TWM472060U - Waterproof coating processing machine structure - Google Patents

Description

Waterproof coating machine structure

The creation department relates to a waterproof coating processing machine structure, in particular to a waterproof coating processing machine capable of providing various processing objects with a liquid waterproof coating agent for negative pressure coating processing and atomization coating processing, and subsequent drying and shaping operations. Innovative structural component

According to the coating structure, it is widely used in various high-priced electronic products and their components. For example, recently popular mobile phones are popular for waterproof coating or scratch-resistant protective coating treatment to prevent internal components from malfunctioning due to moisture or surface. Scratch the wearer.

The above water-repellent coating structure generally attaches a liquid waterproof coating agent to the surface of the processed object by coating or spraying, so that the coating agent forms a coating layer on the surface of the processed object (or spray adhesion layer). Structure) to achieve the protection against surface scratches.

However, the above-described coating adhesion layer structure (or spray adhesion layer structure) formed on the processed article by the water-repellent coating agent is There are dead corners or pores that cannot be completely attached to the construction, and it is impossible to form a comprehensive attachment structure effectively, and comprehensive protection cannot be achieved, which is one of its shortcomings.

Moreover, taking the mobile phone as an example, if the internal parts are to be protected from moisture, the construction must be dismantled before the construction can be carried out, resulting in inconvenience in construction and delay in the construction period, which is the second disadvantage.

Finally, since the warranty requirements of general mobile phones (including other electronic technology products) will be unremovable, the dismantling of the casing for construction will result in loss of warranty for the processed items, which is the third disadvantage.

Therefore, how to innovate and improve the above-mentioned problems of the waterproof coating system can not be comprehensively attached and protected, and the troublesome construction and the loss of the warranty that may have to be dismantled are the difficulties that the creative office wants to solve. The point is where.

The main purpose of this creation is to provide a waterproof coating machine structure, which can perform waterproof coating processing, atomization coating processing, and subsequent drying operation on various processing objects with waterproof coating liquid, so that the waterproof coating agent penetrates into all pores of the processed object. And the full formation of a waterproof coating structure filled with closed adhesion, to achieve the use of comprehensive protection inside and outside the table.

The second purpose of this creation is to provide a waterproof coating machine structure, which can be used for waterproof coating without disassembling the product casing. Improve the convenience of construction operations and the progress of construction speed.

Another purpose of this creation is to provide a waterproof coating machine structure, which does not require the removal of the boot casing to avoid loss of warranty.

The invention provides a waterproof coating processing machine structure, the body has: a coating processing groove, which is an upward opening space provided at an upper end of the body, and a movable cover capable of sealing and sealing is arranged upwardly, and a groove is arranged at the bottom of the groove The discharge port and the outer connecting pipe are connected to form an exhausting structure of the internal liquid, and at the rear side wall is provided with at least one negative pressure suction port, and each negative pressure suction port is provided with a guiding pipe at the outer end, and the guiding pipes are connected together with one. The suction pump's suction tube will meet. a drying room is a front opening space provided in the lower part of the body, a movable door is arranged at the front opening, and an infrared discharge port is arranged on the upper wall of the inner space, and an infrared ray wave release port is arranged on one side wall. A circulating fan that promotes internal heat convection. a control panel, located on the front side of the body between the coating processing tank and the drying chamber, is provided with a power switch for supplying the body (including the suction pump), a pressure control switch for controlling the working pressure inside the coating processing tank, and a control pumping A time delay switch for sucking pump suction action; a temperature control power supply for supplying the drying chamber and a temperature control switch for monitoring the temperature.

The second embodiment of the water-repellent coating processing machine structure has a coating processing groove, which is an upward opening space provided at an upper end of the body, and a movable cover capable of sealing and sealing is arranged upwardly. The bottom of the tank is provided with a row of outlets and an outer tube connecting to form an exclusion structure for the internal liquid, and The rear side wall is provided with at least one negative pressure suction port, and each negative pressure suction port is provided with a guiding pipe at the outer end, and the guiding pipes are jointly connected with a suction pipe connected to the suction pump; An output hole is coupled to the bottom and a circulating output tube coupled to the suction pump. a drying room is a front opening space provided in the lower part of the body, a movable door is arranged at the front opening, and an infrared discharge port is arranged on the upper wall of the inner space, and an infrared ray wave release port is provided on one side wall. A circulating fan that promotes internal heat convection. a control panel, located on the front side of the body between the coating processing tank and the drying chamber, is provided with a power switch for supplying the body (including the suction pump), a pressure control switch for controlling the working pressure inside the coating processing tank, and a control pumping The time delay switch of the suction pump suction action is further provided with a temperature control power supply for supplying the drying chamber and a temperature control switch for monitoring the temperature. An atomizer has an inlet at the bottom, which is connected with an inner end of an output hole of the circulating output tube at the bottom of the coating processing tank, and an outlet for spraying the liquid waterproof coating agent in a mist form on one side. Two atomized coating processing sleeves, each of which is a shell-shaped sleeve body having an inner abutting edge on the inner side of the opposite open end, and two atomized coating processing sleeves each have an interface at the other end, and two atomized coating processing sleeves open end When facing relative to the inner sleeve, a partition plate for blocking the inner space of the two sets of bodies is oppositely held on the opposite inner edge, and a set of holes for the workpiece is arranged in the middle of the partition; the end of the two atomized coating processing sleeves is connected It is connected with the negative pressure suction port, and the other end interface is connected with the outlet of the atomizer, thereby forming an operation structure that can complete the positive and negative pressure cycles in the same mechanism.

According to the above, the coating processing groove is provided on the inner side of the opening. The sensor is configured to open and close the sensor, and the sensor is connected to the suction pump, so that the suction pump is controlled to open and close by different signals that the sensor senses the opening and closing of the movable cover.

In the above, the connector is provided with a connector having a switch handle.

According to the above, each of the guiding straws disposed at each of the negative pressure suction ports, wherein one of the guiding straws is provided with a joint having a switch handle, which is provided to be switched to a single guiding tube or all the guiding tubes are connected to the suction tube; the suction tube A joint with a switch handle is provided.

According to the above, the control panel is further provided with a special control switch, a molecular recombination switch and an emergency switch.

[this creation]

1‧‧‧Waterproof coating machine

10‧‧‧ Coating processing tank

11‧‧‧ Activity cover

111‧‧‧ sensor

12‧‧‧Export

13‧‧‧ take over

131, 142, 151‧‧ joints

14‧‧‧Negative suction port

141‧‧‧Guide pipette

15‧‧‧Sucking tube

16‧‧‧Output hole

17‧‧‧Circular output tube

20‧‧‧drying room

21‧‧‧Event Gate

22‧‧‧Infrared release

23‧‧‧Infrared cyclone release

24‧‧‧Circular fan

30‧‧‧Control panel

31‧‧‧Power switch

32‧‧‧ Pressure control switch

33‧‧‧Time delay switch

34‧‧‧temperature control power supply

35‧‧‧temperature control switch

36‧‧‧Special control switch

37‧‧‧Molecular reorganization switch

38‧‧‧Emergency switch

40‧‧‧Waterproof coating solution

50‧‧‧ Construction items (mobile phones)

51‧‧‧Call screen

60‧‧‧Atomized coating processing sleeve

61‧‧‧内缘缘

62‧‧‧ interface

63‧‧‧Baffle

631‧‧‧Set of holes

70‧‧‧ atomizer

71‧‧‧ entrance

72‧‧‧Export

80‧‧‧ a basin of water

The first picture is a perspective view of the water-resistant coating machine.

The second figure is a rear perspective view of the water-repellent coating machine of the present invention.

The third picture is a three-dimensional schematic diagram of the coating coating groove of the present invention.

The fourth picture is a schematic diagram of the operation of negative pressure coating processing.

The fifth picture is a schematic diagram of the operation of the atomization coating process.

The sixth picture is a schematic diagram of the operation of drying this creation.

The seventh picture is a schematic diagram of the waterproof test of the processed articles of the waterproof coating.

Please refer to the first, second and third figures to provide an anti-protection for this creation. The front side and the rear side perspective view of the water coating machine and the three-dimensional drawing of the coating processing groove at the upper end, the water-repellent coating machine 1 of the present invention has a coating processing tank 10, a drying chamber 20, a control panel 30, and two An atomized coating processing sleeve 60 (see FIG. 3) for a knot-wrapped article (which may be a garment, a shoe, an IC component or a 3C product, etc., in this embodiment) (see FIG. 3), and an atomizer 70 (see the third figure), wherein the coating processing tank 10, as shown in the second and third figures, is an upwardly open space provided at the upper end of the body of the waterproof coating machine 1, and a sealing cover is provided for the upward opening. The movable cover 11 of the knot is provided with an inductor 111 for sensing the opening and closing operation of the movable cover 11 at the inner side of the opening; a discharge port 12 at the bottom of the groove is arranged to be connected with the connecting tube 13 provided on the outer side wall to form an exhausting structure for the internal liquid. The nozzle 13 is provided with a joint 131 having a switch handle. And at least one negative pressure suction port 14 is disposed on the rear side wall, and a guiding pipe 141 is respectively coupled to the outer end, and each of the guiding pipes 141 is connected to the outer side wall to be suction pumped (located on the bottom layer of the body, not shown in the drawing, The sensor 111 is connected to enable the suction pump to be opened and closed by different signals that the sensor 111 is inductively opened and closed. The suction tube 15 is engaged, and the suction tube 15 is provided with a closing handle. The joint 151; and one of the guide tubes is provided with a joint 142 having a switch handle, which can be switched to a single guide tube 141 or all of the guide tubes 141 are connected to the suction tube 15. In addition, an output hole 16 is combined with a suction pump at the bottom of the coating processing tank 10. Connected to the loop output tube 17.

The drying chamber 20 is a front opening space provided in the lower part of the body of the waterproof coating machine 1 , and a movable door 21 is arranged at the front opening, and an infrared ray discharge opening 22 and an infrared ray wave are arranged on the upper wall of the inner space. The outlet 23 is provided with a circulation fan 24 on one side wall which promotes internal heat convection.

The control panel 30 is located on the front side of the body between the coating processing tank 10 and the drying chamber 20. The power supply switch 31 for supplying the body (including the suction pump) and the pressure control switch 32 for controlling the internal working pressure of the coating processing tank are provided. a time delay switch 33 for controlling the suction pumping action, a temperature control power source 34 for supplying the drying chamber, a temperature control switch 35 for monitoring the temperature, a special control switch 36, a molecular recombination switch 37 and a Emergency switch 38.

The two atomized coating processing sleeves 60, as shown in the third figure, are respectively shell-shaped sleeves having inner flanges 61 on the inner side of the opposite open ends, and the two atomization coating processing sleeves 60 are respectively provided with an interface at the other end. 62. When the open ends of the two atomized coating processing sleeves 60 are oppositely sleeved, a partition 63 that blocks the inner space of the two sets of the inner space is oppositely opposed to the inner inner edge 61, and a set of knotted workpieces 50 is disposed in the middle of the partition 63. Set of holes 631.

The atomizer 70, as shown in the third figure, has an inlet 71 at the bottom, and an output hole 16 is connected with the circulation output tube 17 at the bottom of the coating processing tank 10, and a liquid waterproof coating is provided on one side. In the form of a mist Ejected outlet 72.

The waterproof coating machine 1 is combined to make the two end interfaces 62 of the two atomized coating processing sleeves 60 engage with the negative pressure suction port 14, and the other end interface 62 is connected with the outlet 72 of the atomizer 70 to be combined. The workpiece 50 is subjected to a negative pressure coating process or an atomization coating process in the coating processing tank 10, and is then operated by the user in the drying chamber 20.

As shown in the fourth figure, the operation diagram of the negative pressure coating process is performed. In the first state, the control panel 30 is turned on, and the liquid waterproof coating agent 40 is poured into the coating processing tank 10 (not exceeding The height of the vacuum suction port 14 is limited, and the processed object (mobile phone) 50 is immersed in the waterproof coating agent 40, and after the induction switch 111 senses the movable cover 11 to close the cover, the suction pipe 15 can be controlled (see the second Fig.) The suction pump (not shown) is connected for suction, and the pressure control switch 32 (see the first figure) controls the suction pressure to form a vacuum coating process in the coating processing tank 10. The negative pressure environment; and the internal and external pressure difference of the liquid surface of the waterproof coating agent 40 under the negative pressure environment causes all the pore hidden gas inside the processed object (mobile phone) 50 to overflow the liquid surface of the waterproof coating agent 40, thereby making the waterproof The coating agent 40 is allowed to permeate into all the pores of the processed article (mobile phone) 50, and fully forms a negative pressure coating processing operator filling the closed-attached waterproof coating structure.

As shown in the fifth figure, the atomization coating process is performed for this creation. Operation diagram, the two atomization coating processing sleeves 60 and the atomizer 70 which are connected to each other in the present invention, the atomization coating processing sleeve 60 is connected with a suction pipe 141 at an interface 62 at the negative pressure suction port 14, and the mist. The inlet 71 of the chemist 70 is between the circulation output tubes 17 to which the output holes 16 are connected, and is connected to the suction pump 15 provided on the outer side wall (see the second drawing) and the suction pump (located on the bottom layer of the body). The connection is not shown, and the operational structure that can complete the positive and negative pressure cycles (shown by the hollow arrows) in the same mechanism to provide an operator for the atomization coating process.

In the fifth figure, the atomizer 70 can spray the waterproof coating agent 40 into the inside of one end of the atomization coating processing sleeve 60, and after the induction switch 111 senses the movable cover 11 to seal the lid, the suction can be controlled. When the pump performs intermittent negative pressure suction on the inside of the two atomized coating processing sleeves 60 that are connected to the negative pressure suction port 14, the two inner surfaces of the two atomized coating processing casings 60 blocked by the partition plate 63 will A positive and negative pressure difference is formed, and the mist-like waterproof coating agent 40 can be entered by various pressure holes (a sound hole, a sound hole or a charging hole, etc.) of the processed object (mobile phone) 50 (such as an arrow in the figure). Shown), while the internal spray coating processing operator is attached to all internal components.

As shown in the sixth figure, the artwork of the present invention is dried, and the processed object (handset) 50 that has been subjected to the waterproof coating process is placed in the drying chamber 20, and the temperature control power source 34 is turned on by the control panel 30 after the movable door 21 is closed ( See the first picture), let the infrared release port 22 release the dryable processed object (mobile phone) 5 The infrared ray of the surface layer is released, and the infrared whirl release port 23 releases the infrared whirl wave inside the squeezable processed object (mobile phone) 50, and the convection of the internal hot air is accelerated by the circulation fan 24, so that the internal and external structures of the processed object (mobile phone) 50 The attached waterproof coating agent is quickly dried and shaped to achieve a completely waterproof effect.

The seventh picture is a schematic diagram of the waterproof test of the processed object of the waterproof coating. In the figure above, the processed object (mobile phone) 50 which is finished with the waterproof coating can be immersed in a basin of water 80, which can be processed by the foregoing. The waterproof coating structure formed by the adhesion is completely waterproof; as shown in the figure below, when the workpiece number (mobile phone) is dialed, the processed object (mobile phone) 50 in the immersed water can still receive the call signal and open the call screen. 51.

As described above, the "Waterproof Coating Machine Structure" can perform waterproof coating processing, atomization plating processing, and subsequent drying operation on various processing objects with water-repellent coating liquid, so that the waterproof coating liquid is in the processed object table. The pores are fully formed to fill the closed-attached waterproof coating structure, which effectively improves the convenience and construction speed of the coating processing operation, and avoids the loss of the warranty of the processed object, and has multiple progressive achievements.

In summary, when Zhiben's creation has industrial applicability and progress, and this creation is not found in any publication, it is also novel. When it meets the requirements of the Patent Law, it proposes a new type of patent application according to law. The quasi-patent is a prayer.

Only the above-mentioned ones are only one of the feasible embodiments of this creation, and it is not possible to limit the scope of the implementation of this creation; Equivalent changes and modifications to the scope of patent application shall remain within the scope of this Creative Patent.

1‧‧‧Waterproof coating machine

10‧‧‧ Coating processing tank

11‧‧‧ Activity cover

20‧‧‧drying room

21‧‧‧Event Gate

22‧‧‧Infrared release

23‧‧‧Infrared cyclone release

24‧‧‧Circular fan

30‧‧‧Control panel

31‧‧‧Power switch

32‧‧‧ Pressure control switch

33‧‧‧Time delay switch

34‧‧‧temperature control power supply

35‧‧‧temperature control switch

36‧‧‧Special control switch

37‧‧‧Molecular reorganization switch

38‧‧‧Emergency switch

Claims (6)

A waterproof coating machine structure, the body has: a coating processing groove, which is an upward opening space disposed at an upper end of the body, and a movable cover capable of sealing and sealing is arranged upwardly, and a discharge port is arranged at the bottom of the groove The outer connecting pipe is connected with the exhausting liquid forming the internal liquid, and the rear side wall is provided with at least one negative pressure suction port, and each negative pressure suction port is provided with a guiding pipe at the outer end, and the guiding pipes are connected with a suction pump together The suction pipe is connected to each other; a drying chamber is a front opening space provided in the lower part of the body, a movable door is arranged at the front opening, and an infrared discharge port is arranged on the upper wall of the inner space, and an infrared ray wave release port is arranged a circulating fan for promoting internal heat convection on one side wall; a control panel located on the front side of the body between the coating processing tank and the drying chamber, and a power switch for supplying the body (including the suction pump), a pressure control switch for controlling the working pressure inside the coating processing tank and a time delay switch for controlling the suction pumping action; a temperature control power supply for supplying the drying chamber and a temperature control switch group for monitoring the temperature By. A waterproof coating machine structure, the body has: a coating processing groove, which is an upward opening space disposed at an upper end of the body, and a movable cover capable of sealing and sealing is arranged upwardly, and a discharge port is arranged at the bottom of the groove The outer connecting pipe is connected with the exhausting liquid forming the internal liquid, and the rear side wall is provided with at least one negative pressure suction port, and each negative pressure suction port is provided with a guiding pipe at the outer end, and the guiding pipes are connected with a suction pump together The suction pipe is connected to each other; in addition, an output hole is arranged at the bottom of the coating processing tank and a circulating output pipe connected with the suction pump; a drying room is a front opening space provided in the lower part of the body, a movable door is arranged at the front opening, and an infrared discharge port is arranged on the upper wall of the inner space, and an infrared ray wave release port is provided on one side wall. a circulating fan for promoting internal heat convection; a control panel located on the front side of the body between the coating processing tank and the drying chamber, and a power switch for supplying the body (including the suction pump) and a working pressure for controlling the internal working of the coating processing tank a pressure control switch and a time delay switch for controlling the suction pumping action, and a temperature control power supply for supplying the drying chamber and a temperature control switch for monitoring the temperature; an atomizer having an inlet at the bottom, The bottom of the coating processing tank is coupled with an inner end of an output hole of the circulating output tube, and an outlet for spraying the liquid waterproof coating agent in a mist shape is disposed on one side; two spray coating processing sleeves are respectively a shell-shaped sleeve body having an inner edge opposite to the inner side of the open end, and two spray coating processing sleeves each have an interface at the other end, and the opposite ends of the two atomized coating processing sleeves are oppositely sleeved, and are opposite to the inner inner edge folder a partition for blocking the inner space of the two sets of bodies, and a set of holes for the workpieces are arranged in the middle of the partition; the one end interface of the two atomized coating processing sleeves is connected with the negative pressure suction port, and the other end interface is The outlet of the atomizer is coupled to form an operational structure that can complete the positive and negative pressure cycles in the same mechanism. The waterproof coating machine structure according to claim 1 or 2, wherein the coating processing groove is provided with an inductor on the inner side of the opening for sensing the opening and closing operation of the movable cover, and the sensor is connected to the suction pump. The suction pump is controlled to open and close by different signals that the sensor senses the opening and closing of the movable cover. The waterproof coating machine structure according to claim 1 or 2, wherein the nozzle is provided with a joint having a switch handle. The waterproof coating machine structure according to claim 1 or 2, wherein each of the guiding pipes provided in each negative pressure suction port, wherein one of the guiding pipes is provided with a joint having a switch handle, is provided to switch to a single guiding pipe or all The suction pipe is connected to the suction pipe; the suction pipe is provided with a joint having a closing handle. The waterproof coating machine structure according to claim 1 or 2, wherein the control panel is further provided with a special control switch, a molecular recombination switch and an emergency switch.