Conveyor device for water-based paint filling

Abstract

The invention discloses a conveyor device for water-based paint filling, relates to the technical field of water-based paint filling, and aims to solve the technical problem that a current conveyor device for water-based paint filling is insufficient in secondary cover buckling efficiency. A shunting wheel disc rotating machine is arranged at the output end of the primary conveyor; a first-stage sealing machine is arranged on one side of the shunting wheel disc rotating machine; a secondary conveyor is arranged at the output end of the shunting wheel disc rotating machine; and a sealing cover extrusion mechanism is arranged on the secondary conveyor. Through the modes of sorting, shunting and fixed overturning, the inverted buckling cover body is overturned, conveyed and adjusted to be in a forward state from the conveying channel at the high end of the two-way shunting and flow guiding frame, and then buckling work is carried out through the arrangement of the second-stage conveyor and the sealing cover extrusion mechanism; in this way, forward and inverted cover bodies can be effectively conveyed and buckled, and the situation that efficiency is insufficient due to factors existing in inverted cover bodies in a conventional sorting mode is effectively reduced.

Description

Technical Field

[0001] The invention relates to the technical field of water-based paint filling, and more specifically to a conveyor device for water-based paint filling. Background Art

[0002] The conveyor device for water-based paint filling is an important equipment on the paint production line. It is mainly used to convey paint packaging containers (such as plastic barrels, iron cans, etc.) to the filling station, and then convey them to subsequent processes such as sealing and labeling after filling.

[0003] The existing conveyor device for filling water-based paint needs to perform a primary tight seal on the plastic barrel or iron can and a secondary auxiliary cover buckle after filling. During the secondary auxiliary cover buckle process, the cover body has overall forward placement and reverse placement, which needs to be restricted by a classification auxiliary device, resulting in insufficient efficiency of the forward conveyed cover body during the buckle process. Therefore, it is particularly important to propose a conveyor device for filling water-based paint with forward cover body conveying buckle and reverse cover body conveying buckle. In view of this, we propose a conveyor device for filling water-based paint. Summary of the invention

[0004] The purpose of the present invention is to provide a conveyor device for filling water-based paint, so as to solve the technical problem that the efficiency of secondary cover body fastening of the current conveyor device for filling water-based paint is insufficient.

[0005] In order to solve the above technical problems, the present invention provides the following technical solutions: a conveyor device for filling water-based paint, comprising a primary conveyor; a diverter disc rotary machine is arranged at the output end of the primary conveyor; a primary sealing machine is arranged on one side of the diverter disc rotary machine; a secondary conveyor is arranged at the output end of the diverter disc rotary machine; a capping extrusion mechanism is arranged on the secondary conveyor; a two-way arrangement mechanism is arranged on the side of the secondary conveyor; the two-way arrangement mechanism comprises an inclined elevator; a feed hopper is arranged at the input end of the inclined elevator; a toggle level adjustment mechanism is arranged at one end of the inclined elevator's positive angle surface relatively close to the feed hopper; a hook and toggle assembly is arranged at one end of the inclined elevator's positive angle surface relatively far from the feed hopper; a two-way diverter guide frame is arranged on the side of the inclined elevator.

[0006] The present invention can sequentially convey and lift the positively placed and inverted snap-fitting covers to the high end through the setting of the inclined lifting machine. Based on the positive placement of the cover body, the cover body plane contacts the inclined lifting machine, and the cover body causes the inner concave surface of the cover body to contact the inclined lifting machine. Through the size difference between the relative surfaces, the inverted snap-fitting cover body is slidably limited and moved to one side of the inclined lifting machine by toggling the horizontal adjustment mechanism, and the positively placed snap-fitting cover body cannot contact the toggling horizontal adjustment mechanism, and the cover body does not slide and limit, so that the positively placed snap-fitting cover body is continuously lifted upward and directly from the lower end of the two-way diversion guide frame. The inverted snap-fit ​​cover body is also continuously lifted upward in sequence. Due to the limit setting, it cannot be transported from the conveying channel at the lower end of the two-way diversion guide frame, so it is transported to the hook and toggle assembly and horizontally adjusted by the hook and toggle assembly, so that the inverted snap-fit ​​cover body is flipped and conveyed from the conveying channel at the high end of the two-way diversion guide frame to a forward state, and then snapped through the secondary conveyor and the capping extrusion mechanism. In this way, the forward and inverted cover bodies can be effectively conveyed and snapped, effectively reducing the inefficiency of the conventional sorting method due to the inverted cover body.

[0007] Preferably, the inclined elevator includes a rotating shaft conveying frame; a limited conveying belt is movably sleeved on the rotating shaft conveying frame; and a plurality of guide blocks are sequentially arranged on the outer surface of the limited conveying belt; the guide block is triangular in shape, and an elastic limit block is arranged on the inclined surface of the guide block.

[0008] Preferably, a bottom plate is provided at the bottom of the feeding hopper relative to the position of the limiting conveyor belt; and a feeding notch is provided at the bottom plate relative to the position of the elastic limiting block.

[0009] Preferably, the horizontal adjustment mechanism includes an inclined mounting plate frame; an angle is formed between the mounting plate frame and the position-limiting conveyor belt; a rotating shaft seat is arranged on the surface of the mounting plate frame through a connecting frame; and a lifting and lowering adjustment shaft is connected by a key inside the rotating shaft seat; a push rod is arranged on one side of the rotating shaft seat through a mounting seat A; a synchronous block connected to the rotating shaft seat is rotatably arranged at the movable end of the push rod; a driving motor is arranged on the other end of the rotating shaft seat through a mounting seat B, and a synchronous wheel is arranged at the output end of the driving motor; the synchronous wheel is transmission-connected to the rotating shaft seat through a synchronous belt; and a truncated cone-shaped friction wheel is arranged at the bottom of the lifting and lowering adjustment shaft, wherein the side of the truncated cone-shaped friction wheel is horizontally arranged with the position-limiting conveyor belt.

[0010] Preferably, the hook-to-drive assembly comprises a cylinder arranged at the high end of the rotating shaft conveying frame through a mounting frame, and an adjustment groove is horizontally provided on the surface of the mounting frame; a hook-to-drive block is provided at the movable end of the cylinder.

[0011] Preferably, the internal gap of the two-way diversion guide frame constitutes a primary passing cavity located at the lower end of the rotating shaft conveying frame body, and the primary passing cavity is in the shape of an obtuse triangle, and the internal gap of the two-way diversion guide frame constitutes a secondary flipping passing cavity located at the high end of the rotating shaft conveying frame body, and the secondary flipping passing cavity is in the shape of a "sickle", and the bending parts of the primary passing cavity and the secondary flipping passing cavity are chamfered, and the bending parts of the primary passing cavity and the secondary flipping passing cavity are chamfered to form a guide groove for accommodating the passage of the water-based paint can cover; wherein, the output end of the secondary flipping passing cavity is connected to the bending part of the primary passing cavity.

[0012] Preferably, the capping extrusion mechanism comprises a guide extrusion frame; a pressing plate is obliquely screwed onto the guide extrusion frame via bolts.

[0013] Preferably, the capping extrusion mechanism also includes two groups of symmetrically arranged limiting guide components, and the limiting guide components include two rotating shaft seats; one of the rotating shaft seats is driven by a servo motor, and the two rotating shaft seats are provided with synchronous hook belts; hook plates are sequentially provided on the surface of the synchronous hook belts; and the tops of the two rotating shaft seats relatively close to the guide groove are provided with notched rotating disks.

[0014] A method for using a conveyor device for filling water-based paint comprises the following steps:

[0015] S100, filling process: the primary conveyor sequentially conveys empty metal cans, and the water-based paint is filled in the cans through a filling machine independently arranged on the side of the primary conveyor;

[0016] S200, position limiting arrangement work: Based on the continuous conveying of the primary conveyor, the metal cans are controlled to be rotated in a limited position through the diverter wheel rotating machine;

[0017] S300, primary packaging process: the metal can is tightly sealed by the primary sealing machine; then it is transported to the starting end of the secondary conveyor by the diverter wheel rotating machine

[0018] S400, loading process: manually or mechanically place the secondary cover into the feeding hopper and then lift it up by tilting.

[0019] The elevator drives the rotating limited conveyor belt to lift the secondary cover body;

[0020] S500, conveying and sorting processing:

[0021] If the secondary cover body placed in the forward direction is transported:

[0022] The push rod is driven to return to drive the lifting and adjusting shaft to descend, so that the friction wheel in the positive direction of the friction wheel overlaps with the side of the positively placed secondary cover body, and the driving motor drives the synchronous wheel and the synchronous belt to cause the rotating shaft seat to drive the key-connected lifting and adjusting shaft and the friction wheel to rotate. Based on the positively placed secondary cover body, the friction wheel and the inner concave part of the secondary cover body are not in contact at this time, forming an idling effect, and then it is continuously raised by the inclined hoist, and the triangular guide block is used to cause the positively placed secondary cover body to roll into the first through cavity, and based on gravity and continuous feeding, the secondary cover body continues to move to the lowest end;

[0023] If the secondary cover is transported in reverse position:

[0024] The lifting and adjusting shaft is driven to descend by the push rod return work, so that the friction wheel in the front view direction of the friction wheel coincides with the side of the secondary cover body placed in the opposite direction, and the synchronous wheel and the synchronous belt are driven by the driving motor to cause the rotating shaft seat to drive the key-connected lifting and adjusting shaft and the friction wheel to rotate. Based on the secondary cover body placed in the opposite direction, the friction wheel contacts the outer surface of the secondary cover body at this time, forming a friction pushing effect, so that the secondary cover body rolls and squeezes the elastic limit block, so that the secondary cover body placed in the opposite direction rolls to the inclined high end of the guide block, and is limited by the elastic recovery of the elastic limit block; then it continues to rise through the inclined lifting machine, and the cover body limited by the elastic limit block is pushed by the cylinder return work, so that the inverted cover body is transported when the secondary flipping through cavity located at the high end of the two-way diversion guide frame is transported to the upper part of the primary through cavity through the "sickle-shaped" secondary flipping through cavity; based on gravity and continuous feeding, the secondary cover body continues to move to the lowest end;

[0025] S600, capping process: convey the metal can to the contact processing position where the hook plate rotates and can be moved by the secondary conveyor, stop working, keep the center in the middle by the axial limit of the guide extrusion frame, drive two of the rotating shaft seats by the servo motor to cause the synchronous hook belt to rotate, and then convey the metal can through the hook plate. At this time, the corner-cut rotating disk rotates and the corner is exposed. The secondary cover body without the corner-cut rotating disk limit is hooked with the metal can, and the metal can and the hooked secondary cover body are conveyed based on the hook plate. The corner-cut rotating disk rotates again to block the next secondary cover body at the arc surface.

[0026] Compared with the prior art, the present invention has the following beneficial effects:

[0027] 1. The present invention can sequentially convey and lift the positively placed and inverted snap-fit ​​cover bodies to the high end through the setting of the inclined lifter. Based on the positive placement of the cover body, the cover body plane contacts the inclined lifter, and the cover body causes the inner concave surface of the cover body to contact the inclined lifter. Through the size difference between the relative surfaces, the inverted snap-fit ​​cover body is slidably limited and moved to one side of the inclined lifter by toggling the horizontal adjustment mechanism, and the positively placed snap-fit ​​cover body cannot contact the toggling horizontal adjustment mechanism, and the cover body does not slide and limit, so that the positively placed snap-fit ​​cover body is continuously lifted upward and directly from the lower end of the two-way diversion guide frame. The inverted snap-fit ​​cover body is also continuously lifted upward in sequence. Due to the limit setting, it cannot be transported from the conveying channel at the lower end of the two-way diversion guide frame, so it is transported to the hook-connected toggle assembly and horizontally adjusted by the hook-connected toggle assembly, causing the inverted snap-fit ​​cover body to be flipped and conveyed from the conveying channel at the high end of the two-way diversion guide frame to be adjusted to a forward state, and then snapped through the secondary conveyor and the capping extrusion mechanism. In this way, the forward and inverted cover bodies can be effectively conveyed and snapped, effectively reducing the inefficiency of the conventional sorting method due to the inverted cover body.

[0028] 2. The present invention uses a triangular guide block to enable the cover body located on the guide block to slide toward the two-way diversion guide frame based on gravity factors, thereby optimizing the compactness and simplification of the overall structure. At the same time, the elastic limit block can be set to deform the cover body by applying a sliding operation to the left or right under external force, so that the cover body can pass smoothly.

[0029] 3. The present invention limits the contact surface between the cover body and the limiting conveyor belt in the feed hopper by setting the bottom plate and the feed notch, so that the cover body is located between the elastic limiting block and the two-way diversion guide frame in the initial stage of the lifting and conveying process, effectively avoiding the interference of adjustment movement caused by multiple cover bodies being located on one guide block at the same time, thereby improving the accuracy during the conveying, adjustment and fastening process.

[0030] 4. The present invention has an installation setting with an angle between the installation plate frame and the said limiting conveyor belt, so that the friction wheel can be separated from the side of the cover body placed in the forward direction and not contact it during the stroke lifting process of the push rod, thereby avoiding damage to the side of the cover body placed in the forward direction; and the driving motor drives the synchronous wheel and the synchronous belt to cause the rotating shaft seat to drive the key-connected lifting adjustment shaft and the friction wheel to rotate, and the rotating setting is used to contact and rub the surface of the inverted cover body, so that the cover body slides toward the high end of the inclined surface of the guide block, forming a sorting operation for the forward or inverted cover body.

[0031] 5. The present invention pushes the inverted cover body limited by the elastic limit block through the return work of the cylinder, so that the inverted cover body is transported when it is located at the high end position of the two-way flow diversion guide frame.

[0032] 6. The present invention uses a primary through cavity located at the bottom end to maintain the direct forward conveying and snapping of the upright cover body, and uses a "sickle"-shaped secondary flipping through cavity to cause the inverted cover body to be flipped, conveyed and adjusted, so that the inverted cover body can be snapped and used.

[0033] 7. The present invention uses an inclined pressing plate to enable the cover body and the metal can to be squeezed and fastened together by the inclined squeezing when the snap-fit ​​cover and the metal can pass through each other.

[0034] 8. The present invention controls the time for the snap-on cover to fall by causing the arc-shaped side of the notched-corner rotating disk to form a barrier to the cover body based on the rotation of the rotating shaft seat. When the hook plate is continuously rotated to move and convey the metal can, the notched corner of the notched-corner rotating disk overlaps with the cover when the metal can passes through, and the cover body can be synchronously lowered to form a basic connection to the metal can, which is convenient for the snap-on work. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] Figure 1 It is a schematic diagram of the overall three-dimensional structure of the present invention;

[0036] Figure 2 It is a schematic diagram of the top view of the capping extrusion mechanism of the present invention;

[0037] Figure 3 For the present invention Figure 1 A schematic diagram of the partially enlarged structure at center A;

[0038] Figure 4 It is a schematic diagram of the three-dimensional structure of the bidirectional arrangement mechanism of the present invention;

[0039] Figure 5 For the present invention Figure 4 A schematic diagram of the partially enlarged structure at B in the middle;

[0040] Figure 6 It is a schematic diagram of the three-dimensional structure of the inclined elevator of the present invention;

[0041] Figure 7 It is a schematic diagram of the overall three-dimensional structure of the present invention from another viewing angle;

[0042] Figure 8 For the present invention Figure 7 Schematic diagram of the partial enlarged structure at point C in the middle.

[0043] Description of the numbers in the figure:

[0044] 1. Primary conveyor; 2. Diverter wheel rotating machine; 3. Primary sealing machine; 4. Secondary conveyor; 5. Capping extrusion mechanism; 6. Bidirectional arrangement mechanism; 7. Inclined elevator; 8. Feed hopper; 9. Hook-connected toggle assembly; 10. Bidirectional diverter guide frame; 11. Toggle level adjustment mechanism;

[0045] 501, guide extrusion frame; 502, pressing plate; 503, limit guide assembly; 5031, rotating shaft seat; 5032, synchronous hook belt; 5033, hook plate; 504, missing corner rotating disk;

[0046] 701, rotating shaft conveying frame; 702, limiting conveying belt; 7021, guide block; 7022, elastic limiting block;

[0047] 801, bottom plate; 802, feed notch;

[0048] 901, mounting frame; 902, cylinder; 9011, adjustment slot; 903, hook block;

[0049] 1001, primary through cavity; 1002, secondary flip through cavity;

[0050] 1101, mounting plate frame; 1102, connecting frame; 1103, rotating shaft seat; 1104, lifting adjustment shaft; 1105, push rod; 1106, synchronization block; 1107, driving motor; 11071, synchronization wheel; 1108, friction wheel. DETAILED DESCRIPTION

[0051] like Figures 1 to 8As shown, the present invention relates to a conveyor device for filling water-based paint, comprising a primary conveyor 1; a diverter disc rotating machine 2 is arranged at the output end of the primary conveyor 1; a primary sealing machine 3 is arranged on one side of the diverter disc rotating machine 2; a secondary conveyor 4 is arranged at the output end of the diverter disc rotating machine 2; a capping extrusion mechanism 5 is arranged on the secondary conveyor 4; a bidirectional arrangement mechanism 6 is arranged on the side of the secondary conveyor 4; the bidirectional arrangement mechanism 6 comprises an inclined elevator 7; a feed hopper 8 is arranged at the input end of the inclined elevator 7; a toggle level adjustment mechanism 11 is arranged at one end of the inclined elevator 7 that is relatively close to the feed hopper 8; a hook-connected toggle assembly 9 is arranged at one end of the inclined elevator 7 that is relatively far from the feed hopper 8; a bidirectional diverter guide frame 10 is arranged on the side of the inclined elevator 7. The present invention can sequentially convey and lift the positively placed and inverted snap-fit ​​cover bodies to the high end through the setting of the inclined lifting machine 7. Based on the positive placement of the cover body, the cover body plane contacts the inclined lifting machine 7, and the cover body causes the concave surface inside the cover body to contact the inclined lifting machine 7. Through the size difference between the relative surfaces, the inverted snap-fit ​​cover body is slidably limited and moved to one side of the inclined lifting machine 7 by toggling the horizontal adjustment mechanism 11, and the positively placed snap-fit ​​cover body cannot contact the toggling horizontal adjustment mechanism 11, and the cover body does not slide and limit, so that the positively placed snap-fit ​​cover body is continuously lifted upward and directly from the lower end of the two-way diversion guide frame 10. The inverted snap-fit ​​cover body is also continuously lifted upward in sequence. Due to the limit setting, it cannot be transported from the conveying channel at the lower end of the two-way diversion guide frame 10, so it is transported to the hook and toggle assembly 9 and horizontally adjusted by the hook and toggle assembly 9, so that the inverted snap-fit ​​cover body is flipped and conveyed from the conveying channel at the high end of the two-way diversion guide frame 10 to be adjusted to a forward state, and then the snap-fit ​​work is performed through the secondary conveyor 4 and the capping extrusion mechanism 5. In this way, the forward and inverted cover bodies can be effectively conveyed and snap-fitted, and the inefficiency of the conventional sorting method caused by the inverted cover body can be effectively reduced.

[0052] In the embodiment of the present invention, the inclined elevator 7 includes a rotating shaft conveying frame 701; a limited conveying belt 702 is movably sleeved on the rotating shaft conveying frame 701; and a plurality of guide blocks 7021 are sequentially arranged on the outer surface of the limited conveying belt 702; the guide block 7021 is triangular, and an elastic limit block 7022 is arranged on the inclined surface of the guide block 7021. The present invention uses the triangular guide block 7021 to allow the cover body located on the guide block 7021 to slide toward the two-way flow diversion guide frame 10 based on the gravity factor, thereby optimizing the compactness and simplification of the overall structure. At the same time, the elastic limit block 7022 can be set to deform the cover body when an external force is applied to the cover body to slide to the left or right so that the cover body can pass smoothly.

[0053] In the embodiment of the present invention, a bottom plate 801 is provided at the bottom of the hopper 8 for receiving the feed relative to the position-limiting conveyor belt 702; and a feed notch 802 is provided at the bottom plate 801 relative to the elastic limit block 7022. The present invention limits the contact surface between the cover body and the position-limiting conveyor belt 702 in the hopper 8 for receiving the feed by setting the bottom plate 801 and the feed notch 802, so that the cover body is located between the elastic limit block 7022 and the two-way flow diversion guide frame 10 in the initial stage of the lifting and conveying process, effectively avoiding the interference of the adjustment movement caused by multiple cover bodies being located on one guide block 7021 at the same time, and improving the accuracy during the conveying, adjustment and buckling process.

[0054] In the embodiment of the present invention, the horizontal adjustment mechanism 11 includes an inclined mounting plate frame 1101; an angle is formed between the mounting plate frame 1101 and the position-limiting conveyor belt 702; a rotating shaft seat 1103 is provided on the surface of the mounting plate frame 1101 through a connecting frame 1102; and a lifting adjustment shaft 1104 is connected to the rotating shaft seat 1103 through a key; a push rod 1105 is provided on one side of the rotating shaft seat 1103 through a mounting seat A; a movable end of the push rod 1105 is provided with a rotation axis that is connected to the rotating shaft A synchronization block 1106 connected to the seat 1103; a driving motor 1107 is provided at the other end of the rotating shaft seat 1103 through the mounting seat B, and a synchronization wheel 11071 is provided at the output end of the driving motor 1107; the synchronization wheel 11071 is transmission-connected to the rotating shaft seat 1103 through a synchronization belt; and a truncated cone-shaped friction wheel 1108 is provided at the bottom of the lifting and adjusting shaft 1104, wherein the side of the truncated cone-shaped friction wheel 1108 is horizontally arranged with the limiting conveyor belt 702. The present invention has an installation setting with an angle between the installation plate frame 1101 and the limiting conveyor belt 702, so that the friction wheel 1108 of the push rod 1105 can be separated from the side of the cover body placed in the forward direction without contact during the stroke lifting process, thereby avoiding damage to the side of the cover body placed in the forward direction; and the driving motor 1107 drives the synchronous wheel 11071 and the synchronous belt to cause the rotating shaft seat 1103 to drive the key-connected lifting adjustment shaft 1104 and the friction wheel 1108 to rotate, and the rotating setting is used to contact and rub the surface of the inverted cover body, so that the cover body slides toward the high end of the inclined surface of the guide block 7021, thereby forming a sorting operation for the forward or inverted cover body.

[0055] In the embodiment of the present invention, the hooking and toggling assembly 9 includes a cylinder 902 arranged at the high end of the rotating shaft conveying frame 701 through a mounting frame 901, and an adjusting groove 9011 is horizontally opened on the surface of the mounting frame 901; a hooking block 903 is arranged at the movable end of the cylinder 902. The present invention pushes the inverted cover body limited by the elastic limit block 7022 through the return work of the cylinder 902, so that the inverted cover body is conveyed when it is located at the high end position of the two-way flow diversion guide frame 10.

[0056] In an embodiment of the present invention, the internal gap of the two-way diversion guide frame 10 constitutes a primary through cavity 1001 located at the lower end of the rotating shaft conveying frame body 701, and the primary through cavity 1001 is in the shape of an obtuse triangle, and the internal gap of the two-way diversion guide frame 10 constitutes a secondary flip through cavity 1002 located at the high end of the rotating shaft conveying frame body 701, and the secondary flip through cavity 1002 is in the shape of a "sickle", and the bending parts of the primary through cavity 1001 and the secondary flip through cavity 1002 are chamfered, and the bending parts of the primary through cavity 1001 and the secondary flip through cavity 1002 are chamfered to form a guide groove for accommodating the passage of the water-based paint can cover; wherein, the output end of the secondary flip through cavity 1002 is connected to the bending part of the primary through cavity 1001. The present invention uses a primary through cavity 1001 at the bottom end to maintain the direct forward conveying and snapping of the upright cover body, and a secondary flipping through cavity 1002 in the shape of a "sickle" to cause the inverted cover body to be flipped, conveyed and adjusted, so that the inverted cover body can be snapped and used.

[0057] In the embodiment of the present invention, the capping extrusion mechanism 5 comprises a guide extrusion frame 501; a pressing plate 502 is screwed obliquely on the guide extrusion frame 501 by bolts. The present invention uses the pressing plate 502 arranged in an inclined shape to cause the cover body to be pressed and buckled with the metal can by oblique extrusion when the snap-fit ​​cover passes through the metal can.

[0058] In the embodiment of the present invention, the capping extrusion mechanism 5 further includes two groups of symmetrically arranged limiting guide components 503, and the limiting guide components 503 include two rotating shaft seats 5031; one of the rotating shaft seats 5031 is driven by a servo motor, and a synchronous hook belt 5032 is arranged on the two rotating shaft seats 5031; hook plates 5033 are arranged on the surfaces of the synchronous hook belts 5032 in sequence; and the tops of the two rotating shaft seats 5031 relatively close to the guide groove are provided with a notched rotating disk 504. The present invention controls the time for the buckled cover to fall by rotating the rotating shaft seat 5031 so that the arc side of the notched rotating disk 504 forms a barrier to the cover body, and the hook plate 5033 is continuously rotated to move and convey the metal can, so that when the metal can passes, the notched corner of the notched rotating disk 504 overlaps with the cover, and the cover body can be synchronously lowered to form a basic overlap to the metal can, which is convenient for buckling.

[0059] Working principle: This embodiment provides a conveyor device for filling water-based paint. The following are the steps for use:

[0060] S100, filling process: the primary conveyor 1 sequentially conveys empty metal cans, and the water-based paint is filled in the cans by a filling machine independently arranged on the side of the primary conveyor 1;

[0061] S200, position limiting arrangement work: based on the continuous conveying of the primary conveyor 1, the metal cans are controlled to be rotated in a position limiting manner through the diverter wheel rotating machine 2;

[0062] S300, primary packaging process: the metal can is tightly sealed by the primary sealing machine 3; then it is transported to the starting end of the secondary conveyor 4 by the diverter wheel rotating machine 2

[0063] S400, loading process: manually or mechanically place the secondary cover into the hopper 8 for receiving the material and then

[0064] The lifting machine 7 drives the rotating limited conveyor belt 702 to lift the secondary cover body;

[0065] S500, conveying and sorting processing:

[0066] If the secondary cover body placed in the forward direction is transported:

[0067] The push rod 1105 is driven to return to drive the lifting and adjusting shaft 1104 to descend, so that the friction wheel 1108 in the front view direction coincides with the side of the secondary cover body placed forward, and the driving motor 1107 drives the synchronous wheel 11071 and the synchronous belt to cause the rotating shaft seat 1103 to drive the key-connected lifting and adjusting shaft 1104 and the friction wheel 1108 to rotate. Based on the secondary cover body placed forward, the friction wheel 1108 and the inner concave part of the secondary cover body are not in contact at this time, forming an idling effect, and then the inclined hoist 7 is continuously raised, and the triangular guide block 7021 is cooperated to cause the secondary cover body placed forward to roll into the primary through cavity 1001, and the secondary cover body is continuously moved to the lowermost end based on gravity and continuous feeding;

[0068] If the secondary cover is transported in reverse position:

[0069] The push rod 1105 is used to return and drive the lifting and adjusting shaft 1104 to descend, so that the friction wheel 1108 in the positive direction coincides with the side of the secondary cover body placed in the opposite direction. The driving motor 1107 drives the synchronous wheel 11071 and the synchronous belt to cause the rotating shaft seat 1103 to drive the key-connected lifting and adjusting shaft 1104 and the friction wheel 1108 to rotate. Based on the reversely placed secondary cover body, the friction wheel 1108 is in contact with the outer surface of the secondary cover body at this time, forming a friction pushing effect, causing the secondary cover body to roll and squeeze the elastic limit block 7022, causing The reversely placed secondary cover rolls to the inclined high end of the guide block 7021 and is limited by the elastic return of the elastic limit block 7022; then it continues to rise through the inclined lift 7, and the inverted cover limited by the elastic limit block 7022 is pushed by the return work of the cylinder 902, so that the inverted cover is transported when the secondary flip through cavity 1002 located at the high end of the two-way flow diversion guide frame 10 is transported to the upper part of the primary through cavity 1001 through the "sickle"-shaped secondary flip through cavity 1002; based on gravity and continuous feeding, the secondary cover continues to move to the lowest end;

[0070] S600, capping process: convey the metal can to the rotating and movable contact processing position of the hook plate 5033 through the secondary conveyor 4, stop working, keep the center in the middle through the axial limit of the guide extrusion frame 501, drive two of the rotating shaft seats 5031 through the servo motor to cause the synchronous hook belt 5032 to rotate, and then convey the metal can through the hook plate 5033. At this time, the corner-cut rotating disk 504 rotates and the corner is exposed. The rotating disk 504 without corner-cut limits the secondary cover body to be hooked with the metal can, and the metal can and the hooked secondary cover body are conveyed based on the hook plate 5033. The corner-cut rotating disk 504 rotates again to block the next secondary cover body at the arc surface.

[0071] The embodiments of the present invention disclose preferred embodiments, but are not limited thereto. A person skilled in the art can easily understand the spirit of the present invention based on the above embodiments and make different extensions and changes. However, as long as they do not deviate from the spirit of the present invention, they are all within the protection scope of the present invention.

Claims

1. A conveyor device for filling water-based paint, characterized in that: The invention comprises a primary conveyor (1); a diverter wheel rotating machine (2) is arranged at the output end of the primary conveyor (1); a primary sealing machine (3) is arranged on one side of the diverter wheel rotating machine (2); a secondary conveyor (4) is arranged at the output end of the diverter wheel rotating machine (2); and a capping extrusion mechanism (5) is arranged on the secondary conveyor (4); A bidirectional arrangement mechanism (6) is provided on the side of the secondary conveyor (4); The bidirectional arrangement mechanism (6) comprises an inclined elevator (7); the input end of the inclined elevator (7) is provided with a hopper (8) for accommodating feeding materials; The positive angle surface of the inclined elevator (7) is relatively close to one end of the feeding hopper (8) and is provided with a level adjustment mechanism (11); A hook-connecting and toggling assembly (9) is provided at one end of the positive angle surface of the inclined elevator (7) which is relatively far from the feeding hopper (8); A bidirectional flow diversion guide frame (10) is arranged on the side of the inclined elevator (7).

2. A conveyor device for filling water-based paint according to claim 1, characterized in that: The inclined elevator (7) comprises a rotating shaft conveying frame (701); a limiting conveying belt (702) is movably sleeved on the rotating shaft conveying frame (701); and a plurality of guide blocks (7021) are sequentially arranged on the outer surface of the limiting conveying belt (702); the guide block (7021) is triangular in shape, and an elastic limiting block (7022) is arranged on the inclined surface of the guide block (7021).

3. A conveyor device for filling water-based paint according to claim 2, characterized in that: A bottom plate (801) is provided at the bottom of the feeding hopper (8) relative to the position-limiting conveyor belt (702); and a feeding notch (802) is provided at the bottom of the bottom plate (801) relative to the position of the elastic limiting block (7022).

4. A conveyor device for filling water-based paint according to claim 3, characterized in that: The toggle level adjustment mechanism (11) comprises an inclined mounting plate frame (1101); an angle is formed between the mounting plate frame (1101) and the position-limiting conveyor belt (702); The surface of the mounting plate frame (1101) is provided with a rotating shaft seat (1103) through a connecting frame (1102); and the rotating shaft seat (1103) is key-connected with a lifting and lowering adjustment shaft (1104) inside; a push rod (1105) is provided on one side of the rotating shaft seat (1103) through a mounting seat A; a synchronous block (1106) connected to the rotating shaft seat (1103) is rotatably provided at the movable end of the push rod (1105); The other end of the rotating shaft seat (1103) is provided with a driving motor (1107) through a mounting seat B, and the output end of the driving motor (1107) is provided with a synchronous wheel (11071); the synchronous wheel (11071) is transmission-connected to the rotating shaft seat (1103) through a synchronous belt; Furthermore, a truncated cone-shaped friction wheel (1108) is provided at the bottom of the lifting and adjusting shaft (1104), wherein the side of the truncated cone-shaped friction wheel (1108) is arranged horizontally with the position-limiting conveyor belt (702).

5. A conveyor device for filling water-based paint according to claim 4, characterized in that: The hooking and moving assembly (9) comprises a cylinder (902) arranged at the high end of the rotating shaft conveying frame (701) through a mounting frame (901), and an adjusting groove (9011) is horizontally opened on the surface of the mounting frame (901); and a hooking block (903) is arranged at the movable end of the cylinder (902).

6. A conveyor device for filling water-based paint according to claim 5, characterized in that: The internal gap of the bidirectional flow diversion guide frame (10) forms a primary passage cavity (1001) located at the lower end of the rotating shaft conveying frame body (701), and the primary passage cavity (1001) is in the shape of an obtuse triangle, and the internal gap of the bidirectional flow diversion guide frame (10) forms a secondary reversing passage cavity (1002) located at the upper end of the rotating shaft conveying frame body (701), and the secondary reversing passage cavity (1002) is in the shape of a "sickle", and the bending parts of the primary passage cavity (1001) and the secondary reversing passage cavity (1002) are both chamfered, and the bending parts of the primary passage cavity (1001) and the secondary reversing passage cavity (1002) are chamfered to form a guide groove for accommodating the passage of a water-based paint can lid; Wherein, the output end of the secondary flipping through cavity (1002) is connected to the bending part of the primary through cavity (1001).

7. A conveyor device for filling water-based paint according to claim 6, characterized in that: The capping extrusion mechanism (5) comprises a guide extrusion frame (501); a pressing plate (502) is obliquely screwed onto the guide extrusion frame (501) via bolts.

8. A conveyor device for filling water-based paint according to claim 7, characterized in that: The capping extrusion mechanism (5) further comprises two groups of symmetrically arranged limiting guide assemblies (503), wherein the limiting guide assemblies (503) comprise two rotating shaft seats (5031); one of the rotating shaft seats (5031) is driven by a servo motor, and a synchronous hook belt (5032) is arranged on the two rotating shaft seats (5031); hook plates (5033) are arranged in sequence on the surface of the synchronous hook belt (5032); and a notched rotating disk (504) is arranged on the top of the two rotating shaft seats (5031) relatively close to the guide groove.

9. The method for using a conveyor device for filling water-based paint according to claim 8, characterized in that: The following steps are involved: S100, filling process: empty metal cans are sequentially conveyed on the primary conveyor (1), and water-based paint is filled into the cans through a filling machine independently arranged on the side of the primary conveyor (1); S200, position limiting arrangement work: based on the continuous conveying of the primary conveyor (1), the metal cans are controlled to be rotated in a position limiting manner by the diverter wheel rotating machine (2); S300, primary packaging process: the metal can is tightly sealed by the primary sealing machine (3); and then conveyed to the starting end of the secondary conveyor (4) by the diverter wheel rotating machine (2); S400, loading process: placing the secondary cover body in the receiving hopper (8) and then driving the rotating limiting conveyor belt (702) through the inclined elevator (7) to lift the secondary cover body; S500, conveying and sorting processing: the push rod (1105) is used to drive the lifting and adjusting shaft (1104) to descend through the return work, so that the friction wheel (1108) in the front view direction coincides with the side of the placed secondary cover body, and the driving motor (1107) drives the synchronous wheel (11071) and the synchronous belt to cause the rotating shaft seat (1103) to drive the key-connected lifting and adjusting shaft (1104) and the friction wheel (1108) to rotate, and then the inclined elevator (7) is continuously raised to cause the secondary cover body to continuously move to the lowest end; S600, capping process: the metal can is conveyed to the contact processing position where the hook plate (5033) is rotated and moved by the secondary conveyor (4), and the work is stopped. The center is kept in the middle by the axial limit of the guide extrusion frame (501), and two rotating shaft seats (5031) are driven by the servo motor to cause the synchronous hook belt (5032) to rotate, and then the metal can is conveyed by the hook plate (5033). At this time, the corner-cut rotating disk (504) rotates and the corner-cut is exposed. The rotating disk (504) without the corner-cut limits the secondary cover body to be hooked with the metal can. The metal can and the hooked secondary cover body are conveyed based on the hook plate (5033), and the corner-cut rotating disk (504) rotates again so that the arc surface blocks the next secondary cover body.

10. The method for using a conveyor device for filling water-based paint according to claim 9, characterized in that: In step S500, if the secondary cover body placed forward is transported: When the friction wheel (1108) in the front view direction overlaps with the side of the second-level cover body placed in the forward direction, the driving motor (1107) drives the lifting and lowering adjustment shaft (1104) and the friction wheel (1108) to rotate. At this time, the friction wheel (1108) is not in contact with the inner concave part of the second-level cover body, resulting in an idling effect. Then, the inclined elevator (7) continues to rise, and the triangular guide block (7021) is used to cause the second-level cover body placed in the forward direction to roll into the first-level through cavity (1001). Based on gravity and continuous feeding, the second-level cover body continues to move to the bottom. In step S500, if the reversely placed secondary cover is transported: When the friction wheel (1108) in the front view direction overlaps with the side of the secondary cover body placed in the opposite direction, the driving motor (1107) drives the lifting adjustment shaft (1104) and the friction wheel (1108) to rotate. At this time, the friction wheel (1108) contacts the outer surface of the secondary cover body, forming a friction pushing effect, causing the secondary cover body to roll and squeeze the elastic limit block (7022), causing the secondary cover body placed in the opposite direction to roll to the inclined high end of the guide block (7021), and through the elastic limit block ( 7022) elastically recovers to limit the position; then, the inclined lift (7) continues to rise, and the inverted cover body limited by the elastic limit block (7022) is pushed by the return work of the cylinder (902), so that the inverted cover body is transported when the secondary flipping through cavity (1002) located at the high end of the two-way flow diversion guide frame (10) is transported to the upper part of the primary through cavity (1001) through the "sickle"-shaped secondary flipping through cavity (1002); based on gravity and continuous feeding, the secondary cover body continues to move to the lowermost end.

Images