor switch Km
Connect circuit breaker Q F outfan, circuit breaker Q F input termination alternating current.Time relay KT adjustable times are 0～100h.Distribution
System working power 220V, whole acc power about 400W.
The distance between this utility model rotary-tray and high voltage mercury lamp 100-300mm is adjustable.When the work(of Burdick lamp HU
When rate is 400W, the uitraviolet intensity such as following table of different tray positions.
Technology contents of the present utility model are described above in conjunction with accompanying drawing, but protection domain of the present utility model is not
It is limited to the content, in the ken that one skilled in the relevant art possesses, can be with new without departing from this practicality
Technology contents of the present utility model are made a variety of changes on the premise of type objective, it is all it is of the present utility model spirit and principle it
Interior, any modification, equivalent substitution and improvements done etc. should be included within protection domain of the present utility model.
Claims (10)
1. a kind of polymeric uv ageing oven, it is characterised in that：Including ultraviolet irradiation system（1）, cabinet（2）, pallet rotation
Transfer from one department to another system（3）, chamber door and control system, ultraviolet irradiation system（1）Located at cabinet（2）Inner cavity top centre position, pallet rotation
Transfer from one department to another system（3）Located at cabinet（2）Interior ultraviolet irradiation system（1）Lower position, cabinet（2）Inner chamber by upper spacer（2-1）With
Lower clapboard（2-2）It is divided into work chamber（A）And control cabinet（B）, pallet rotary system（3）Top be located at work chamber（A）In, bottom
Positioned at control cabinet（B）In, control system is located at control cabinet（B）In, chamber door includes and cabinet（2）The work hatch door of hinge（6）With
Control hatch door（5）.
2. polymeric uv ageing oven according to claim 1, it is characterised in that：The ultraviolet irradiation system（1）
Including lampshade（1-1）, Burdick lamp（HU）, lamp bracket（1-2）, lampshade（1-1）Jing lamp brackets（1-2）It is fixed on cabinet（2）Interior work
Cabin（A）Roof on and and lamp bracket（1-2）Lower end is hinged.
3. polymeric uv ageing oven according to claim 2, it is characterised in that：The Burdick lamp（HU）For power
The ultraviolet high-pressure mercury lamps of effective arc length 98mm of 300～500W, ultraviolet.
4. polymeric uv ageing oven according to claim 1, it is characterised in that：The cabinet（2）Middle control cabinet（B）
Lower clapboard（2-2）It is provided with distribution component fixed plate（2-3）, cabinet（2）Top work chamber（A）Tank wall be provided with air-vent
And fan（F）, work hatch door（6）With control hatch door（5）On further respectively have work chamber catch（6-1）With control cabinet catch
（5-1）.
5. polymeric uv ageing oven according to claim 1, it is characterised in that：The pallet rotary system（3）Bag
Include rotary-tray（3-1）, swingle（3-2）, motor（M）, swingle（3-2）Through upper spacer（2-1）And lower clapboard（2-2）
In central through hole, its top is freely suspended on work chamber（A）In, lower end be fixed on control cabinet（B）Middle motor（M）Output shaft
Connection, middle part are by being fixed on lower clapboard（2-2）On bearing holder (housing, cover)（3-3）Positioning, swingle（3-2）Top is equidistant along short transverse
It is provided with pin-and-hole（C）, rotary-tray（3-1）Middle part is band pin（3-5）Tube-in-tube structure, rotary-tray（3-1）By its middle part
Tube-in-tube structure movable sleeve be fixed in swingle（3-2）On.
6. polymeric uv ageing oven according to claim 5, it is characterised in that：The pallet rotary system（3）'s
Rotary-tray（3-1）Middle part tube-in-tube structure both sides are additionally provided with pallet drop handle（3-4）.
7. polymeric uv ageing oven according to claim 5, it is characterised in that：The pallet rotary system（3）In
Rotary-tray（3-1）Try to get to the heart of a matter on be additionally provided with air-vent（D）.
8. polymeric uv ageing oven according to claim 5, it is characterised in that：The rotary-tray（3-1）Rotation
Rotary speed is 5 ± 0.5r/min.
9. polymeric uv ageing oven according to claim 5, it is characterised in that：The rotary-tray（3-1）With purple
Outside line lamp（HU）The distance between be 100-300mm, swingle（3-2）Upper pin-and-hole（C）Between spacing be 5-20mm.
10. polymeric uv ageing oven according to claim 1, it is characterised in that：The control system includes open circuit
Device（QF）, motor（M）, fan（F）, ballast（U）, trigger（RS）, catalyst（KM）, the time relay（KT）, motor opens
Close（Km）, Burdick lamp switch（Ku）, power supply indicator（HR）, Burdick lamp（HU）Jing ballast（U）, trigger（RS）, connect
Tentaculum（KM）With chopper（QF）Outfan connects, the time relay（KT）With catalyst（KM）And chopper（QF）Connection, electricity
Machine（M）Jing motor switch（Km）Connect chopper（QF）Outfan, chopper（QF）Input termination alternating current.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621116044.1U CN206095895U (en) | 2016-10-12 | 2016-10-12 | Polymer ultraviolet ray ageing oven |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621116044.1U CN206095895U (en) | 2016-10-12 | 2016-10-12 | Polymer ultraviolet ray ageing oven |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206095895U true CN206095895U (en) | 2017-04-12 |
Family
ID=58482470
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621116044.1U Expired - Fee Related CN206095895U (en) | 2016-10-12 | 2016-10-12 | Polymer ultraviolet ray ageing oven |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206095895U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106290138A (en) * | 2016-10-12 | 2017-01-04 | 长安大学 | Polymeric uv ageing oven |
| CN109470451A (en) * | 2018-11-09 | 2019-03-15 | 武汉普赛斯电子技术有限公司 | A kind of versatility optical module aging equipment |
-
2016
- 2016-10-12 CN CN201621116044.1U patent/CN206095895U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106290138A (en) * | 2016-10-12 | 2017-01-04 | 长安大学 | Polymeric uv ageing oven |
| CN106290138B (en) * | 2016-10-12 | 2023-08-22 | 长安大学 | Polymer ultraviolet ageing oven |
| CN109470451A (en) * | 2018-11-09 | 2019-03-15 | 武汉普赛斯电子技术有限公司 | A kind of versatility optical module aging equipment |
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Granted publication date: 20170412 Termination date: 20191012 |