CN103831216B - Long profiles coating equipment - Google Patents

Long profiles coating equipment Download PDF

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Publication number
CN103831216B
CN103831216B CN201410106182.0A CN201410106182A CN103831216B CN 103831216 B CN103831216 B CN 103831216B CN 201410106182 A CN201410106182 A CN 201410106182A CN 103831216 B CN103831216 B CN 103831216B
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CN
China
Prior art keywords
described
mechanism
coating equipment
valve core
performs
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CN201410106182.0A
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Chinese (zh)
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CN103831216A (en
Inventor
黄立明
吴思明
茅立安
余大海
陈云
潘庾强
朱刚
陈仕军
詹永根
胡迎亮
陈芳红
胡兴贤
黄叶东
沈一平
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浙江明泉工业涂装有限公司
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Priority to CN201410106182.0A priority Critical patent/CN103831216B/en
Publication of CN103831216A publication Critical patent/CN103831216A/en
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Publication of CN103831216B publication Critical patent/CN103831216B/en

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Abstract

The invention provides a kind of long profiles coating equipment, belong to spraying equipment technical field.It solve prior art material easily to waste, production cost high-technology problem.It comprises coating machine, shower head mechanism is provided with in described coating machine, also comprise deduster, described deduster connects cyclone separator, the upper portion side wall of described cyclone separator is communicated with coating equipment inside by dust removing tube, the bottom of cyclone separator connects the powder filter mechanism sieving powdered rubber, also comprise material return mechanism, it is in-house that described material return mechanism one end connects powder filter, it is inner that the other end connects coating equipment, and material return mechanism can be drawn into coating equipment inside the powder after the screening of powder filter mechanism.Dust in coating machine can sieve by the present invention, and reduce the content of powder entering into deduster, the qualified powder after screening is directly put in coating equipment and reused, and reduces Material Cost, improves operating efficiency.

Description

Long profiles coating equipment

Technical field

The invention belongs to spraying equipment technical field, relate to a kind of long profiles coating equipment.

Background technology

Electrostatic powder coating technology is the new application techniques of of developing rapidly in recent years, its feature is that the recyclable recycling of the easy powder of economize energy non-pollution technology easily realizes automation, and attractive coat is beautiful, sturdy and durable, become the developing direction that paint industry is new.In electrostatic spraying operation, it is fixing that the section bar being adsorbed with toner is placed in drying room fusing by usual needs, make the coated complete resinous coat of Surface of profile, drying room adopts hot air circulation to provide the heat energy of powder smelting usually, in this process, some powder being not suitable for application can be produced be present in drying room, if these powder process not in time, can painting effect be had influence on.

Prior art deduster is directly connected drying room (or coating equipment), by negative pressure, underproof powder is drawn in deduster, although this mode can ensure, by the floating dust removing in drying room, also easily to be siphoned away by qualified toners, thus increase production cost.

Summary of the invention

The object of the invention is for the deficiencies in the prior art, the long profiles coating equipment of toner recoverable of a kind of good dedusting effect, application is provided.

For achieving the above object, present invention employs following technical proposal: a kind of long profiles coating equipment, comprise coating machine, shower head mechanism is provided with in described coating machine, also comprise deduster, described deduster connects cyclone separator, the upper portion side wall of described cyclone separator is communicated with coating equipment inside by dust removing tube, the bottom of cyclone separator connects the powder filter mechanism sieving powdered rubber, also comprise material return mechanism, it is in-house that described material return mechanism one end connects powder filter, it is inner that the other end connects coating equipment, and material return mechanism can be drawn into coating equipment inside the powder after the screening of powder filter mechanism.

In above-mentioned long profiles coating equipment, the pass air-valve that can regulate open degree is provided with bottom described cyclone separator, and cyclone separator connects powder filter mechanism by closing air-valve, described dust removing tube is provided with the mechanism for opening/closing that can be communicated with coating equipment inside or block.

In above-mentioned long profiles coating equipment, described powder filter mechanism comprises the casing that pulley is equipped with in bottom, vibratory sieve is provided with in casing, casing top is provided with Butterworth Hatch and Butterworth Hatch is communicated with vibratory sieve, Butterworth Hatch is provided with the lid mechanism that can cover Butterworth Hatch, connects vibratory sieve bottom cyclone separator.

In above-mentioned long profiles coating equipment, the casing top of described powder filter mechanism is also provided with a unidirectional feeding assembly, and described unidirectional feeding assembly comprises funnel, and the outlet of funnel is positioned at above vibratory sieve, be sealed with check valve in funnel, bottom cyclone separator, connect check valve.

In above-mentioned long profiles coating equipment, described material return mechanism comprises suction tube and can produce the blower fan of negative pressure, and it is in-house that described suction tube one end connects powder filter, other end connecting fan, and it is inner that described blower and pipeline connects coating equipment.

In above-mentioned long profiles coating equipment, described powder filter mechanism has two and center line along coating equipment is symmetrical arranged.

In above-mentioned long profiles coating equipment, described dust removing tube also connects the dust feed pipe of a both ends open, and described dust feed pipe is located at the inner and two ends of dust feed pipe of coating equipment respectively near top and the bottom of coating equipment.

In above-mentioned long profiles coating equipment, described mechanism for opening/closing is valve, described valve comprises the runner tube connector of both ends open, described runner tube connector two ends are communicated with dust removing tube, orthogonal theretoly in described runner tube connector be inserted with a columned valve core tube, this valve core tube has the interconnecting part that runs through valve core tube and interconnecting part is positioned at runner tube connector, the two ends of valve core tube are extended outside runner tube connector and two ends and are respectively arranged with perform support portion and a lower gear support portion be flexibly connected, described valve core tube can rotate at runner tube connector and interconnecting part can be communicated with runner tube connector or cut off runner tube connector when valve core tube rotates, described support portion of performing comprises the support set that performs of both ends open, is provided with the self-lubricating bushing and to perform sealing ring of performing in the described support set that performs, and valve core tube is through sealing ring and the self-lubricating bushing extend support set outside of performing of performing of performing.

In above-mentioned long profiles coating equipment, described lower gear support portion comprises the lower gear support set of one end open, is provided with lower gear self-lubricating bushing in lower gear support set, and valve core tube passes lower gear self-lubricating bushing and is inserted in lower gear support set; Described support set end of performing is connected with the flange and valve core tube extends flange outside of performing of performing, and described lower gear support set end is connected with lower gear flange, and the end of extending the valve core tube of support set outside of performing is connected with a bolt mechanism; Described runner tube connector two ends are respectively provided with the lock ring mechanism of an energy locking spool pipe; Described lock ring mechanism comprises and is set in the outside and lock ring is flexibly connected with valve core tube of valve core tube, and is located at the spring catch on valve core tube, can coordinate with spring catch thus locking spool pipe when lock ring rotation respective angles; Described lock ring is connected with a wrench mechanism and this wrench mechanism to be placed in runner tube connector outside, described wrench mechanism is in the form of a ring; Described valve core tube is provided with a positioning sleeve be fixedly connected with valve core tube, the cross section of the described support set that performs is in " T " font, described lock ring mechanism is provided with a positioning sleeve be fixedly connected with valve core tube with performing between support set, described positioning sleeve is with to be set in the support set that performs outside and is flexibly connected with the support set that performs, and the end of the support set that performs is inserted in positioning sleeve and positioning sleeve sealing-in.

In above-mentioned long profiles coating equipment, be also provided with wiper mechanism in described coating machine, described wiper mechanism is provided with spray head and magnetic valve.

Compared with prior art, the invention has the advantages that:

1, the dust in coating machine can be sieved, reduce the content of powder entering into deduster, the qualified powder after screening is directly put in coating equipment and is reused, and reduces Material Cost, improves operating efficiency.

2, be located at that valve mechanism on dust removing tube is simple, easy to clean, long service life, be applicable to the environment that pressed powder is more, thus the job stability of deduster can be improved.

3, the setting of dust feed pipe ensure that the treatment effect of the defective toner in coating equipment, reduces the probability that qualified resin material is siphoned away by deduster, thus reduce further production cost.

Accompanying drawing explanation

Fig. 1 is structural representation provided by the invention;

Fig. 2 is the structural representation of powder filter mechanism of the present invention;

Fig. 3 is the structural representation of valve of the present invention;

Fig. 4 is the top view of Fig. 3;

Fig. 5 is the A-A sectional view of Fig. 3;

Fig. 6 is the structural representation of valve core tube of the present invention.

In figure, valve 1, runner tube connector 10, coating machine 100, shower head mechanism 101, valve core tube 11, interconnecting part 111, bolt mechanism 112, to perform support portion 12, perform support set 121, perform self-lubricating bushing 122, perform sealing ring 123, perform flange 124, lower gear support portion 13, lower gear support set 131, lower gear self-lubricating bushing 132, lower gear flange 133, lock ring mechanism 14, lock ring 141, spring catch 142, wrench mechanism 143, positioning sleeve 15, deduster 21, cyclone separator 22, close air-valve 221, dust removing tube 23, mechanism for opening/closing 231, dust feed pipe 232, powder filter mechanism 24, casing 241, vibratory sieve 242, Butterworth Hatch 243, lid mechanism 244, unidirectional feeding assembly 245, funnel 2451, check valve 2452, material return mechanism 25, suction tube 251, blower fan 252, wiper mechanism 5, spray head 51, magnetic valve 52.

Detailed description of the invention

As shown in Figure 1-2, a kind of long profiles coating equipment, comprise coating machine 100, shower head mechanism 101 is provided with in described coating machine 100, also comprise deduster 21, described deduster 21 connects cyclone separator 22, the upper portion side wall of described cyclone separator 22 is communicated with coating equipment inside by dust removing tube 23, coating equipment comprises the coating machine 100 of sealing, shower head mechanism 101 is provided with in coating machine 100, powdex sprays thus is covered with whole coating machine 100 in shower head mechanism 101, the bottom of cyclone separator 22 connects the powder filter mechanism 24 sieving powdered rubber, also comprise material return mechanism 25, it is inner that powder after material return mechanism 25 can sieve powder filter mechanism 24 material return mechanism 25 one end be drawn into described in coating equipment inside connects powder filter mechanism 24, it is inner that the other end connects coating equipment, namely be communicated with coating machine 100, certainly, preferred scheme is communicated with shower head mechanism 101, toner after screening in powder filter mechanism 24 directly can be put in coating equipment like this and use, thus saved toner material, reduce cost, also more environmental protection.As the preferred scheme of one, powder filter mechanism 24 has two and center line along coating equipment is symmetrical arranged, and dust removing effects is more obvious.

Operationally, deduster 21 provides negative pressure, deduster 21 can select electrostatic precipitator, dust is drawn in cyclone separator 22 by dust removing tube 23 and is separated by negative pressure, the dust that particle is thinner enters into deduster 21, the dust that can recycle that particle is larger is then deposited to bottom cyclone separator 22, enter into powder filter mechanism 24 afterwards to sieve, toner after screening is the material that can recycle, be sent in coating machine 100 by material return mechanism 25 and again come into operation, thus realize the collection of dust, be separated, waste material reuse settles the technique of formula at one go.

The pass air-valve 221 that can regulate open degree is provided with bottom cyclone separator 22, air-valve 221 is closed by regulating, the degree of dust separation can be regulated, and cyclone separator 22 connects powder filter mechanism 24 by closing air-valve 221, described dust removing tube 23 is provided with the mechanism for opening/closing 231 that can be communicated with coating equipment inside or block.

As the preferred scheme of one, dust removing tube 23 also connects the dust feed pipe 232 of a both ends open, described dust feed pipe 232 is located at the inner and two ends of dust feed pipe 232 of coating equipment respectively near top and the bottom of coating equipment, that is, dust feed pipe 232 is near the top of coating machine 100 and bottom, what the top of coating machine 100 was floating is the floating dust that particle is less, bottom is then the toner that particle is larger, therefore the material of coating machine 100 top and bottom is the material being not suitable for application, need to clear up, and the material that these are not suitable for application by the setting of dust feed pipe 232 is just cleared up, thus raising painting effect.

As seen in figures 3-6, mechanism for opening/closing 231 is valve 1, and described valve 1 comprises the runner tube connector 10 of both ends open, and described runner tube connector 10 two ends are communicated with dust removing tube 23, obviously, the two ends of runner tube connector 10 can be designed to fast interface to facilitate connection dust removing tube 23, orthogonal theretoly in described runner tube connector 10 be inserted with a columned valve core tube 11, this valve core tube 11 has the interconnecting part 111 that runs through valve core tube 11 and interconnecting part 111 is positioned at runner tube connector 10, except interconnecting part 111, valve core tube 11 remainder is solid, the two ends of valve core tube 11 are extended outside runner tube connector 10 and two ends and are respectively arranged with perform support portion 12 and a lower gear support portion 13 be flexibly connected, described valve core tube 11 can rotate at runner tube connector 10 and interconnecting part 111 can be communicated with runner tube connector 10 or cut off runner tube connector 10 when valve core tube 11 rotates, namely when valve core tube 11 turn to interconnecting part 111 and runner tube connector 10 inside have an intersection time, the two ends of runner tube connector 10 can be communicated with, thus make invention be in opening, otherwise then valve closing.

Support portion 12 of performing comprises the support set 121 that performs of both ends open, perform self-lubricating bushing 122 and the sealing ring 123 that performs is provided with in the described support set 121 that performs, the sealing ring 123 that performs plays sealing function, perform in support set 121 owing to being arranged on, therefore the perform position of sealing ring 123 is fixed, sealing effectiveness is better, and valve core tube 11 is through sealing ring 123 and the self-lubricating bushing 122 to extend the support set 121 that performs outside of performing of performing; Described lower gear support portion 13 comprises the lower gear support set 131 of one end open, is provided with lower gear self-lubricating bushing 132 in lower gear support set 131, and valve core tube 11 passes lower gear self-lubricating bushing 132 and is inserted in lower gear support set 131; Valve core tube 11 is flexibly connected with perform self-lubricating bushing 122 and lower gear self-lubricating bushing 132.

Support set 121 end of performing is connected with perform flange 124 and valve core tube 11 to extend the flange 124 that performs outside, described lower gear support set 131 end is connected with lower gear flange 133, perform support portion 12 and lower gear support portion 13 by perform flange 124 and lower gear flange 133 with extraneous (as support, pipeline etc.) fixing, thus play positioning action, valve core tube 11 is provided with a positioning sleeve 15 be fixedly connected with valve core tube 11, described positioning sleeve 15 and support portion 12 sealing-in of performing, positioning action is played in this positioning sleeve 15 one end to support portion 12 of performing, coordinate the flange 124 that performs, all location is played to the two ends of support portion 12 of performing, the end of extending the valve core tube 11 of support set 121 outside of performing is connected with a bolt mechanism 112, by rotating bolt mechanism 112, can rotational valve core pipe 11, thus open or valve-off 1.

As the preferred scheme of one, valve core tube 11 is provided with a positioning sleeve 15 be fixedly connected with valve core tube 11, the cross section of the described support set 121 that performs is in " T " font, described lock ring mechanism 14 is provided with a positioning sleeve 15 be fixedly connected with valve core tube 11 with performing between support set 121, described positioning sleeve 15 is with to be set in the support set 121 that performs outside and be flexibly connected with the support set 121 that performs, and the end of the support set 121 that performs is inserted in positioning sleeve 15 and positioning sleeve 15 sealing-in, the connected mode of socket joint type strengthens locating effect, also make the keying of whole valve 1 more reliable.

Runner tube connector 10 two ends are respectively provided with the lock ring mechanism 14 of an energy locking spool pipe 11.Lock ring mechanism 14 comprises and is set in the outside and lock ring 141 be flexibly connected with valve core tube 11 of valve core tube 11, and the spring catch 142 be located on valve core tube 11, can coordinate thus locking spool pipe 11 with spring catch 142 when lock ring 141 rotates respective angles, prevent valve core tube 11 from producing displacement due to the impact of fluid, thus affect the open degree of valve 1.Lock ring 141 is connected with a wrench mechanism 143 and this wrench mechanism 143 to be placed in runner tube connector 10 outside, described wrench mechanism 143 in the form of a ring, is convenient to rotate lock ring 141.

When valve internal needs cleaning, by opening support portion 12 of performing, valve core tube 11 can be extracted, can clear up, the valve core tube 11 after cleaning is again inserted in runner tube connector 10 and can again comes into operation, therefore, structure of the present invention is relatively simple, and easy to clean, service life is longer.

Powder filter mechanism 24 comprises the casing 241 that pulley is equipped with in bottom, vibratory sieve 242 is provided with in casing 241, casing 241 top is provided with Butterworth Hatch 243 and Butterworth Hatch 243 is communicated with vibratory sieve 242, after vibratory sieve 242 is by powder sieving, disabled powder can be drawn out from Butterworth Hatch 243, Butterworth Hatch 243 is provided with the lid mechanism 244 that can cover Butterworth Hatch 243, this lid mechanism 244 can directly be designed to cover plate or be designed to the dismountable lid with sealing mechanism, vibratory sieve 242 is connected bottom cyclone separator 22, directly enter into vibratory sieve 242 from cyclone separator 22 powder out to sieve.Casing 241 top of powder filter mechanism 24 is also provided with a unidirectional feeding assembly 245, described unidirectional feeding assembly 245 comprises funnel 2451, the outlet of funnel 2451 is positioned at above vibratory sieve 242, check valve 2452 is sealed with in funnel 2451, this check valve 2452 can prevent the powder in casing 241 from refluxing, play the effect of pressure in stable casing 241, also make the work of vibratory sieve 242 more stable, bottom cyclone separator 22, connect check valve 2452.

Material return mechanism 25 comprises suction tube 251 and can produce the blower fan 252 of negative pressure, it is inner that described suction tube 251 one end connects powder filter mechanism 24, other end connecting fan 252, it is inner that described blower fan 252 connects coating equipment by pipeline, toner after vibratory sieve 242 sieves enters into the bottom of casing 241, the negative pressure that toner is produced by blower fan 252 sucks by suction tube 251, the port of export of blower fan 252 is then malleation, toner is sent in coating machine 100, thus realizes waste material reuse.

Wiper mechanism 5 is also provided with in described coating machine 100, described wiper mechanism 5 is provided with spray head 51 and magnetic valve 52, magnetic valve 52 can connect high-pressure water pipe, when magnetic valve 52 is opened, water sprays from spray head 51, coating machine 100 is cleaned, thus realizes the effect of CIP cleaning (situ cleaning).

Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.

Although more employ valve 1 herein, runner tube connector 10, coating machine 100, shower head mechanism 101, valve core tube 11, interconnecting part 111, bolt mechanism 112, to perform support portion 12, perform support set 121, perform self-lubricating bushing 122, perform sealing ring 123, perform flange 124, lower gear support portion 13, lower gear support set 131, lower gear self-lubricating bushing 132, lower gear flange 133, lock ring mechanism 14, lock ring 141, spring catch 142, wrench mechanism 143, positioning sleeve 15, deduster 21, cyclone separator 22, close air-valve 221, dust removing tube 23, mechanism for opening/closing 231, dust feed pipe 232, powder filter mechanism 24, casing 241, vibratory sieve 242, Butterworth Hatch 243, lid mechanism 244, unidirectional feeding assembly 245, funnel 2451, check valve 2452, material return mechanism 25, suction tube 251, blower fan 252, wiper mechanism 5, spray head 51, term such as magnetic valve 52 grade, but do not get rid of the possibility using other term.Use these terms to be only used to describe and explain essence of the present invention more easily, the restriction that they are construed to any one additional is all contrary with spirit of the present invention.

Claims (10)

1. a long profiles coating equipment, comprise coating machine (100), shower head mechanism (101) is provided with in described coating machine (100), it is characterized in that, also comprise deduster (21), described deduster (21) connects cyclone separator (22), the upper portion side wall of described cyclone separator (22) is communicated with coating equipment inside by dust removing tube (23), the bottom of cyclone separator (22) connects the powder filter mechanism (24) sieving powdered rubber, also comprise material return mechanism (25), it is inner that described material return mechanism (25) one end connects powder filter mechanism (24), it is inner that the other end connects coating equipment, and material return mechanism (25) can be drawn into coating equipment inside the powder after powder filter mechanism (24) screening, described dust removing tube (23) is provided with the mechanism for opening/closing (231) that can be communicated with coating equipment inside or block, described mechanism for opening/closing (231) is valve (1), described valve (1) comprises the runner tube connector (10) of both ends open, described runner tube connector (10) two ends are communicated with dust removing tube (23), orthogonal theretoly in described runner tube connector (10) be inserted with a columned valve core tube (11), this valve core tube (11) has the interconnecting part (111) that runs through valve core tube (11) and interconnecting part (111) is positioned at runner tube connector (10), runner tube connector (10) is extended and two ends are respectively arranged with a support portion of performing (12) and lower gear support portion (13) be flexibly connected outward in the two ends of valve core tube (11), described valve core tube (11) can rotate at runner tube connector (10) and interconnecting part (111) can be communicated with runner tube connector (10) or cut off runner tube connector (10) when valve core tube (11) rotates.
2. long profiles coating equipment according to claim 1, it is characterized in that, described cyclone separator (22) bottom is provided with the pass air-valve (221) that can regulate open degree, and cyclone separator connects powder filter mechanism (24) by closing air-valve (221).
3. long profiles coating equipment according to claim 1 and 2, it is characterized in that, described powder filter mechanism (24) comprises the casing (241) that pulley is equipped with in bottom, vibratory sieve (242) is provided with in casing (241), casing (241) top is provided with Butterworth Hatch (243) and Butterworth Hatch (243) is communicated with vibratory sieve (242), Butterworth Hatch (243) is provided with the lid mechanism (244) that can cover Butterworth Hatch (243), and cyclone separator (22) bottom connects vibratory sieve (242).
4. long profiles coating equipment according to claim 3, it is characterized in that, casing (241) top of described powder filter mechanism (24) is also provided with a unidirectional feeding assembly (245), described unidirectional feeding assembly (245) comprises funnel (2451), the outlet of funnel (2451) is positioned at vibratory sieve (242) top, be sealed with check valve (2452) in funnel (2451), cyclone separator (22) bottom connects check valve (2452).
5. long profiles coating equipment according to claim 1 and 2, it is characterized in that, described material return mechanism (25) comprises suction tube (251) and can produce the blower fan (252) of negative pressure, it is inner that described suction tube (251) one end connects powder filter mechanism (24), other end connecting fan (252), it is inner that described blower fan (252) connects coating equipment by pipeline.
6. long profiles coating equipment according to claim 1 and 2, is characterized in that, described powder filter mechanism (24) has two and center line along coating equipment is symmetrical arranged.
7. long profiles coating equipment according to claim 1 and 2, it is characterized in that, described dust removing tube (23) also connects the dust feed pipe (232) of a both ends open, and described dust feed pipe (232) is located at the inner and two ends of dust feed pipe (232) of coating equipment respectively near top and the bottom of coating equipment.
8. long profiles coating equipment according to claim 1, it is characterized in that, described support portion of performing (12) comprises the support set that performs (121) of both ends open, be provided with the self-lubricating bushing that performs (122) and the sealing ring that performs (123) in the described support set that performs (121), valve core tube (11) is through the sealing ring that performs (123) and the self-lubricating bushing that performs (122) and to extend the support set that performs (121) outside; Described lower gear support portion (13) comprises the lower gear support set (131) of one end open, be provided with lower gear self-lubricating bushing (132) in lower gear support set (131), valve core tube (11) is through lower gear self-lubricating bushing (132) and be inserted in lower gear support set (131).
9. long profiles coating equipment according to claim 8, it is characterized in that, the described support set that performs (121) end is connected with the flange that performs (124) and valve core tube (11) extends the flange that performs (124) outside, described lower gear support set (131) end is connected with lower gear flange (133), and the end of extending the outside valve core tube (11) of the support set that performs (121) is connected with a bolt mechanism (112), described runner tube connector (10) two ends are respectively provided with the lock ring mechanism (14) of an energy locking spool pipe (11), described lock ring mechanism (14) comprises and is set in the outside and lock ring (141) be flexibly connected with valve core tube (11) of valve core tube (11), and the spring catch (142) be located on valve core tube (11), can coordinate with spring catch (142) thus locking spool pipe (11) when lock ring (141) rotates respective angles, described lock ring (141) is connected with a wrench mechanism (143) and this wrench mechanism (143) to be placed in runner tube connector (10) outside, described wrench mechanism (143) is in the form of a ring, described valve core tube (11) is provided with a positioning sleeve (15) be fixedly connected with valve core tube (11), the cross section of the described support set that performs (121) is in " T " font, described lock ring mechanism (14) be provided with a positioning sleeve (15) be fixedly connected with valve core tube (11) between the support set that performs (121), described positioning sleeve (15) is with to be set in the support set that performs (121) outside and be flexibly connected with the support set that performs (121), and the end of the support set that performs (121) is inserted in positioning sleeve (15) and positioning sleeve (15) sealing-in.
10. long profiles coating equipment according to claim 1 and 2, it is characterized in that, also be provided with wiper mechanism (5) in described coating machine (100), described wiper mechanism (5) is provided with spray head (51) and magnetic valve (52).
CN201410106182.0A 2014-03-20 2014-03-20 Long profiles coating equipment CN103831216B (en)

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Application Number Priority Date Filing Date Title
CN201410106182.0A CN103831216B (en) 2014-03-20 2014-03-20 Long profiles coating equipment

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CN201410106182.0A CN103831216B (en) 2014-03-20 2014-03-20 Long profiles coating equipment

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CN103831216A CN103831216A (en) 2014-06-04
CN103831216B true CN103831216B (en) 2016-04-20

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08229470A (en) * 1995-01-13 1996-09-10 Gema Volstatic Ag Spray coating apparatus
JP2003033699A (en) * 2001-07-26 2003-02-04 Nichiden Tekkosho:Kk Vacuum coating method and apparatus
CN2825132Y (en) * 2005-06-10 2006-10-11 天津新技术产业园区天博科工贸有限公司 Full automatic powder recovery device by pipeline hot spraying
CN202962694U (en) * 2012-11-23 2013-06-05 浙江明泉工业涂装有限公司 Cyclone separator
CN103170443A (en) * 2013-02-22 2013-06-26 北钢管业(营口)有限公司 Coating production line of inner and outer walls of multifunctional steel pipe
CN203853249U (en) * 2014-03-20 2014-10-01 浙江明泉工业涂装有限公司 Long profile coating equipment

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08229470A (en) * 1995-01-13 1996-09-10 Gema Volstatic Ag Spray coating apparatus
JP2003033699A (en) * 2001-07-26 2003-02-04 Nichiden Tekkosho:Kk Vacuum coating method and apparatus
CN2825132Y (en) * 2005-06-10 2006-10-11 天津新技术产业园区天博科工贸有限公司 Full automatic powder recovery device by pipeline hot spraying
CN202962694U (en) * 2012-11-23 2013-06-05 浙江明泉工业涂装有限公司 Cyclone separator
CN103170443A (en) * 2013-02-22 2013-06-26 北钢管业(营口)有限公司 Coating production line of inner and outer walls of multifunctional steel pipe
CN203853249U (en) * 2014-03-20 2014-10-01 浙江明泉工业涂装有限公司 Long profile coating equipment

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