Belt assembly line for workshop assembly

An assembly line and belt technology, applied in the field of assembly line, can solve the problems of lack of quick replacement and disassembly operations, complex alternating axial movement of side bearing belts, and poor mobility of the belt assembly line, so as to improve single linkage and enhance interspersed rotation Effects, Enhanced Smoothness, and Anti-Offset Effects

Inactive Publication Date: 2021-01-05
林玉辉
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AI-Extracted Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a workshop assembly belt assembly line to solve the workshop assembly belt assembly line. In the belt transmission, the alternate winding of the roller bar and the support bar needs to pass through the electrode shaft and the bearing. The occlusal linkage is realized, which will cause the multi-ring socket of the bearing to affect the end of the inner shaft of the roller rod, r...
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Method used

By winding the wheel shaft in the early stage and rotating continuously, the roller bar and the support bar in the later stage are combined to work, and the continuous supply efficiency of the belt assembly line in the workshop is improved, and the horizontal plate support 1D passes through the horizontal plate 1D1 due to the pressure track of the belt bag The horizontal plate groove 1D11 wraps the pressing patch plate 1D12 along the buckle ear plate 1D13 and the buckle slides toward the inner groove of the shaft center wheel 1D14, so that when the folding frame vertical plate 1D2 is pushed up and down, the reference surface for pressing and pasting is effectively aligned. The positive vertical support effect improves the side inclination of the belt and improves the overall smoothness of assembly.
Please refer to Fig. 2, described bracket collar disc 1A is made up of folding bar pad bracing frame 1A1, ball bearing ring 1A2, ring groove disc 1A3, and described folding bar pad bracket 1A1 is mechanically connected with ball bearing ring 1A2 And on the same vertical plane, the ball bearing ring 1A2 is installed inside the ring groove plate 1A3 and the axes are collinear. The ring rail bracket 1B is composed of a bracket column cylinder 1B1 and a ring rail groove 1B2. The supporting bar cylinder body 1B1 is mechanically connected with the ring rail groove 1B2, the supporting rod column body 1B1 is installed inside the ring rail groove 1B2 and is perpendicular to each other, and the roller rail frame 1C is composed of an axis balance seat 1C1, The roller body 1C2 and the horizontal track groove 1C3 are composed of the shaft center balance seat 1C1 inserted in the inside of the roller body 1C2. The roller body 1C2 is mechanically connected with the horizontal track groove 1C3 and are perpendicular to each other. The swivel rail groove 1B2 contains the rotation of the pressure support rod to adapt to the operation effect, avoiding pad height and increasing the inertial pressure of the winding.
Please refer to Fig. 2, described horizontal plate support 1D is made up of horizontal board 1D1, folding frame vertical board 1D2, described horizontal pasting board 1D1 is provided with more than two and is respectively nested in the upper and lower sides of folding frame vertical board 1D2 On both sides, the horizontal sticking plate 1D1 presses and sticks the folding stand vertical plate 1D2 up and down to form the parallel correction operation effect of the high and low horizontal planes and inclined planes, ensuring the smoothness of assembly and processing in the belt assembly line workshop.
Please refer to Fig. 3, described folding bar pad support 1A1 is made up of ball bottom spring tube 1A11, concave type folding frame bar 1A12, spring wire chute 1A13, described ball bottom spring tube 1A11 and concave type folding frame bar 1A12 mechanically connection, the spring wire chute 1A13 is inserted into the interior of the concave folding frame rod 1A12 and is on the same vertical plane, and the ball-bottom spring tube 1A11 is a spring tube frame structure in which the bottom of the hemispherical seat is inserted into the top of the spring tube, Convenient dome springing and reciprocating movement of the spring wire, improve the friction of the outer support, improve the linkage of multiple bearings, and form a simple operation effect of single bearing winding, push and adapt the spring wire chute on the arc surface through the ball-bottom spring tube 1A11 The side of 1A13 extends the external support pressure to ensure the overall mobility is improved and the amount of anti-deflection is reduced.
Please refer to Fig. 4, described support bar cylinder body 1B1 is made up of plunger rod 1B11, support bar body 1B12, sleeve 1B13, sheet buckle base groove 1B14, and described plunger rod 1B11 is mechanically connected with support bar body 1B12, The support rod body 1B12 is installed inside the sleeve 1B13, and the support rod body 1B12 adopts an interference fit with the base groove 1B14 of the buckle, and the base groove 1B14 of the buckle is a hexagonal column plate inserted at the bottom of the arc groove of the wide-band wire plate at the top The unique buckle groove structure is convenient for the pressing piece at the bottom to be pressed together with the groove type, and the detection of the frame protection of the support rod is an adaptive operation effect. The plunger rod 1B11 vertically buckles the support rod body 1B12 to rotate and bear pressure to ensure the inner support rod pad The protection belt is adapted to the high efficiency of the friction detection of the roller bar linkage output correction.
Please refer to Fig. 5, described axial center balance seat 1C1 is made up of liner plate wheel core 1C11, column plate groove 1C12, reverse buckle bar 1C13, trapezoidal wing plate 1C14, and described liner plate wheel core 1C11 is installed on column plate Inside the groove 1C12, the trapezoidal wing plate 1C14 is buckled together with the column plate groove 1C12 through the reverse buckle rod 1C13 and is on the same vertical plane, and the lining plate wheel core 1C11 and the reverse buckle rod 1C13 adopt clearance fit , the reverse buckle bar 1C13 is a rib frame structure in which the longitudinal end column is inserted into the side frame reverse buckle bar, which is convenient for the limit clamping of the wheel body and the fine-tuning of the balance operation effect, through the reverse buckle bar 1C13 The pressure liner wheel core 1C11 forms the swing control effect of the horizontal vector bar...
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Abstract

The invention discloses a belt assembly line for workshop assembly. The belt assembly line structurally comprises a roller support rod ring grid groove, a platform frame plate, a shaft driving motor,a pull buckle strip plate, a material blocking frame, a propeller heat dissipation disc and a slope belt. According to the belt assembly line, the roller support rod ring grid groove is matched with the platform frame plate, and an annular frame wound by an annular rail supporting rod frame and a roller rod rail frame is matched with an inner electrode shaft rod for linkage through a supporting frame shaft ring disc, so that an annular rail groove rotates to lift a supporting rod column barrel body, the supporting rod column barrel body forms a winding pressure under linkage pushing of a roller rod body, cambered surface surrounding and pressing is homogeneous and smooth, the phenomenon of belt heightening during conveying is eliminated, the roller rod body is in butt joint with a horizontal rail groove, linkage is efficient, idling and slipping phenomena are achieved through rotation tensioning operation of a folding rod cushion supporting frame, the single linkage performance of a machine body is improved, the penetrating and inserting rotation effect of a built-in rack in the roller rod body is improved, the stability and the deviation prevention amount of the assembly line areimproved, and the limiting regulation and control effect is achieved in the built-in rack.

Application Domain

Rollers

Technology Topic

Electric machineryEngineering +5

Image

  • Belt assembly line for workshop assembly
  • Belt assembly line for workshop assembly
  • Belt assembly line for workshop assembly

Examples

  • Experimental program(2)

Example Embodiment

[0032]Example one:
[0033]SeeFigure 1-Figure 6, The present invention provides a workshop assembly belt assembly line, its structure includes: roller support rod ring trough 1, platform frame plate 2, axis motor 3, pull buckle plate 4, stopper frame 5, propeller cooling plate 6, Inclined belt 7, the roller support rod ring groove 1 is nested on the front side of the shaft motor 3, the platform frame plate 2 is installed on the top of the shaft motor 3, the stopper frame 5 and the propeller heat dissipation The discs 6 are nested into one body, the stopper frame 5 is inserted and embedded on the top surface of the platform frame plate 2 and is perpendicular to each other, the inclined belt 7 is mechanically connected to the platform frame plate 2 through the buckle strip 4, and the roller The supporting rod ring groove 1 is mechanically connected to the inclined belt 7 through a shaft rod. The roller supporting rod ring groove 1 is provided with a supporting collar plate 1A, a ring rail supporting rod frame 1B, a roller rod rail frame 1C, and a horizontal plate support 1D. Back buckle rib 1E, middle grid slot column plate 1F, the support collar plate 1A is mechanically connected to the ring rail support rod frame 1B and the axis is collinear, the ring rail support rod frame 1B and the roller rod track The frame 1C is mechanically connected, the support collar 1A is installed inside the ring rail support rod frame 1B, the reverse buckle rib 1E is provided with two and they are respectively attached to the upper and lower sides of the horizontal plate support 1D, so The roller rod rail frame 1C and the horizontal plate bracket 1D are both inserted and embedded in the center grid slot column plate 1F and are on the same vertical surface. The center grid slot column plate 1F is nested on the front side of the axial motor 3.
[0034]Seefigure 2 , The support collar disk 1A is composed of a folding rod pad support 1A1, a ball bearing ring 1A2, and a ring groove disk 1A3. The folding rod pad support 1A1 is mechanically connected with the ball bearing ring 1A2 and is on the same vertical plane , The ball bearing ring 1A2 is installed inside the ring groove disk 1A3 and the axis is collinear, the ring rail support rod frame 1B is composed of the support rod cylinder 1B1 and the ring groove 1B2, the support rod cylinder 1B1 is mechanically connected to the ring rail groove 1B2, the support rod cylinder body 1B1 is installed inside the ring rail groove 1B2 and is perpendicular to each other, the roller rail frame 1C is composed of a shaft center balance seat 1C1, a roller rod body 1C2, and a horizontal rail groove The shaft balance seat 1C1 is inserted into the inside of the roller rod body 1C2, and the roller rod body 1C2 is mechanically connected to the horizontal track groove 1C3 and is perpendicular to each other, and the rotating ring track groove 1B2 is enclosed by the folding rod pad support 1A1 The rotation of the pressure support rod is adapted to the operation effect, avoiding heightening and increasing the inertial pressure of the winding.
[0035]Seeimage 3 The folding rod pad support 1A1 is composed of a ball bottom spring tube 1A11, a concave folding frame rod 1A12, and a spring wire sliding groove 1A13. The ball bottom spring tube 1A11 is mechanically connected with the concave folding frame rod 1A12, and the spring is silky smooth. The groove 1A13 is inserted into the inside of the concave folding frame rod 1A12 and is on the same vertical surface. The ball bottom spring tube 1A11 is a spring tube frame structure with a spring tube inserted into the top of the dome socket at the bottom, which is convenient for the dome spring to fit the spring. The reciprocating movement of the wire increases the friction of the external support, improves the linkage of multiple bearings, and forms a simple operation effect of single-bearing winding. The ball bottom spring tube 1A11 pushes on the arc surface and adapts the spring wire slide groove 1A13 to extend the external support pressure. , Ensure the overall mobility is improved, and the anti-offset amount is reduced.
[0036]SeeFigure 4 The support rod cylinder 1B1 is composed of a plunger rod 1B11, a support rod body 1B12, a sleeve 1B13, and a buckle base groove 1B14. The plunger rod 1B11 is mechanically connected to the support rod body 1B12, and the support rod body 1B12 is mounted on Inside the sleeve 1B13, the supporting rod body 1B12 and the buckle base groove 1B14 adopt interference fit. The buckle base groove 1B14 is a buckle groove structure where the bottom of the arc groove of the top wide wire plate is inserted into the hexagonal column plate, which is convenient The bottom pressure piece is pressed together with the groove shape to form the support rod support detection is an adaptive operation effect. The plunger rod 1B11 vertically pulls the support rod body 1B12 to rotate and bear pressure to ensure the inner support rod cushion protection belt adapter roller rod linkage High efficiency of friction detection for output correction.
[0037]SeeFigure 5 , The axle center balance seat 1C1 is composed of a liner wheel core 1C11, a column plate groove 1C12, a back buckle rib 1C13, and a trapezoidal wing plate 1C14. The liner plate wheel core 1C11 is installed inside the column plate groove 1C12. The trapezoidal wing plate 1C14 is fastened together with the column plate groove 1C12 through the back buckle rib 1C13 and is on the same vertical plane. The liner wheel core 1C11 and the back buckle rib 1C13 adopt a clearance fit. 1C13 is a rib frame structure where the longitudinal end bar is inserted into the side frame back buckle rod, which is convenient for the limit clamping of the wheel body and the smart adjustment of the balance operation effect. The back buckle rib 1C13 wraps the liner wheel core 1C11 Form the horizontal vector bar rotation control effect of plate superimposed protection, save the bearing ring sleeve, and improve the independent winding density.
[0038]Work flow: The staff put the material on the platform frame plate 2 by starting the axis motor 3, and then let the buckle strip 4 draw closer to the inclined belt 7 butt the roller rod rail frame 1C of the roller carrier ring trough 1, and then pass When the assembled parts are heated and transmitted through the stopper frame 5, they are processed by the propeller radiator plate 6 to dissipate heat, which facilitates the assembly operation of the staff and the manipulator, so that the assembly line can obtain efficient batch assembly effects, so that the assembly line passes through the support collar during the belt transmission. The folding rod pad support 1A1 of disc 1A is inserted into the ball bearing ring 1A2 along the ring groove disc 1A3, the ball bottom spring tube 1A11 and the spring wire sliding groove 1A13 are elastically supported in the concave folding frame rod 1A12, so that the ring rail supports the rod The ring rail groove 1B2 of the frame 1B is pushed by the surrounding pressure to push the plunger rod 1B11 of the support rod cylinder body 1B1 and the support rod body 1B12 in the sleeve 1B13 to cooperate with the buckle base groove 1B14 for the frame protection movement, and the roller is supported by the pad. The shaft balance seat 1C1 is installed inside the roller body 1C2 and rolls horizontally along the horizontal track groove 1C3, so that the liner wheel core 1C11 rolls in the column plate groove 1C12 and rubs against the back rib 1C13 to support the trapezoidal wing plate 1C14 to form a balance frame After the power output of the left-end winding belt is formed by the horizontal plate bracket 1D and the reverse buckle rib plate 1E in the middle trough column plate 1F, the parallel operation effect of the right-side protective belt is improved, and the efficiency of the workshop assembly belt line is improved. The belt replacement multi-bearing complex bearing effect simplifies the mechanical transmission of the assembly line and improves the operability of convenient replacement of parts.

Example Embodiment

[0039]Embodiment two:
[0040]SeeFigure 1-Figure 6, The present invention provides a workshop assembly belt assembly line, other aspects are the same as embodiment 1, the difference is:
[0041]Seefigure 2 , The horizontal board bracket 1D is composed of a horizontal sticking board 1D1 and a folding frame vertical board 1D2. The horizontal sticking board 1D1 is provided with two or more and is nested on the upper and lower sides of the folding frame vertical board 1D2. 1D1 presses the folding frame vertical plate 1D2 up and down to form a parallel correction operation effect of high and low horizontal planes and inclined planes, ensuring the smoothness of assembly processing in the belt assembly line workshop.
[0042]SeeFigure 6 The horizontal patch plate 1D1 is composed of a horizontal plate slot 1D11, a patch plate 1D12, a pull tab 1D13, and an axle wheel 1D14. The patch plate 1D12 is mechanically connected to the axle wheel 1D14 through the pull tab 1D13, The horizontal plate groove 1D11 and the patch plate 1D12 adopt a clearance fit and are on the same horizontal plane. The patch plate 1D12 is a patch structure with a rubber trapezoidal folding line groove plate on the top, which is convenient for rubber pressing to increase the frictional force. The top balance base point and base surface are used to improve the continuous supply and stability of the rollers when the conveyor belt is conveyed. The operation of the 1D12 superimposed friction cross plate groove 1D11 of the patch plate makes the flatness of the overall side end surface suitable for the sliding surface Real-time monitoring operation is formed, and the movable groove of the inner roller rod is effectively protected by the support pad, and the continuity of the roller rod is improved.
[0043]In the early stage, the roller shaft and the supporting rod can be combined to work through the continuous rotation of the roller shaft and the supporting rod in the early stage, which improves the continuous supply efficiency of the assembly belt line in the workshop. Due to the belt pressure track, the horizontal plate support 1D passes through the horizontal plate of the horizontal plate 1D1 The groove 1D11 wraps the pressing patch plate 1D12 along the pull buckle ear plate 1D13 pull buckle toward the axle wheel 1D14 inner groove, so that when the folding frame vertical plate 1D2 is supported up and down, the pressing reference plane can be effectively aligned with the vertical frame Protective effect, improve the side slope of the belt, and improve the overall assembly fluency.
[0044]Through the combination of the above-mentioned components, the present invention achieves the use of the roller support rod ring groove 1 to cooperate with the platform frame plate 2, and the assembly parts are matched with the assembly line processing and conveying operation through the platform frame plate 2, and then the ring rail support rod frame 1B and the roller The ring frame where the rod rail frame 1C is wound is linked by the support collar disk 1A with the inner electrode shaft, so that the ring groove 1B2 is rotated to lift the support rod cylinder 1B1, and the support rod cylinder 1B1 is linked to the roller rod 1C2 Push down to form a winding pressure, and the arc pressure is uniform and flat, so that the belt height phenomenon is eliminated during transmission, so that the roller body 1C2 is connected to the horizontal track groove 1C3 and the linkage is efficient, and the idling slip phenomenon is rotated through the folding rod support 1A1 The tensioning operation is realized, the single linkage of the machine body is improved, the interlacing and turning effect of the built-in rack of the roller rod body 1C2 is improved, the smoothness and anti-offset of the assembly line are improved, and the limit control effect is realized in the built-in rack to solve the workshop assembly In the belt transmission, the alternate winding of the roller rod and the supporting rod needs to be realized through the linkage of the electrode shaft movement and the bearing bite, which will cause the bearing multi-ring sleeve to affect the inner shaft end of the roller rod, and cause the frame guard The slip phenomenon of the arc-cut surface rotation linkage causes the deviation of the amplitude of the assembly line due to the roller transmission, and also adds too much plugging to the built-in bearing, which makes the alternate shaft dynamics of the side bearing belts complicated and makes the belt assembly line poorly maneuverable. , When the parts are damaged, there is no effective quick replacement and disassembly operation.

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Description & Claims & Application Information

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