CN208583292U - A kind of mixing arrangement of glass cement - Google Patents

Abstract

The utility model discloses a kind of mixing arrangements of glass cement, including mixing bunker, clip cavity is offered between the inner and outer wall of the mixing bunker, and the center point of mixing bunker top exterior walls is equipped with stirring motor, the output shaft of the stirring motor is equipped with stirring rod, and the paddle equidistantly distributed is equipped at the circumference of stirring rod, the bottom of mixing bunker side outer circumferential walls is plugged with water inlet pipe, and outlet pipe is plugged at the top of the outer circumferential walls of the mixing bunker other side, the center point of the mixing bunker bottom outer wall is plugged with connecting tube, and connecting tube is connected with delivery pump and cabinet in turn by flange far from one end of mixing bunker, the middle position of the bottom of box outer wall is equipped with hybrid electric motor.The utility model guarantees that the investment of glass powder is uniform, improves mixed effect, guarantees that mixing sufficiently, effectively avoids glass powder particles from mixing non-uniform situation, provides suitable hybird environment, improve mixing efficiency.

Description

A kind of mixing arrangement of glass cement

Technical field

The utility model relates to glass cement technical field more particularly to a kind of mixing arrangements of glass cement.

Background technique

With the development of semiconductor technology, the requirement to semiconductor surface passivation is higher and higher, uses technology for passivating glass Diode chip for backlight unit its reliability be greatly improved, and be widely recognized as applying in rectifying device market.Glassivation skill Art needs with photoresist to mix glass powder according to a certain percentage, and such hybrid mode, which belongs between solid and liquid, to be carried out Mixing, because its technique is high-end, it is necessary to make glass powder and photoresist be thoroughly mixed to form a kind of viscous glass glue, then be coated in Wafer surface forms one layer of glass passivation protection layer, is mixed at present using motor agitating mode, and mixing efficiency is low and mixes There are glass powder particles not to be thoroughly mixed phenomenon for glass cement afterwards.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of glass cement proposed is mixed It attaches together and sets.

To achieve the goals above, the utility model adopts the technical scheme that

A kind of mixing arrangement of glass cement, including mixing bunker offer clip cavity between the inner and outer wall of the mixing bunker, And the center point of mixing bunker top exterior walls is equipped with stirring motor, the output shaft of the stirring motor is equipped with stirring rod, and stirring rod Circumference at be equipped with the paddle that equidistantly distributes, the bottom of mixing bunker side outer circumferential walls is plugged with water inlet pipe, and mixed Outlet pipe is plugged at the top of the outer circumferential walls of the other side He Cang, the center point of the mixing bunker bottom outer wall is plugged with connecting tube, And the one end of connecting tube far from mixing bunker is connected with delivery pump and cabinet, the centre of the bottom of box outer wall in turn by flange Position is equipped with hybrid electric motor, and the output shaft of hybrid electric motor is connected with the mixed pole equidistantly distributed by connecting rod, described mixed The top for closing bar is equipped with the extension rod equidistantly distributed, and the bottom of cabinet side outer wall is plugged with discharge nozzle, the cabinet two Holding the top of inner wall by bearing connection, there are two grinding rollers, and the top of cabinet one end outer wall is equipped with roller motor, described The side of mixing bunker top exterior walls is equipped with loading hopper, and the connection equidistantly distributed is equipped at the circumference of mixing bunker top inner wall Spring.

Preferably, the connecting spring is equipped with hollow transition disc, and transition disc far from one end of mixing bunker top inner wall Limit sleeve is equipped at the circumference of top exterior walls.

Preferably, the bottom outer wall of the transition disc offers the perforation equidistantly distributed, and transition disc top exterior walls Side is equipped with vibrating motor.

Preferably, the side of the transition disc top inner wall is plugged with feed hose, and feed hose is far from transition disc The internal diameter of one end outer diameter and loading hopper is adapted.

Preferably, the output shaft of the roller motor is connected by V band with grinding roller, and limit sleeve is far from transition disc Side is connected by fastening bolt with the top inner wall of mixing bunker.

Preferably, one end of the mixing bunker top exterior walls is plugged with feed pipe, and one end of outlet pipe and water inlet pipe is equal The inside of extending column clip cavity.

Preferably, the stirring motor, hybrid electric motor, delivery pump, roller motor pass through conducting wire with vibrating motor and connect There is switch, and switchs and power supply is connected with by conducting wire.

The utility model has the following beneficial effects:

1. be provided with transition disc, feed hose, vibrating motor and perforation, by loading hopper and feed hose to transition disc Glass powder is inside poured into, vibrating motor drives transition disc vibration, and the glass powder perforated in transition disc is fallen into mixing bunker, guarantees glass The investment of glass powder is uniform, improves mixed effect.

2. being provided with paddle, extension rod and grinding roller, glass powder and photoresist are successively stirred, ground and mixed It closes, guarantees that mixing sufficiently, effectively avoids glass powder particles from mixing non-uniform situation.

3. being provided with clip cavity, water inlet pipe and outlet pipe, the heat preservation liquid of proper temperature is injected into clip cavity by water inlet pipe, is protected Warm liquid is discharged through outlet pipe, provides suitable hybird environment, improves mixing efficiency.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of glass cement mixing arrangement structural schematic diagram；

Fig. 2 be the utility model proposes a kind of glass cement mixing arrangement body side structure sectional view；

Fig. 3 be the utility model proposes a kind of glass cement mixing arrangement transition disc side structure cross-sectional view.

In figure: 1 mixing bunker, 2 paddles, 3 stirring motors, 4 stirring rods, 5 outlet pipes, 6 clip cavities, 7 connecting tubes, 8 mixing rolls Cylinder, 9 discharge nozzles, 10 hybrid electric motors, 11 mixed poles, 12 extension rods, 13 cabinets, 14 delivery pumps, 15 loading hoppers, 16 water inlet pipes, 17 roller motors, 18 perforation, 19 transition discs, 20 vibrating motors, 21 connecting springs, 22 limit sleeves, 23 feed hoses.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-3, a kind of mixing arrangement of glass cement, including mixing bunker 1 are opened between the inner and outer wall of mixing bunker 1 Equipped with clip cavity 6, and the center point of 1 top exterior walls of mixing bunker is connected with stirring motor 3 by fastening bolt, stirring motor 3 it is defeated Shaft is connected with stirring rod 4 by fastening bolt, and is connected with and is equidistantly distributed by fastening bolt at the circumference of stirring rod 4 Paddle 2, the bottom of 1 side outer circumferential walls of mixing bunker are plugged with water inlet pipe 16, and the top of 1 other side outer circumferential walls of mixing bunker It is plugged with outlet pipe 5, the center point of 1 bottom outer wall of mixing bunker is plugged with connecting tube 7, and the one end of connecting tube 7 far from mixing bunker 1 Delivery pump 14 and cabinet 13 are connected in turn by flange, and delivery pump 14 is between mixing bunker 1 and cabinet 13,13 bottom of cabinet The middle position of outer wall is connected with hybrid electric motor 10 by fastening bolt, and the output shaft of hybrid electric motor 10 is connected by connecting rod There is the mixed pole 11 equidistantly distributed, the top of mixed pole 11 is connected with the extension rod 12 equidistantly distributed by fastening bolt, And the bottom of 13 side outer wall of cabinet is plugged with discharge nozzle 9, by bearing connection, there are two ground at the top of 13 both ends inner wall of cabinet Grinding roller cylinder 8, and the top of 13 one end outer wall of cabinet is connected with roller motor 17 by fastening bolt, 1 top exterior walls of mixing bunker Side is connected with loading hopper 15 by fastening bolt, and is connected at the circumference of 1 top inner wall of mixing bunker by fastening bolt The connecting spring 21 equidistantly distributed.

In the utility model, during the one end of connecting spring 21 far from 1 top inner wall of mixing bunker is connected with by fastening bolt Empty transition disc 19, and limit sleeve 22 is connected with by fastening bolt at the circumference of 19 top exterior walls of transition disc, transition disc 19 Bottom outer wall offers the perforation 18 equidistantly distributed, and the side of 19 top exterior walls of transition disc is connected with vibration by fastening bolt Dynamic motor 20, the side of 19 top inner wall of transition disc are plugged with feed hose 23, and feed hose 23 far from transition disc 19 one The internal diameter of end outer diameter and loading hopper 15 is adapted, and the output shaft of roller motor 17 is connected by V band and grinding roller 8, and is limited Position 22 sides far from transition disc 19 of set are connected by fastening bolt with the top inner wall of mixing bunker 1,1 top exterior walls of mixing bunker One end is plugged with feed pipe, and the inside of the equal extending column clip cavity 6 in one end of outlet pipe 5 and water inlet pipe 16, stirring motor 3, mixing Motor 10, delivery pump 14, roller motor 17 and vibrating motor 20 are connected with switch by conducting wire, and switch and connected by conducting wire There is power supply.

Working principle: injecting photoresist into mixing bunker 1 by feed pipe, by loading hopper 15 and feed hose 23 to Glass powder is poured into transition disc 19, vibrating motor 20 drives transition disc 19 to vibrate, and the glass powder perforated 18 in transition disc 19 is fallen Enter in mixing bunker 1, while stirring motor 3 drives the rotation of paddle 2 to be stirred mixing to glass powder and photoresist, passes through water inlet Pipe 16 injects the heat preservation liquid of proper temperature into clip cavity 6, and heat preservation liquid is discharged through outlet pipe 5, and delivery pump 14 will be after the completion of mixing Glass cement is delivered in cabinet 13, and roller motor 17 drives the grinding rotation of roller 8 to grind glass cement, 10 band of hybrid electric motor The dynamic rotation of extension rod 12 carries out secondary agitation mixing to the glass cement after grinding.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (7)

1. a kind of mixing arrangement of glass cement, including mixing bunker (1), which is characterized in that the inner and outer wall of the mixing bunker (1) Between offer clip cavity (6), and the center point of mixing bunker (1) top exterior walls be equipped with stirring motor (3), the stirring motor (3) Output shaft be equipped with stirring rod (4), and the paddle (2) that equidistantly distributes, the mixing bunker are equipped at the circumference of stirring rod (4) (1) bottom of side outer circumferential walls is plugged with water inlet pipe (16), and is plugged with out at the top of the outer circumferential walls of mixing bunker (1) other side The center point of water pipe (5), mixing bunker (1) bottom outer wall is plugged with connecting tube (7), and connecting tube (7) is far from mixing bunker (1) One end delivery pump (14) and cabinet (13) are connected in turn by flange, the interposition of cabinet (13) bottom outer wall installs Have hybrid electric motor (10), and the output shaft of hybrid electric motor (10) is connected with the mixed pole (11) equidistantly distributed by connecting rod, The top of the mixed pole (11) is equipped with the extension rod (12) equidistantly distributed, and the bottom of cabinet (13) side outer wall is plugged with Discharge nozzle (9), the top of cabinet (13) both ends inner wall by bearing connection there are two grinding roller (8), and cabinet (13) The top of one end outer wall is equipped with roller motor (17), and the side of mixing bunker (1) top exterior walls is equipped with loading hopper (15), and The connecting spring (21) equidistantly distributed is equipped at the circumference of mixing bunker (1) top inner wall.

2. a kind of mixing arrangement of glass cement according to claim 1, which is characterized in that the connecting spring (21) is separate One end of mixing bunker (1) top inner wall is equipped with hollow transition disc (19), and is equipped at the circumference of transition disc (19) top exterior walls Limit sleeve (22).

3. a kind of mixing arrangement of glass cement according to claim 2, which is characterized in that the bottom of the transition disc (19) Outer wall offers the perforation (18) equidistantly distributed, and the side of transition disc (19) top exterior walls is equipped with vibrating motor (20).

4. a kind of mixing arrangement of glass cement according to claim 2, which is characterized in that at the top of the transition disc (19) The side of wall is plugged with feed hose (23), and one end outer diameter and loading hopper of the feed hose (23) far from transition disc (19) (15) internal diameter is adapted.

5. a kind of mixing arrangement of glass cement according to claim 1, which is characterized in that the roller motor (17) it is defeated Shaft is by V band and grinds roller (8) connection, and side of the limit sleeve (22) far from transition disc (19) by fastening bolt and is mixed Close the top inner wall connection of storehouse (1).

6. a kind of mixing arrangement of glass cement according to claim 1, which is characterized in that outer at the top of the mixing bunker (1) One end of wall is plugged with feed pipe, and the inside of the equal extending column clip cavity (6) in one end of outlet pipe (5) and water inlet pipe (16).

7. a kind of mixing arrangement of glass cement according to claim 1, which is characterized in that the stirring motor (3), mixing Motor (10), delivery pump (14), roller motor (17) and vibrating motor (20) are connected with switch by conducting wire, and switch passes through Conducting wire is connected with power supply.