CN208979607U

CN208979607U - It is a kind of to can control online and offline conveyer

Info

Publication number: CN208979607U
Application number: CN201821468302.1U
Authority: CN
Inventors: 王传伟
Original assignee: Jiangsu Weizhuan Automation Machinery Equipment Co Ltd
Current assignee: Jiangsu Weizhuan Automation Machinery Equipment Co Ltd
Priority date: 2018-09-10
Filing date: 2018-09-10
Publication date: 2019-06-14
Anticipated expiration: 2028-09-10

Abstract

A kind of to can control online and offline conveyer, the utility model relates to storehouse management equipment technical field, the top of rack is fixedly installed upper conveyor belt, is provided with lower conveyor belt below upper conveyor belt；The bottom of rack is fixedly installed driving motor by electric machine support；The front side of the driving shaft of lower conveyor belt is fixedly connected with No.1 shaft after passing through rack, and the front side of the driving shaft of upper conveyor belt is fixedly connected with No. two shafts after passing through rack；The front end fixing sleeve of No.1 shaft is equipped with No. two sprocket wheels, and No.1 shaft is equipped with No.1 sprocket wheel by the side fixing sleeve of rack；The front end of No. two shafts is provided with No. three sprocket wheels by bearing rotary；Fixing sleeve is equipped with No. four sprocket wheels in No. two shafts on rear side of No. three sprocket wheels, can control simultaneously the online and offline of pipeline, reduce the investment of production cost, the operation of equipment entirety is fairly simple, reduces work to operator, practicability is stronger.

Description

It is a kind of to can control online and offline conveyer

Technical field

The utility model relates to storehouse management equipment technical fields, and in particular to a kind of to can control online and offline conveying Machine.

Background technique

Along with China's Economic Transition, the adjustment of industry mechanism, enterprise all more pays close attention to itself industry automation level Process；Traditional belt conveyor is mostly single layer belt conveyor, and overall structure is single, must if conveying capacity to be improved Model (widening conveyer belt surface width) must be increased or improve belt conveyor belt speed, cost of investment can be not only increased, drop Low equipment reliability of operation, and be difficult to realize in the case where spatial position is limited, double-layered belt conveyor comes into being, But double-layered belt conveyor in the prior art is generally adopted by different motors and controls online and offline structure respectively, Production cost is larger, therefore needs a kind of to control online and offline structure conveyer simultaneously.

Utility model content

The purpose of this utility model is that in view of the drawbacks of the prior art and insufficient, provide that a kind of structure is simple, and design is closed Reason, it is easy to use it is a kind of can control online and offline conveyer, can simultaneously the online and offline of pipeline is controlled System, reduces the investment of production cost, the operation of equipment entirety is fairly simple, reduces work to operator, practicability is stronger.

In order to achieve the above purposes, the technical solution adopted by the utility model is:, and it includes rack, upper conveyor belt, lower transmission Band, No.1 shaft, No. two shafts, No. three shafts, driving motor, driving wheel, fixed device；The top of rack is fixedly installed Conveyer belt is provided with lower conveyor belt below upper conveyor belt, and lower conveyor belt is fixed at the middle part of rack；The bottom of rack It is fixedly installed driving motor by electric machine support, electric machine support is fixed on the rack, and driving motor and external power supply Connection；Driving wheel is fixedly installed on the output end of driving motor；The front side of the driving shaft of lower conveyor belt is fixed after passing through rack It is connected with No.1 shaft, the front side of the driving shaft of upper conveyor belt is fixedly connected with No. two shafts after passing through rack；No.1 shaft Front end fixing sleeve is equipped with No. two sprocket wheels, and No.1 shaft is equipped with No.1 sprocket wheel by the side fixing sleeve of rack, and No.1 sprocket wheel passes through No.1 chain is connect with driving wheel, and No.1 chain is wound around on No.1 sprocket wheel and driving wheel；The front end of No. two shafts passes through bearing Rotary setting has No. three sprocket wheels, and No. three sprocket wheels are connect by No. two chains with No. two sprocket wheels, and No. two chains are wound around No. two chains On wheel and No. three sprocket wheels；Fixing sleeve is equipped with No. four sprocket wheels in No. two shafts on rear side of No. three sprocket wheels；No.1 shaft and No. two shafts Between rack on No. three shafts are provided with by bearing vertical rotary；The front end of No. three shafts is provided with five by bearing rotary Number sprocket wheel, and No. five sprocket wheels are connect by No. three chains with No. four sprocket wheels, No. three chains are wound around No. four sprocket wheels and No. five sprocket wheels On；The front end of No. two shafts and No. three shafts is movably set with fixed device, and No. two shafts pass through fixed device and three Number sprocket wheel is fixedly connected, and No. three shafts are fixedly connected by fixed device with No. five sprocket wheels；Between No.1 sprocket wheel and No. two sprocket wheels No.1 shaft on fixing sleeve be equipped with No.1 gear, fixing sleeve is equipped with No. two gears in No. three shafts on rear side of No. five sprocket wheels, and No.1 gear is engaged with No. two gears.

Further, guardrail net is fixedly installed in the rack of the upper conveyor belt two sides.

Further, direction of motion indicator light, and movement side are fixedly installed in the rack in the middle part of the upper conveyor belt It is connect to indicator light with external power supply.

Further, the fixation device includes right angle fixed link, protrusion, shaft, fixed block, compressed spring；Right angle The bottom of fixed link is rotatably provided in the end of No. two shafts and No. three shafts by pin shaft；The upper right-angle side bottom of right angle fixed link Portion is fixedly installed protrusion, and the upper right-angle side of right angle fixed link is plugged in the slot on No. three sprocket wheels and No. five sprocket wheel front side walls It is interior；Offer card slot on the downside wall of slot, the top movable of card slot is provided with fixed block, the bottom of fixed block by flange with Card slot clamping；Compressed spring is fixedly installed between the bottom of fixed block and the inner bottom surface of card slot.

Further, the top of the fixed block and protrusion are hemispherical configuration.

After adopting the above structure, the utility model have the beneficial effect that one kind described in the utility model can control it is online and Offline conveyer can simultaneously control the online and offline of pipeline, reduce the investment of production cost, equipment is whole The operation of body is fairly simple, reduces work to operator, and practicability is stronger, and the utility model has structure simple, and setting is closed The advantages that reason, low manufacture cost.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the left view of Fig. 1.

Fig. 3 is the attachment structure schematic diagram of No. two shafts and No. three sprocket wheels of the utility model.

Fig. 4 is the left view of Fig. 3.

Description of symbols:

Rack 1, upper conveyor belt 2, lower conveyor belt 3, electric machine support 4, driving motor 5, driving wheel 6, No.1 shaft 7, two 8, No. two sprocket wheels 9 of shaft, No.1 sprocket wheel 10, the sprocket wheel 14, three of chain 13, four of sprocket wheel 12, two of No.1 chain 11, three The sprocket wheel 16, three of shaft 15, five chain 17, fixed device 18, right angle fixed link 18-1, protrusion 18-2, pin shaft 18-3, fixation Block 18-4, compressed spring 18-5, slot 18-6, card slot 18-7, No.1 gear 19, No. two gears 20, guardrail nets 21, the direction of motion Indicator light 22.

Specific embodiment

The utility model will be further described below with reference to the accompanying drawings.

Referring to as Figure 1-Figure 4, present embodiment the technical solution adopted is that: it includes rack 1, upper transmission Band 2, lower conveyor belt 3, the shaft 8, three of No.1 shaft 7, two shaft 15, driving motor 5, driving wheel 6, fixed device 18；Machine The top of frame 1, which is bolted, is provided with upper conveyor belt 2, and the lower section of upper conveyor belt 2 is provided with lower conveyor belt 3, and lower transmission The middle part for being fixed at rack 1 with 3, upper conveyor belt 2 and lower conveyor belt 3 are using components such as roller bearing, feed belt, chains It constitutes, it is all the same with the structure and principle of the transfer tape assemble of belt type conveyer in the prior art；The bottom of rack 1 passes through Electric machine support 4 and bolt are fixedly installed driving motor 5, and the fixation of electric machine support 4 is welded in rack 1, and driving motor 5 with External power supply connection, driving motor 5 using YS-70KTYZ model motor；Fixed weldering is set on the output end of driving motor 5 There is driving wheel 6；The front side of the driving shaft of lower conveyor belt 3 is fixedly welded with No.1 shaft 7, the master of upper conveyor belt 2 after passing through rack 1 The front side of moving axis is fixedly welded with No. two shafts 8, the convenient rotation for passing through No.1 shaft 7 and No. two shafts 8 after passing through rack 1 It is able to drive the movement of lower conveyor belt 3 and upper conveyor belt 2；The front end of No.1 shaft 7, which is fixedly welded, is arranged with No. two sprocket wheels 9, and one Number shaft 7 is fixedly welded by the side of rack 1 and is arranged with No.1 sprocket wheel 10, and No.1 sprocket wheel 10 is by No.1 chain 11 and actively 6 connection of wheel, No.1 chain 11 are wound around on No.1 sprocket wheel 10 and driving wheel 6, and the rotation of driving wheel 6 can drive 10 turns of No.1 sprocket wheel It is dynamic, so that No.1 shaft 7 can rotate；The front end of No. two shafts 8 is provided with No. three sprocket wheels 12, axis by bearing rotary The inner sidewall held is fixedly connected with No. two shafts 8, and the lateral wall of bearing is fixedly connected with No. three sprocket wheels 12, and No. three sprocket wheels 12 pass through No. two chains 13 are connect with No. two sprocket wheels 9, and No. two chains 13 are wound around on No. two sprocket wheels 9 and No. three sprocket wheels 12, are conveniently passed through No.1 shaft 7 drives No. two shafts 8 to rotate；It is fixedly welded in No. two shafts 8 of No. three 12 rear sides of sprocket wheel and is arranged with No. four sprocket wheels 14；No. three shafts 15 are provided with by bearing vertical rotary in rack 1 between No.1 shaft 7 and No. two shafts 8, bearing Inner sidewall is fixedly connected with No. three shafts 15, and the lateral wall of bearing is fixedly connected with rack 1；The front end of No. three shafts 15 passes through axis Holding rotary setting has No. five sprocket wheels 16, and No. five sprocket wheels 16 are connect by No. three chains 17 with No. four sprocket wheels 14, No. three chains 17 It is wound around on No. four sprocket wheels 14 and No. five sprocket wheels 16, it is convenient to drive No. two shafts 8 to rotate by No. three shafts 15；Described No. two The front end of shaft 8 and No. three shafts 15 is movably set with fixed device 18, and No. two shafts 8 pass through fixed device 18 and No. three sprocket wheels 12 are fixedly connected, and when fixed device 18 is opened, No. two sprocket wheels 9 can only drive No. three sprocket wheels 12 to rotate, and No. three sprocket wheels 12 are around bearing Rotation cannot still drive No. two shafts 8 to rotate, and No. three shafts 15 pass through fixed device 18 and are fixedly connected with No. five sprocket wheels 16, and three The working principle of fixation device 18 in number shaft 15 is identical as the working principle of fixation device 18 in No. two shafts 8；No.1 It is fixedly welded in No.1 shaft 7 between sprocket wheel 10 and No. two sprocket wheels 9 and is arranged with No.1 gear 19, on rear side of No. five sprocket wheels 16 It is fixedly welded in No. three shafts 15 and is arranged with No. two gears 20, and No.1 gear 19 is engaged with No. two gears 20, so that No. three turn Axis 15 is opposite with the direction of motion of No.1 shaft 7.

Further, it is bolted in the rack 1 of 2 two sides of upper conveyor belt and is provided with guardrail net 21.

Further, it is bolted in the rack 1 at 2 middle part of upper conveyor belt and is provided with direction of motion indicator light 22, and direction of motion indicator light 22 is connect with external power supply, facilitates the direction of motion of prompt staff's upper conveyor belt 2.

Further, the fixation device 18 include right angle fixed link 18-1, protrusion 18-2, shaft, fixed block 18-4, Compressed spring 18-5；The bottom of right angle fixed link 18-1 is rotatably provided in No. two shafts 8 and No. three shafts 15 by pin shaft 18-3 End；The fixed weldering in the upper right-angle side bottom of right angle fixed link 18-1 is equipped with protrusion 18-2, and right angle fixed link 18-1's is upper straight The arm of angle is plugged in the slot 18-6 on No. three sprocket wheels 12 and No. five 16 front side walls of sprocket wheel；It is offered on the downside wall of slot 18-6 Card slot 18-7, the top movable of card slot 18-7 are provided with fixed block 18-4, and the bottom of fixed block 18-4 passes through flange and card slot 18- 7 clampings；Compressed spring 18-5 is fixedly installed between the bottom of fixed block 18-4 and the inner bottom surface of card slot 18-7.

Further, the top of the fixed block 18-4 and protrusion 18-2 are hemispherical configuration, facilitate raised 18-2 It is clamped with fixed block 18-4, right angle fixed link 18-1 is also facilitated to take out.

The working principle of this specific embodiment:: when using the present apparatus in the production line, upper conveyor belt 2 can be controlled Two working conditions are generated with lower conveyor belt 3；First is that upper conveyor belt 2 is identical with the direction of motion of lower conveyor belt 3, first will at this time Fixation device 18 in No. three shafts 15 is opened, i.e., takes out the upper right-angle side of right angle fixed link 18-1 out of slot 18-6, this When No. three shafts 15 No. two shafts 8 cannot be driven to rotate, device 18 and the fixed companies of No. three sprocket wheels 12 will be fixed in No. two shafts 8 It connects, opens driving motor 5, driving wheel 6 starts turning, and drives No. two sprocket wheel rotations, and No. two sprocket wheels 9 are driven by No. two chains 13 Dynamic No. three sprocket wheels 12 rotate, so that No. three shafts 15 rotate, No. three shafts 15 drive upper transmission belt and lower conveyor belt 3 to do together To movement；Second is 3 counter motion of upper conveyor belt 2 and lower conveyor belt, by the upper fixation device 18 and No. three chains of No. two shafts 8 Wheel 12 is detached from, and No. two sprocket wheels 9 rotation at this time drives No. three sprocket wheels 12 to rotate, due to the effect of bearing, No. three sprocket wheels 12 not energy band Dynamic No. two shafts 8 rotate；The fixation device 18 of No. three 15 ends of shaft is fixedly connected with No. five sprocket wheels 16, driving wheel 6 drives No.1 shaft 7 rotates, since No.1 gear 19 is engaged with No. two gears 20, so that No. three shafts 15 start turning, and three The rotation direction of number shaft 15 and No.1 shaft 7 is on the contrary, No. five sprocket wheels 16 of No. three 15 front ends of shaft are able to drive No. four sprocket wheels 14 rotations, so that No. two shafts 8 rotate, so that upper conveyor belt 2 is opposite with the direction of motion of lower conveyor belt 3.

After adopting the above structure, present embodiment has the beneficial effect that one kind described in present embodiment is controllable Online and offline conveyer is made, the online and offline of pipeline can be controlled simultaneously, reduce the throwing of production cost Enter, the operation of equipment entirety is fairly simple, reduces work to operator, and practicability is stronger, and the utility model has structure letter The advantages that list, setting is reasonable, low manufacture cost.

The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model Spirit and scope should all cover in the scope of the claims of the utility model.

Claims

1. a kind of can control online and offline conveyer, it is characterised in that: it includes rack (1), upper conveyor belt (2), passes down Send band (3), No.1 shaft (7), No. two shafts (8), No. three shafts (15), driving motor (5), driving wheel (6), fixed device (18)；The top of rack (1) is fixedly installed upper conveyor belt (2), is provided with below upper conveyor belt (2) lower conveyor belt (3), and Lower conveyor belt (3) is fixed at the middle part of rack (1)；The bottom of rack (1) is fixedly installed driving by electric machine support (4) Motor (5), electric machine support (4) are fixed on rack (1), and driving motor (5) is connect with external power supply；Driving motor (5) driving wheel (6) are fixedly installed on output end；The front side of the driving shaft of lower conveyor belt (3) passes through rack (1) fixed company afterwards It is connected to No.1 shaft (7), the front side of the driving shaft of upper conveyor belt (2) is fixedly connected with No. two shafts (8) after passing through rack (1)； The front end fixing sleeve of No.1 shaft (7) is equipped with No. two sprocket wheels (9), and side fixing sleeve of the No.1 shaft (7) by rack (1) is equipped with one Number sprocket wheel (10), and No.1 sprocket wheel (10) is connect by No.1 chain (11) with driving wheel (6), No.1 chain (11) is wound around one On number sprocket wheel (10) and driving wheel (6)；The front end of No. two shafts (8) is provided with No. three sprocket wheels (12) by bearing rotary, and No. three Sprocket wheel (12) is connect by No. two chains (13) with No. two sprocket wheels (9), and No. two chains (13) are wound around No. two sprocket wheels (9) and three On number sprocket wheel (12)；Fixing sleeve is equipped with No. four sprocket wheels (14) on No. two shafts (8) on rear side of No. three sprocket wheels (12)；No.1 shaft (7) No. three shafts (15) are provided with by bearing vertical rotary in the rack (1) between No. two shafts (8)；No. three shafts (15) front end is provided with No. five sprocket wheels (16) by bearing rotary, and No. five sprocket wheels (16) pass through No. three chains (17) and No. four Sprocket wheel (14) connection, No. three chains (17) are wound around on No. four sprocket wheels (14) and No. five sprocket wheels (16)；No. two shafts (8) It is movably set with fixed device (18) with the front end of No. three shafts (15), No. two shafts (8) pass through fixed device (18) and No. three Sprocket wheel (12) is fixedly connected, and No. three shafts (15) pass through fixed device (18) and are fixedly connected with No. five sprocket wheels (16)；No.1 sprocket wheel (10) fixing sleeve is equipped with No.1 gear (19) in the No.1 shaft (7) between No. two sprocket wheels (9), on rear side of No. five sprocket wheels (16) Fixing sleeve is equipped with No. two gears (20) on No. three shafts (15), and No.1 gear (19) is engaged with No. two gears (20).

A kind of it can control online and offline conveyer 2. according to claim 1, it is characterised in that: the upper transmission Guardrail net (21) are fixedly installed in the rack (1) of band (2) two sides.

A kind of it can control online and offline conveyer 3. according to claim 1, it is characterised in that: the upper transmission It is fixedly installed direction of motion indicator light (22) in rack (1) in the middle part of band (2), and direction of motion indicator light (22) and external electrical Source connection.

A kind of it can control online and offline conveyer 4. according to claim 1, it is characterised in that: the fixed dress Setting (18) includes right angle fixed link (18-1), protrusion (18-2), shaft, fixed block (18-4), compressed spring (18-5)；Right angle is solid The bottom of fixed pole (18-1) is rotatably provided in the end of No. two shafts (8) and No. three shafts (15) by pin shaft (18-3)；Right angle The upper right-angle side bottom of fixed link (18-1) is fixedly installed raised (18-2), and the upper right-angle side of right angle fixed link (18-1) is inserted It is located at the slot (18-6) on No. three sprocket wheels (12) and No. five sprocket wheel (16) front side walls Nei；It is opened up on the downside wall of slot (18-6) Have card slot (18-7), the top movable of card slot (18-7) is provided with fixed block (18-4), and the bottom of fixed block (18-4) passes through convex Edge and card slot (18-7) are clamped；Compression bullet is fixedly installed between the bottom of fixed block (18-4) and the inner bottom surface of card slot (18-7) Spring (18-5).

A kind of it can control online and offline conveyer 5. according to claim 4, it is characterised in that: the fixed block The top of (18-4) and raised (18-2) are hemispherical configuration.