Two-fluid dispensing needle spraying machine

Abstract

This invention relates to a two-fluid dispensing needle nozzle cleaning machine, comprising: a cleaning platform with at least one cleaning liquid outlet; a cleaning liquid supply unit with a cleaning liquid tank, a pump, a filter element, and a cleaning liquid supply pipe, the cleaning liquid tank being disposed below the cleaning platform, and the first end of the cleaning liquid supply pipe being connected to the cleaning liquid tank; a gas-liquid mixer having a positive pressure gas supply port, a cleaning liquid supply port, and a two-fluid output port, the tail end of the cleaning liquid supply pipe being connected to the cleaning liquid supply port; and a two-fluid sprayer having a two-fluid input port and at least one two-fluid nozzle, the two-fluid sprayer being disposed on a transverse movement device and connected to the two-fluid input port and the two-fluid output port through a two-fluid delivery pipe. This provides a two-fluid dispensing needle nozzle cleaning machine that significantly improves the cleaning cleanliness of the dispensing needle nozzle by utilizing a micro-atomized two-fluid cleaning liquid.

Description

Technical Field

[0001] This invention relates to a two-fluid dispensing needle nozzle cleaning machine, and more particularly to a machine that utilizes micro-atomized two-fluid cleaning liquid to clean dispensing needle nozzles. Prior Technology

[0002] In various industries, dispensing has become an indispensable key technology in the production process. Through the dispensing nozzle 99 shown in Figures 1 and 2, glue / adhesive is precisely applied to specific locations for bonding, sealing, protecting, filling, or assembling different components. However, the glue / adhesive, along with dust in the environment, can cause the dispensing nozzle 99 to become clogged. Therefore, it is necessary to regularly check the cleanliness of the dispensing nozzle 99 and promptly clean any clogged nozzles. Summary of the Invention

[0003] The main objective of this invention is to provide a two-fluid dispensing nozzle cleaning machine that can significantly improve the cleaning efficiency of dispensing nozzles by utilizing micro-atomized two-fluid cleaning liquid.

[0004] Another objective of this invention is to enable multiple dispensing nozzles to perform spraying and washing simultaneously.

[0005] To achieve the above-mentioned effects, the technical features of the present invention include: a frame; a spray washing platform disposed on the frame, the spray washing platform having at least one spray washing liquid outlet; a spray washing liquid supply unit, comprising a spray washing liquid tank, a pump, a filter element, and a spray washing liquid supply pipe disposed on the frame, the spray washing liquid tank being disposed below the spray washing platform to receive the spray washing liquid discharged from the spray washing liquid outlet, the head end of the spray washing liquid supply pipe being connected to the spray washing liquid tank, and the pump and the filter element being connected in series with the spray washing liquid... A supply pipe; a gas-liquid mixer, mounted on the frame, the gas-liquid mixer having a positive pressure gas supply port, a spray cleaning liquid supply port and a two-fluid output port, the tail end of the spray cleaning liquid supply pipe being connected to the spray cleaning liquid supply port; and a two-fluid sprayer, having a two-fluid input port and at least one two-fluid nozzle, the two-fluid sprayer being mounted on a transverse device, the transverse device being mounted on the frame, and connected to the two-fluid input port and the two-fluid output port through a two-fluid delivery pipe.

[0006] In addition, it includes at least one dispensing needle carrier, and the spray washing station has a carrier positioning groove relative to the dispensing needle carrier. It also includes a controller electrically connected to the traverse device and the pump. Furthermore, it includes a pneumatic supply pipe connected to the positive pressure gas supply interface and a positive pressure gas source. It also includes a waste liquid replacement pipe and a waste liquid replacement pump. The first end of the waste liquid replacement pipe is connected to the spray cleaning liquid tank, and the second end is connected to a waste liquid tank. The waste liquid replacement pump draws waste spray cleaning liquid from inside the spray cleaning liquid tank into the waste liquid tank through the waste liquid replacement pipe. It also includes a new liquid replacement pipe and a new liquid replacement pump. The second end of the new liquid replacement pipe is connected to the spray cleaning liquid tank, and the first end is connected to a new liquid tank. The new liquid replacement pump draws fresh spray cleaning liquid from inside the new liquid tank into the spray cleaning liquid tank through the new liquid replacement pipe. The frame also includes a spray cleaning chamber, in which the spray cleaning platform, the two-fluid spray cleaner, and the transverse movement device are disposed. The spray cleaning chamber is also connected to an exhaust pipe. Simple Explanation of the Diagram

[0007] Figure 1 shows the structural appearance of the dispensing needle tip. Figure 2 is a cross-sectional view of the dispensing needle. Figure 3 is a structural appearance diagram of the present invention. Figure 4 is a partial enlarged view of the structure of the present invention. Figure 5 is a schematic diagram of the structural block of the present invention. Implementation

[0008] First, please refer to Figures 3 to 5. The present invention includes: A frame 10 is divided into a spray chamber 11, which is connected to an exhaust pipe 12; A spray washing station 20 is installed on the frame 10. The spray washing station 20 is provided with a tray positioning groove 21 and at least one spray washing liquid outlet 22. A dispensing nozzle carrier 30 can be positioned in the carrier positioning groove 21, and the dispensing nozzle carrier 30 can accommodate at least one dispensing nozzle 99 for placement and positioning. A cleaning solution supply unit 40 is provided on the frame 10, including a cleaning solution tank 41, a pump 42, a filter element 431, and a cleaning solution supply pipe 43. The cleaning solution tank 41 is located below the cleaning table 20 to receive the cleaning solution discharged from the cleaning solution outlet 22. The head end of the cleaning solution supply pipe 43 is connected to the cleaning solution tank 41. The pump 42 and the filter element 431 are connected in series to the cleaning solution supply pipe 43. A gas-liquid mixer 50 is mounted on the frame 10. The gas-liquid mixer 50 has a positive pressure gas supply port 51, a spray liquid supply port 52, and a two-fluid output port 53. The tail end of the spray liquid supply pipe 43 is connected to the spray liquid supply port 52. A positive pressure gas source 60 is connected to the head end of a pressure supply pipe 61, the tail end of which is connected to the positive pressure gas supply interface 51; and A two-fluid spray washer 70 has a two-fluid inlet 71 and at least one two-fluid nozzle 72. The two-fluid spray washer 70 is mounted on a transverse device 80, which is mounted on the frame 10. The two-fluid inlet 71 and the two-fluid outlet 53 are connected via a two-fluid delivery pipe 73. A controller 90 is electrically connected to the transverse device 80 and the pump 42.

[0009] Furthermore, when the cleaning solution loses its cleaning ability after repeated cleaning processes, it must be replaced. Therefore, the system also includes a waste liquid exchange pipe 44 and a waste liquid exchange pump 45. The first end of the waste liquid exchange pipe 44 is connected to the cleaning solution tank 41, and the second end is connected to a waste liquid tank 46. The waste liquid exchange pump 45 draws the waste cleaning solution from the cleaning solution tank 41 into the waste liquid tank 46 through the waste liquid exchange pipe 44. Additionally, the system also includes a new solution exchange pipe 47 and a new... A liquid exchange pump 48 is used. The tail end of the new liquid exchange pipe 47 is connected to the spray cleaning liquid tank 41, and the head end of the new liquid exchange pipe 47 is connected to a new liquid tank 49. The new liquid exchange pump 48 draws new spray cleaning liquid from the new liquid tank 49 into the spray cleaning liquid tank 41 through the new liquid exchange pipe 47. In addition, the spray cleaning platform 20, the two-fluid spray cleaner 70 and the transverse movement device 80 are arranged inside the spray cleaning chamber 11 to prevent the escape of uncomfortable gas generated during the spray cleaning process, and the gas can be discharged through the exhaust pipe 12.

[0010] Based on this configuration, the dispensing needles 99 to be cleaned can be placed into the dispensing needle carrier tray 30 (as shown in Figure 4, 3 rows * 6 columns of dispensing needles 99 can be placed). The dispensing needle carrier tray 30 is then positioned in the carrier positioning groove 21. The controlled transverse movement device 80 drives the two-fluid spray cleaner 70 to reciprocate transversely, so that the three two-fluid nozzles 72 spray cleaning liquid towards the dispensing needle carrier tray 30, thereby cleaning the plurality of dispensing needles 99. Thus, the present invention has the function of cleaning a plurality of dispensing needles simultaneously.

[0011] However, the cleaning fluid sprayed by the two-fluid nozzle 72 is supplied to the gas-liquid mixer 50 by the cleaning fluid supply unit 40, and the gas flow is continuously supplied to the gas-liquid mixer 50 by the positive pressure gas source 60. The gas-liquid mixer 50 mixes the cleaning fluid and the gas flow to form a micro-atomized two-fluid cleaning fluid. By using two-fluid technology to make the cleaning fluid particles more micro-atomized, the cleaning cleanliness of the dispensing needle nozzle can be greatly improved. Therefore, the present invention has the effect of greatly improving the cleaning cleanliness of the dispensing needle nozzle by using a micro-atomized two-fluid cleaning fluid. Furthermore, after the dispensing needle nozzle is cleaned, the cleaning fluid supply unit 40 can be controlled to stop supplying the cleaning fluid, and the two-fluid nozzle 72 only sprays gas to dry the cleaned dispensing needle nozzle.

[0012] In conclusion, the technical means disclosed in this invention do indeed possess the requirements for invention patents, namely "novelty," "progressiveness," and "industrial applicability." I humbly request that Your Excellency grant me a patent to encourage invention. I am deeply grateful for your kindness.

[0013] However, the above-disclosed drawings and descriptions are merely preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art within the spirit and scope of this application should still be included within the scope of the patent application.

[0014] 10: Rack 11: Spray Washing Room 12: Exhaust pipe 20: Spray washing station 21: Carrier positioning groove 22: Spraying fluid drain port 30: Dispensing needle tip carrier tray 40: Washing fluid supply unit 41: Spraying solution tank 42: Liquid pump 43: Washing fluid supply pipe 431: Filter element 44: Waste liquid replacement pipe 45: Waste liquid replacement pump 46: Waste liquid tank 47: New fluid replacement tube 48: New fluid replacement pump 49: New liquid tank 50: Gas-liquid mixer 51: Positive pressure gas supply interface 52: Washing fluid supply interface 53: Two-fluid output interface 60: Positive pressure air source 61: Air pressure supply pipe 70: Two-fluid spray scrubber 71: Two-fluid input interface 72: Two-fluid nozzle 73: Two-fluid delivery pipe 80: Transverse movement device 90: Controller 99: Dispensing needle tip

Claims

1. A two-fluid dispensing nozzle spray cleaning machine, comprising: a frame; a spray cleaning platform disposed on the frame, the spray cleaning platform having at least one spray cleaning liquid outlet; a spray cleaning liquid supply unit, comprising a spray cleaning liquid tank, a pump, a filter element and a spray cleaning liquid supply pipe disposed on the frame, the spray cleaning liquid tank being disposed below the spray cleaning platform to receive the spray cleaning liquid discharged from the spray cleaning liquid outlet, the head end of the spray cleaning liquid supply pipe being connected to the spray cleaning liquid tank, the pump and the filter element being connected in series to the spray cleaning liquid supply pipe; characterized in that: a gas-liquid mixer disposed on the frame, the gas-liquid mixer having a positive pressure gas supply interface, a spray cleaning liquid supply interface and a two-fluid output interface, the tail end of the spray cleaning liquid supply pipe being connected to the spray cleaning liquid supply interface; A pneumatic supply pipe is connected to the positive pressure gas supply interface and a positive pressure gas source; and a two-fluid sprayer has a two-fluid input interface and at least one two-fluid nozzle, the two-fluid sprayer is disposed on a transverse device, the transverse device is disposed on the frame, and is connected to the two-fluid input interface and the two-fluid output interface through a two-fluid delivery pipe.

2. The two-fluid dispensing nozzle spray cleaning machine as described in claim 1, wherein, It also includes a dispensing needle carrier plate with at least one dispensing needle, and the spray washing station has a carrier plate positioning groove relative to the dispensing needle carrier plate.

3. The two-fluid dispensing nozzle spray cleaning machine as described in claim 1, wherein, It also includes a controller that is electrically connected to the transverse device and the pump.

4. The two-fluid dispensing nozzle spray cleaning machine as described in claim 1, wherein, It also includes a waste liquid replacement pipe and a waste liquid replacement pump. The head end of the waste liquid replacement pipe is connected to the spray cleaning liquid tank, and the tail end of the waste liquid replacement pipe is connected to a waste liquid tank. The waste liquid replacement pump draws the waste spray cleaning liquid inside the spray cleaning liquid tank into the waste liquid tank through the waste liquid replacement pipe. It also includes a new liquid replacement pipe and a new liquid replacement pump. The tail end of the new liquid replacement pipe is connected to the spray cleaning liquid tank, and the head end of the new liquid replacement pipe is connected to a new liquid tank. The new liquid replacement pump draws the new spray cleaning liquid inside the new liquid tank into the spray cleaning liquid tank through the new liquid replacement pipe.

5. The two-fluid dispensing nozzle spray cleaning machine as described in claim 1, wherein, The frame is also divided into a spray chamber, in which the spray station, the two-fluid sprayer and the transverse movement device are located. The spray chamber is also connected to an exhaust pipe.

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