CN208991156U - The two-sided painting silicone grease equipment of radiator insulating trip - Google Patents
The two-sided painting silicone grease equipment of radiator insulating trip Download PDFInfo
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- CN208991156U CN208991156U CN201821779592.1U CN201821779592U CN208991156U CN 208991156 U CN208991156 U CN 208991156U CN 201821779592 U CN201821779592 U CN 201821779592U CN 208991156 U CN208991156 U CN 208991156U
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- insulating trip
- silicone grease
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- radiator
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Abstract
The utility model relates to the two-sided painting silicone grease equipment of radiator insulating trip, including support and the coating unit being set on support, insulating trip supply unit matched with coating unit is provided on support, the coating unit includes silicone grease feed bin, the coated board being set to below silicone grease feed bin, the coating channel for having the discharge port of one group of upper end and silicone grease feed bin to penetrate through is horizontally disposed in the coated board, the cross section of coating channel is in rectangle, the quadrangle of the coating channel of rectangle is provided with protrusion, on and, under the corresponding clamping part for convexing to form insulating trip, it is left, silicone grease coating groove is formed between right corresponding protrusion, it is simple and reasonable, realize the mechanical automation production of insulating trip silicone grease coating, the thickness of silicone grease coating is uniform, high production efficiency.
Description
Technical field
The utility model relates to the two-sided painting silicone grease equipment of the production equipment of radiator, especially radiator insulating trip.
Background technique
Ceramic heat sink includes radiator, fixed plate, is arranged ceramic insulation piece between fixed plate and radiator, in fixed plate
Equipped with screw hole, ceramic insulation on piece is provided with via hole corresponding with screw hole, and fixed plate is inserted into screw hole by screw and via hole is installed
On a heat sink, and ceramic insulation piece two sides be both needed to apply plus heat-conducting silicone grease come carry out it is thermally conductive and have certain viscosity.Existing skill
The heat-conducting silicone grease of ceramic insulation on piece is staff's manual application in art, it is difficult to guarantee the uniformity of silicone grease coating, and need
More manual labor is wanted, production efficiency, production finished product are high.
Summary of the invention
To solve problems of the prior art, the utility model provides the two-sided painting silicone grease of radiator insulating trip and sets
It is standby, the mechanical automation production of insulating trip silicone grease coating is realized, the thickness of silicone grease coating is uniform, high production efficiency.
The technical solution adopted by the present invention is that:
The two-sided painting silicone grease equipment of radiator insulating trip, including support and the coating unit being set on support, it is critical that
Be provided with insulating trip supply unit matched with coating unit on the support, the coating unit include silicone grease feed bin,
The coated board being set to below silicone grease feed bin is horizontally disposed with the discharge port for having one group of upper end and silicone grease feed bin in the coated board
The coating channel of perforation, the cross section of coating channel are in rectangle, and the quadrangle of the coating channel of rectangle is provided with protrusion, and above,
Under the corresponding support portion for convexing to form insulating trip two sides, it is left and right it is corresponding protrusion between formed silicone grease coating groove.
The insulating trip supply unit includes being vertically arranged to connect above coating channel and with the entrance of coating channel
Insulating trip feed bin and pusher.
Telescoping cylinder that the pusher, which includes fixing end, to be connected with support, one group and telescoping cylinder telescopic end connect and with
The mutually matched push plate of transfer passage.
The clump weight being provided in the insulating trip feed bin above insulating trip.
The outlet of the coating channel is provided with radiator, and the mounting surface of insulating trip and coating channel goes out on radiator
Mouth connection.
One group of scraper block for being located at the upper and lower two sides of insulating trip is arranged at intervals in the coating channel, it is described
Scraper block is between silicone grease coating groove and the outlet of coating channel.
Alloy guide rail is provided between the outlet and radiator of the coating channel, the inner cavity of alloy guide rail and coating are logical
Road shape is identical, and is provided with scraper block in alloy guide rail.
The beneficial effects of the utility model are: including coating unit and insulating trip matched with coating unit in the equipment
Insulating trip is successively sent into coating unit and is coated by supply unit, insulating trip supply unit, and the protrusion in coating channel is right
The two sides of insulating trip are clamped respectively, guarantee silicone grease can in insulation tow sides coating, discharge port in silicone grease feed bin with
The upper end of coating channel penetrates through, and the silicone grease in silicone grease feed bin enters in coating channel, left and right corresponding protrusion above insulating trip
Between lower section it is left and right it is corresponding protrusion between be respectively formed upper and lower two silicone grease coating groove, for accommodate by being flowed in silicone grease feed bin
Under silicone grease, insulating trip drives the silicone grease that flows down in silicone grease feed bin constantly to advance, silicone grease by hole on insulating trip, insulating trip with
Gap, insulating trip between insulating trip and the gap between coating channel are forced into below insulating trip, so that on insulating trip,
Lower surface is uniformly coated silicone grease, suitable for via hole or without the insulating trip of via hole, which is eliminated largely
Manual operation, and coating thickness uniformity, production efficiency and product quality are significantly improved, thereby reduce and be produced into
This.
Detailed description of the invention
Fig. 1 is the main view of the utility model.
Fig. 2 is the top view of the utility model.
Fig. 3 be in Fig. 2 A-A to cross-sectional view.
Fig. 4 is the cross-sectional view of B-B direction in Fig. 2.
Fig. 5 is the enlarged diagram of Local C in Fig. 4.
Fig. 6 is the structural schematic diagram of alloy guide rail.
In attached drawing, 1, support, 2, silicone grease feed bin, 3, coated board, 4, protrusion, 5, insulating trip, 6, silicone grease coating groove, 7, absolutely
Embolium feed bin, 8, telescoping cylinder, 9, push plate, 10, clump weight, 11, radiator, 12, mounting surface, 13, scraper block, 14, alloy guide rail.
Specific embodiment
The two-sided painting silicone grease equipment of radiator insulating trip, including support 1 and the coating unit being set on support 1, it is important to,
Insulating trip supply unit matched with coating unit is provided on the support 1, the coating unit includes silicone grease feed bin
2, it is set to the coated board 3 of 2 lower section of silicone grease feed bin, being horizontally disposed in the coated board 3 has one group of upper end and silicone grease feed bin 2
The cross section of the coating channel of discharge port perforation, coating channel is in rectangle, and the quadrangle of the coating channel of rectangle is provided with protrusion
4, and the protrusion 4 of upper and lower corresponding forms the support portion of 5 two sides of insulating trip, and silicone grease coating is formed between left and right corresponding raised 4
Slot 6.
Specific embodiment, as shown in figures 1 to 6, insulating trip supply unit include be vertically arranged to above coating channel and with painting
Cover the insulating trip feed bin 7 and pusher of the entrance connection in channel.Pusher, insulating trip feed bin 7, coating channel are along insulating trip 5
Conveying direction is set gradually.
Insulating trip 5 is put into insulating trip feed bin 7 in advance, places clump weight in the top for being located at the insulating trip 5 of top
10, promote insulating trip 5 that can smoothly move down and falls into coating channel.
When work, the insulating trip 5 in insulating trip feed bin 7 falls in the entrance of coating channel straight down, and pusher pushes exhausted
Embolium 5 is moved forward along coating channel.
Pusher include fixing end with support 1 is connected 8, one groups of telescoping cylinder connect with the telescopic end of telescoping cylinder 8 and with it is defeated
Send channel mutually matched push plate 9, telescoping cylinder 8 and the conveying direction of insulating trip 5 are arranged in parallel, the telescopic end elongation of telescoping cylinder 8,
The entrance for then making push plate 9 enter coating channel pushes forward insulating trip 5；The telescopic end of telescoping cylinder 8 is shunk, then receives push plate 9
It returns, the coating channel positioned at 7 lower section of insulating trip feed bin is empty state, then the insulating trip 5 in insulating trip feed bin 7 is in gravity
It falls in coating channel, reciprocation cycle.This is designed so that the elongated distance of telescoping cylinder 8 is without too long, it is only necessary to will be located at insulation
The insulating trip 5 of 7 lower section of piece feed bin pushes away the outlet of insulating trip feed bin 7, will enter by the active force between insulating trip 5
The insulating trip 5 of coating channel pushes forward.
Silicone grease is stored in silicone grease feed bin 2, the bottom of silicone grease feed bin 2 is obliquely and the discharge port of silicone grease feed bin 2 is located at
The lowest part of silicone grease feed bin 2, convenient for silicone grease coating of the silicone grease below the discharge port that skewed bottom flows out to silicone grease feed bin 2
In slot 6, the insulating trip 5 pushed forward has the silicone grease coating groove 6 of silicone grease by inside, generates extruding to silicone grease, silicone grease is squeezed into
The lower section of insulating trip 5, while the insulating trip 5 constantly to advance drives silicone grease to enter coating channel, generates pressure in coating area, is pressing
Silicone grease is by gap, insulating trip 5 and the coating between hole, insulating trip 5 and the insulating trip 5 on insulating trip 5 under the action of power and gravity
5 lower section of gap indentation insulating trip between channel, so that 5 lower section of insulating trip is adhered to, to realize the two sides to insulating trip 5
Coating silicone grease simultaneously.
One group of scraper block 13 is arranged at intervals in coating channel, the scraper block 13 is located at silicone grease coating groove 13 and coating
Between the outlet in channel, scraper block 13 be correspondingly set up and down coating channel upper and lower two sides and with insulating trip 5 up and down two
Side is corresponding, and the accumulator tank of silicone grease, the upper and lower surfaces of scraper block 13 and insulating trip 5 are formed between the adjacent scraper block 13 in front and back
Between be provided with gap, unilateral gap is 0.2-0.3mm between insulating trip 5 and scraper block 13, and preferably 0.2mm controls scraper
The thickness of the silicone grease coated on block 13, the silicone grease extra to 5 two sides of insulating trip of scraper block 13 strike off, make on insulating trip 5
Silicone grease is uniform, thickness is moderate, and via hole of the silicone grease struck off on insulating trip 5 flows into the accumulator tank for being located at 5 lower section of insulating trip.
The insulating trip 5 of silicone grease of the two sides with uniform thickness is pushed forward by later insulating trip 5 to be led to until releasing coating
Road, the outlet of coating channel are provided with radiator 11, are provided with alloy guide rail 14 between the outlet and radiator 11 of coating channel,
The inner cavity of alloy guide rail 14 is identical as coating channel shape, and the scraper block 13 with its one is provided in alloy guide rail 14, closes
The width of golden guide rail 14 and the width flush of scraper block 13, alloy guide rail 14 are made of wire cutting, scraper block 13 and insulating trip 5
Between gap can be precisely controlled, accurately scraper, insulation are carried out to the silicone grease of about 5 two sides of insulating trip convenient for scraper block 13
The pressure balance suffered in alloy guide rail 14 of piece 5, reduces friction of the alloy guide rail 14 to insulating trip 5, prevents friction from generating
Impurity influences the cleanliness of silicone grease.
The mounting surface 12 of insulating trip 5 is connect with the outlet of coating channel on radiator 11, and the upper surface of mounting surface 12 is slightly lower
In the outlet of coating channel, but difference in height between the two is less than the thickness of insulating trip 5, and the insulating trip 5 being pushed out is in itself weight
It falls on mounting surface 12 and compresses under the action of power.
The equipment is particularly suitable for the insulating trip 5 with via hole, and silicone grease can flow into insulating trip 5 from the via hole of insulating trip 5
Lower section, to guarantee 5 double-faced uniform coating silicone grease of insulating trip.
The utility model relates to painting silicone grease device structure it is simple, it is easy to operate, replaced with the production method of mechanical automation
Generation artificial production to the two-sided of insulating trip 5 while can carry out the coating of silicone grease, and coating thickness is uniform, after coating silicone grease
Insulating trip 5 and the assembly effect of radiator are good, and production efficiency and product quality are significantly improved.
Claims (7)
1. the two-sided painting silicone grease equipment of radiator insulating trip, special including support (1) and the coating unit being set on support (1)
Sign is: being provided with insulating trip supply unit matched with coating unit on the support (1), the coating unit includes
Silicone grease feed bin (2), the coated board (3) being set to below silicone grease feed bin (2), being horizontally disposed in the coated board (3) has one group
The coating channel that the discharge port of upper end and silicone grease feed bin (2) penetrates through, the cross section of coating channel are in rectangle, the coating channel of rectangle
Quadrangle be provided with raised (4), and the protrusion (4) of upper and lower corresponding forms the support portion of insulating trip (5) two sides, left and right correspondence
Protrusion (4) between formed silicone grease coating groove (6).
2. the two-sided painting silicone grease equipment of radiator insulating trip according to claim 1, it is characterised in that: the insulating trip is defeated
Sending unit includes the insulating trip feed bin (7) and pusher for being vertically arranged to connect above coating channel and with the entrance of coating channel
Device.
3. the two-sided painting silicone grease equipment of radiator insulating trip according to claim 2, it is characterised in that: the pusher packet
The telescoping cylinder (8), one group that fixing end and support (1) is connected is included to connect with the telescopic end of telescoping cylinder (8) and mutual with transfer passage
The push plate (9) of cooperation.
4. the two-sided painting silicone grease equipment of radiator insulating trip according to claim 2, it is characterised in that: the insulation sheet stock
The clump weight (10) being provided in storehouse (7) above insulating trip (5).
5. the two-sided painting silicone grease equipment of radiator insulating trip according to claim 1, it is characterised in that: the coating channel
Outlet be provided with radiator (11), the mounting surface (12) of insulating trip (5) is connect with the outlet of coating channel on radiator (11).
6. the two-sided painting silicone grease equipment of radiator insulating trip according to claim 1, it is characterised in that: the coating channel
It is inside arranged at intervals with one group of scraper block (13) for being located at the upper and lower two sides of insulating trip (5), the scraper block (13) is located at silicon
Between rouge coating groove (6) and the outlet of coating channel.
7. the two-sided painting silicone grease equipment of radiator insulating trip according to claim 1, it is characterised in that: the coating channel
Outlet and radiator (11) between be provided with alloy guide rail (14), inner cavity and the coating channel shape phase of alloy guide rail (14)
Together, and in alloy guide rail (14) scraper block (13) are provided with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821779592.1U CN208991156U (en) | 2018-10-31 | 2018-10-31 | The two-sided painting silicone grease equipment of radiator insulating trip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821779592.1U CN208991156U (en) | 2018-10-31 | 2018-10-31 | The two-sided painting silicone grease equipment of radiator insulating trip |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208991156U true CN208991156U (en) | 2019-06-18 |
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ID=66805844
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821779592.1U Active CN208991156U (en) | 2018-10-31 | 2018-10-31 | The two-sided painting silicone grease equipment of radiator insulating trip |
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| CN (1) | CN208991156U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111599725A (en) * | 2020-06-01 | 2020-08-28 | 福清市凯联电子科技有限公司 | AI chip heat dissipation check out test set based on mode is paintd to different silicone greases |
-
2018
- 2018-10-31 CN CN201821779592.1U patent/CN208991156U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111599725A (en) * | 2020-06-01 | 2020-08-28 | 福清市凯联电子科技有限公司 | AI chip heat dissipation check out test set based on mode is paintd to different silicone greases |
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