CN112896942A

CN112896942A - Belt assembly line is rejected to waste material

Info

Publication number: CN112896942A
Application number: CN202110056301.6A
Authority: CN
Inventors: 曾迪
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-01-15
Filing date: 2021-01-15
Publication date: 2021-06-04

Abstract

The invention provides a waste material removing belt assembly line which structurally comprises a support, a fixing groove, grooves, a belt, a power-on box and a control panel, wherein the support is fixed on the outer side of the fixing groove, the grooves are positioned in a gap between the belt and the fixing groove, the belt is arranged on two sides of the fixing groove, and the power-on box is fixed above the outer layer of the fixing groove and is electrically connected with the belt .

Description

Belt assembly line is rejected to waste material

Technical Field

The invention relates to the field of belt production lines, in particular to a waste material removing belt production line.

Background

The conveying belt of the waste material removing belt assembly line is continuously collided with the groove type guide device through continuous rotation to enable the formed concave groove to vibrate, bulk materials are rapidly dispersed, waste material particles are conveyed into the waste material frame through the waste material collecting device, the bulk materials meeting the specification are conveyed forwards into the material collecting frame through the upper conveying belt, and therefore the function of automatically removing the waste materials in the process of conveying products by the belt assembly line equipment can be achieved;

in summary, the inventor finds that the existing belt production line mainly has the following defects: because belt assembly line both sides have the clearance to can make the belt better operation under the condition through the clearance, but because the reason in gap leads to under the condition of transportation beans class granule product, beans class product can shake along with the shake of assembly line, and then have a little beans class product card on the clearance between belt and assembly line, thereby the belt is in the not continuous operation but the product card in the clearance can stay in the original place, and then carry out continuous friction to the edge of belt, can cause the wearing and tearing at belt edge for a long time.

Disclosure of Invention

The technical scheme adopted by the invention for realizing the technical purpose is as follows: the utility model provides a belt assembly line is rejected to waste material, its structure includes support, fixed slot, recess, belt, circular telegram case, control panel, the support is fixed in the outside of fixed slot, the recess is located the clearance of belt and fixed slot, the belt is installed in the both sides of fixed slot, circular telegram case is fixed in the outer top of fixed slot and carries out circular telegram and connect, control panel imbeds in circular telegram case's surface and carries out circular telegram electricity and connect.

The fixed slot is provided with a gap, a blending device and a connecting shaft, the gap is positioned on two sides of the blending device, the blending device is embedded between vacant positions of the gap, the connecting shaft is arranged on two sides of the blending device, and the blending device is clamped in the middle of the gap.

As a further improvement of the invention, the blending device is provided with a main wheel, a sub-wheel, an elliptical shaft, a channel, a limiting ring and a protection plate, wherein the main wheel and the sub-wheel are in the same circle center, the elliptical shaft is embedded in the circle center position of the sub-wheel and is movably matched with the circle center position, the channel is arranged on two sides of the elliptical shaft, the limiting ring is arranged on the side edge of the channel, the protection plate is connected with the side edge of the limiting ring and is movably matched with the elliptical shaft, and the end points on two sides of the elliptical shaft have telescopic performance and can be expanded along with the operation of equipment.

As a further improvement of the invention, the protection plate is provided with a connector, a base, a push rod, a solid layer and a turnover shaft, the base is arranged on the side of the connector, the push rod is embedded in the center of the base, the middle of the solid layer and the push rod can move in a telescopic manner, the turnover shaft is embedded in the middle of the solid layer, the push rod is arranged in the middle of the base, and the turnover plate has a turnover folding function.

As a further improvement of the invention, the turnover shaft is provided with two turnover wheels, a movable plate and two fixture blocks, the outer ring of the turnover wheel is connected with the movable plate and performs rotary motion, the fixture blocks are welded at the center position of the side edge of the turnover wheel and perform limit matching with the movable plate, and the two movable plates are arranged on the turnover wheel and are in a parallel state after being rotated.

As a further improvement of the invention, the movable plate is provided with a binding layer, a clearing device and a movable groove, the end face of the binding layer is connected with the clearing device, the movable groove is arranged on the end face of the clearing device, the movable groove is positioned at the end point of the clearing device, and the clearing device is provided with four seats on the binding layer.

As a further improvement of the invention, the clearing device is provided with a connecting surface, a power layer, a telescopic rod and a scraping shaft, wherein the power layer is arranged at the upper end of the connecting surface, the telescopic rod is embedded in the power layer and movably connected, the scraping shaft is arranged at the end point of the telescopic rod, and a rotator is arranged at the connecting position of the telescopic rod and the scraping shaft.

As a further improvement of the invention, the scraping shaft is provided with an outer frame, a hairbrush and a rotator, the hairbrush is arranged on the inner side of the outer frame, the rotator is embedded in the middle of the hairbrush and rotates, and the hairbrush is made of natural wool and artificial fibers.

Compared with the prior art, the invention has the following beneficial effects:

1. in the process of conveying the bean products by the equipment, the elliptical shaft of the blending device can be driven under the support of the transmission power of the belt, so that the positions of the two ends of the elliptical shaft can be exchanged to be clamped into the channel, the end points are continuously ejected out to extend the ejector rods and further expand and turn over the protection plates to limit and protect the belt, and the bean products are prevented from falling into a gap between the belt and the equipment to cause clamping and abrasion to the two sides of the belt due to shaking of the equipment when the bean products are conveyed by the belt.

2. According to the invention, the cleaning device is arranged on the movable plate in the narrow gap of the belt groove limited by the blending device, and the brush on the cleaning device can continuously rotate along with the rotating shaft, so that the edges at two sides can be continuously cleaned by the brush in the running process of the belt, and the effect of dust and impurities accumulated at the edges at two sides can be prevented.

Drawings

Fig. 1 belongs to a schematic structural diagram of a waste rejection belt assembly line.

FIG. 2 is a schematic diagram of a top view of the blending device.

FIG. 3 is a schematic side view of a blending device.

Fig. 4 is a side view of a protection plate.

Fig. 5 is a schematic structural view of a flip axis in a front view.

Fig. 6 is a front view of a movable plate with parts.

Fig. 7 is a front view of a cleaning device.

Fig. 8 is a schematic top view of a scraping shaft.

In the figure: the device comprises a bracket-1, a fixed groove-2, a groove-3, a belt-4, a power-on box-5, a control panel-6, a gap-21, a blending device-22, a connecting shaft-23, a main wheel-221, a sub wheel-222, an elliptical shaft-223, a channel-224, a limiting ring-225, a protection plate-226, a connecting port-a 1, a base-a 2, a push rod-a 3, a solid layer-a 4, an overturning shaft-a 5, an overturning wheel-a 51, a movable plate-a 52, a fixture block-a 53, a laminating layer-b 1, a clearing device-b 2, a movable groove-b 3, a connecting surface-b 21, a power layer-b 22, a telescopic rod-b 23, a scraping shaft-b 24, an outer frame-c 1, a brush-c 2 and a rotator-c 3.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

fig. 1 to 5 show:

the invention provides a waste material removing belt production line,

its structure includes support 1, fixed slot 2, recess 3, belt 4, circular telegram case 5, control panel 6, support 1 is fixed in the outside of fixed slot 2, recess 3 is located the clearance of belt 4 and fixed slot 2, belt 4 is installed in the both sides of fixed slot 2, circular telegram case 5 is fixed in the outer top of fixed slot 2 and carries out the circular telegram and connect, control panel 6 imbeds in circular telegram case 5's surface and carries out the circular telegram and connect.

The fixing groove 2 is provided with a gap 21, a blending device 22 and a connecting shaft 23, the gap 21 is located on two sides of the blending device 22, the blending device 22 is embedded between the vacant positions of the gap 21, the connecting shaft 23 is installed on two sides of the blending device 22, the blending device 22 is clamped in the middle of the gap 21, the vacant positions on two sides of the gap 21 can be effectively covered by the blending device 22 through parts carried by the blending device 22, and the size of the gap 21 can be controlled.

The blending device 22 is provided with a main wheel 221, a sub wheel 222, an elliptical shaft 223, a channel 224, a limiting ring 225 and a protection plate 226, the main wheel 221 and the sub wheel 222 are in the same circle center, the elliptical shaft 223 is embedded in the circle center position of the sub wheel 222 and is in movable fit, the channel 224 is installed on two sides of the elliptical shaft 223, the limiting ring 225 is installed on the side edge of the channel 224, the protection plate 226 is connected with the side edge of the limiting ring 225 and is in movable fit with the elliptical shaft 223, end points on two sides of the elliptical shaft 223 have telescopic performance and can be expanded along with the operation of equipment, and the end points of the elliptical shaft 223 can continuously extend out through the sub wheel 222 after the position blending is completed, so that the protection plate 226 can move along with the extension of the end points of the elliptical shaft 223.

The protection plate 226 is provided with a connecting port a1, a base a2, a push rod a3, a solid layer a4 and a turning shaft a5, the side of the connecting port a1 is provided with a base a2, the push rod a3 is embedded in the center of the base a2, the middle of the solid layer a4 and the push rod a3 perform telescopic movement, the turning shaft a5 is embedded in the middle of the solid layer a4, the push rod a3 is installed in the middle of the base a2 and has a turning and folding function, the base a2 and the push rod a3 are turned over by the turning shaft a5 after being extended out to the maximum extent, and therefore the position of the solid layer a4 can be changed and is in a parallel state.

The turnover shaft a5 is provided with a turnover wheel a51, a movable plate a52 and a clamping block a53, the outer ring of the turnover wheel a51 is connected with the movable plate a52 and performs rotary motion, the clamping block a53 is welded at the side center position of the turnover wheel a51 and is in limit fit with the movable plate a52, the movable plates a52 are mounted on the turnover wheel a51 in two parts and are in a parallel state after being rotated, the movable plate a52 can effectively reduce the gap between the belts under the effect of the turnover wheel a51 and only reserve a groove for belt motion, so that the two side positions of the belts can be limited, and bean products are prevented from falling down due to equipment shaking.

The specific functions and operation flow of this embodiment are as follows:

in the invention, the power supply box 5 can supply power to the equipment, and the control panel 6 on the power supply box 5 can control each part on the equipment, so that the belt 4 can drive the main wheel 221 on the elliptical shaft 223 of the blending device 22 in the process of movably conveying the bean products through the equipment, the end point of the elliptical shaft 223 can be exchanged in position and then clamped in the channel 224, the clamped main wheel 221 is not driven by the belt to move the sub wheel 222, the end points on both sides of the elliptical shaft 223 can extend out to continuously eject the mandril a3 in the base a2 of the protection plate 226, the protection plate 226 is expanded, the mandril a3 extends out to the length that the protection plate 226 can adapt to the gap 21 after the mandril a3 is extremely close, and the solid layer a4 can be overturned by the overturning shaft a5 on the outer sides of the base a2 and the mandril a3, so that the overturning wheel a51 can drive the movable plate a52 to further clamp both sides of the fixture block a53, the gap 21 is supplemented and only the groove of the belt 4 is left, so that the bean product is prevented from falling into the gap 21 between the belt 4 and the equipment to cause jamming and abrasion to both sides of the belt 4 due to shaking of the equipment when the bean product is conveyed by the belt 4.

Example 2:

fig. 6 to 8 show:

the invention provides a waste material removing belt production line,

the structure of the belt cleaning device comprises a movable plate b52 provided with a laminating layer b1, a removing device b2 and a movable groove b3, wherein the end face of the laminating layer b1 is connected with a removing device b2, the end face of the removing device b2 is provided with a movable groove b3, the movable groove b3 is located at the end point of a removing device b2, the removing device b2 is provided with four seats on the laminating layer b1, and the removing device b2 can effectively remove dust and impurities on two sides of a belt.

The cleaning device b2 is provided with a connecting surface b21, a power layer b22, an expansion link b23 and a scraping shaft b24, wherein the power layer b22 is arranged at the upper end of the connecting surface b21, the expansion link b23 is embedded in the power layer b22 and movably connected with the power layer b22, the scraping shaft b24 is mounted at the end point of the expansion link b23, a rotator is arranged at the connecting position of the expansion link b23 and the scraping shaft b24, the rotator at the end point of the expansion link b23 can operate along with the operation of the equipment, and the rotator can effectively and completely clean impurity and dust under the continuous operation.

Wherein, scrape off axle b24 and be equipped with frame c1, brush c2, circulator c3, frame c1 inboard is equipped with brush c2, embed circulator c3 in the middle of the brush c2 and carry out rotatory activity, brush c2 is made through natural woollen and rayon, brush c2 not only can be cleared up the dust impurity of belt both sides and can not cause the damage to the outward appearance of belt through the effect of self material, make the belt outward appearance keep neat and be difficult for impaired.

The specific functions and operation flow of this embodiment are as follows:

in the invention, under the basic action of embodiment 1, after the movable plate a52 controls the gap 21 of the belt 4, the belt 4 can drive the cleaning device b2 under the condition of continuous operation, so that the cleaning device b2 is connected with the power source of the belt 4 through the power layer b22 carried by the cleaning device b23, the telescopic rod b23 is extended to attach the scraper b24 to the belt 4, the brush c2 on the scraper b24 can rotate continuously along with the rotator c3, impurities can be cleaned from two side parts of the belt 4, and the phenomenon of blocking caused by excessive dust accumulation under the control of the gap 21 by the adjusting device 22 is prevented.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides a belt assembly line is rejected to waste material, its structure includes support (1), fixed slot (2), recess (3), belt (4), circular telegram case (5), control panel (6), its characterized in that: the support (1) is fixed on the outer side of the fixing groove (2), the groove (3) is located in a gap between the belt (4) and the fixing groove (2), the belt (4) is installed on two sides of the fixing groove (2), the power-on box (5) is fixed above the outer layer of the fixing groove (2) and is in power-on connection, and the control panel (6) is embedded in the surface of the power-on box (5) and is in power-on connection;

the fixing groove (2) is provided with a gap (21), a blending device (22) and a connecting shaft (23), the gap (21) is located on two sides of the blending device (22), the blending device (22) is embedded between vacant positions of the gap (21), and the connecting shaft (23) is installed on two sides of the blending device (22).

2. The scrap removal belt line of claim 1, further comprising: the blending device (22) is provided with a main wheel (221), a sub wheel (222), an elliptical shaft (223), a channel (224), a limiting ring (225) and a protection plate (226), wherein the main wheel (221) and the sub wheel (222) are in the same circle center, the elliptical shaft (223) is embedded in the circle center position of the sub wheel (222) and is movably matched with the circle center position, the channel (224) is installed on two sides of the elliptical shaft (223), the limiting ring (225) is installed on the side edge of the channel (224), and the protection plate (226) is connected with the side edge of the limiting ring (225) and is movably matched with the elliptical shaft (223).

3. The scrap removal belt line of claim 2, further comprising: protection plate (226) are equipped with connector (a1), base (a2), ejector pin (a3), solid layer (a4), trip shaft (a5), connector (a1) side is equipped with base (a2), the inside central point that ejector pin (a3) were embedded in base (a2) puts, the activity of stretching out and drawing back is carried out with ejector pin (a3) in the middle of solid layer (a4), trip shaft (a5) are embedded in the intermediate position of solid layer (a 4).

4. The scrap removal belt line of claim 3, wherein: the overturning shaft (a5) is provided with an overturning wheel (a51), a movable plate (a52) and a clamping block (a53), the outer ring of the overturning wheel (a51) is connected with the movable plate (a52) and performs rotary motion, and the clamping block (a53) is welded at the center position of the side edge of the overturning wheel (a51) and performs limiting fit with the movable plate (a 52).

5. The scrap removal belt line of claim 4, wherein: the movable plate (b52) is provided with a laminating layer (b1), a clearing device (b2) and a movable groove (b3), the end face of the laminating layer (b1) is connected with the clearing device (b2), the end face of the clearing device (b2) is provided with the movable groove (b3), and the movable groove (b3) is located at the end point of the clearing device (b 2).

6. The scrap removal belt line of claim 5, wherein: clearing device (b2) is equipped with connection face (b21), power layer (b22), telescopic link (b23), scrapes off axle (b24), power layer (b22) is equipped with to connection face (b21) upper end, telescopic link (b23) imbeds and swing joint in power layer (b22), scrape off the endpoint of axle (b24) installation in telescopic link (b 23).

7. The scrap removal belt line of claim 6, further comprising: the scraping shaft (b24) is provided with an outer frame (c1), a brush (c2) and a rotator (c3), the inner side of the outer frame (c1) is provided with a brush (c2), and the middle of the brush (c2) is embedded with the rotator (c3) and rotates.