CN209633363U - A kind of cement conveying line device - Google Patents

Abstract

The utility model provides a kind of cement conveying line device.The cement conveying line device includes support rod；First drive mechanism；Driving structure；Rotational structure, the rotational structure is fixed on first fixing seat side, the rotational structure includes support base, sliding slot, axle bed, limit plate, second shaft, first motor, fixed column and pulley, the support base is fixed on first fixing seat side, the sliding slot is opened up inside the support base, the limit plate is fixed on the sliding slot top, the pulley is equipped with multiple, multiple pulleys run through inside the limit plate, multiple pulley slidings are all connected to inside the limit plate, the axle bed is fixed on first fixing seat top, the first motor is fixed on inside the axle bed；Second drive mechanism.Cement conveying line device provided by the utility model has the advantages that be conveniently steered, reduces labour, improves working efficiency.

Description

A kind of cement conveying line device

Technical field

The utility model relates to pipeline technical field more particularly to a kind of cement conveying line devices.

Background technique

Pipeline is mainly the conveying task of its material completed, in the place around storehouse, workshop and packing shop, It is provided with the rule carrier chain being made of many belt conveyors, roller conveyor etc., is formed through head and the tail connection continuous defeated Line sending, and cement packing case needs to carry out steering conveying in conveying.

However traditional cement with conveying line device in use, by manually conveying cement packing case It is turned on line, it has not been convenient to which the steering of cement packing case greatly increases labour in this way, reduces working efficiency.

Therefore, it is necessary to provide a kind of new cement conveying line device solution above-mentioned technical problem.

Utility model content

The technical issues of the utility model solves, which is to provide, a kind of to be conveniently steered, reduces labour, raising working efficiency Cement conveying line device.

In order to solve the above technical problems, cement conveying line device provided by the utility model includes: support rod；First passes Dynamic structure, first drive mechanism include the first fixing seat, and first fixing seat is fixed on the supporting bar top；Driving Structure, the driving structure are fixed on the support rod side；Rotational structure, it is fixed that the rotational structure is fixed on described first Seat side, the rotational structure includes support base, sliding slot, axle bed, limit plate, the second shaft, first motor, fixed column and cunning Wheel, the support base are fixed on first fixing seat side, and the sliding slot is opened up inside the support base, and the limit plate is solid Due to the sliding slot top, the pulley be equipped with it is multiple, multiple pulleys run through inside the limit plate, multiple cunnings Slipping is all connected to inside the limit plate, and the axle bed is fixed on first fixing seat top, and the first motor is solid Inside the axle bed, second shaft is rotationally connected with inside the first motor, and the fixed column is fixed on described Second shaft bottom end, the fixed column are rotationally connected with the sliding slot top；Second drive mechanism, second drive mechanism are solid Due to the support base side.

Preferably, second drive mechanism includes third shaft, the second fixing seat, the second fixed link, the second groove, Two grinding tooth wheels, chain and second gear, second fixing seat are fixed on the support base side, inside second fixing seat Second groove is opened up, second groove is connected to the sliding slot, and the third shaft is equipped with multiple, multiple thirds Shaft is rotationally connected with second inside grooves, and second fixed link is equipped with multiple, multiple second fixed links point It is not fixed on outside multiple third shafts, multiple second fixed links are rotationally connected with second inside grooves, institute It states second gear to be fixed on outside the third shaft, the second gear is rotationally connected with outside second fixing seat, institute State the second grinding tooth wheel be equipped with it is multiple, multiple second grinding tooth wheels are individually fixed in outside multiple third shafts, Duo Gesuo It states the second grinding tooth wheel to be rotationally connected with outside second fixing seat, the chain is engaged in outside multiple second grinding tooth wheels Portion.

Preferably, first drive mechanism further include the first groove, the first fixed link, first rotating shaft, first gear and First grinding tooth wheel, first fixing seat open up described first inside first fixing seat perpendicular to second fixing seat Groove, first groove are connected to the sliding slot, and the first rotating shaft is equipped with multiple, multiple first rotating shafts company of rotation It is connected to first inside grooves, first fixed link is equipped with multiple, and multiple first fixed links are individually fixed in multiple Outside the first rotating shaft, multiple first fixed links are rotationally connected with first inside grooves, and multiple described first The second grinding tooth wheel is fixed outside shaft, multiple second grinding tooth wheels are rotationally connected in first fixing seat Portion, multiple second grinding tooth wheels, which engage, to be connected to inside the chain, and the first grinding tooth wheel is fixed on described first turn Outside axis, the first grinding tooth wheel is rotationally connected with outside first fixing seat, and the first gear is fixed on described first Outside shaft, the first gear is rotationally connected with outside first fixing seat, and the first gear engagement is connected to described Second gear.

Preferably, the driving structure includes support plate, the 4th shaft, third grinding tooth wheel and the second motor, the support Plate is fixed on the support rod side, and second motor is fixed on the support plate top, the 4th shaft rotation connection Inside second motor, the third grinding tooth wheel is fixed on outside the 4th shaft, and the third grinding tooth wheel rotation connects It is connected to outside first fixing seat, the third grinding tooth wheel engagement is connected to the first grinding tooth wheel.

Preferably, the limit plate is " L " structure, and the fixed column is L-shaped structure, and the fixed column is rotationally connected with The limit plate bottom end.

It preferably, is in " L " structure between first fixing seat, the support base and second fixing seat, described the One fixed link and second fixed link are located at sustained height.

Preferably, the support rod is equipped with multiple, and multiple support rods are individually fixed in first fixing seat, described Support base and second fixing seat bottom end.

Preferably, the first gear is parallel to the third and nibbles perpendicular to the second gear, the first grinding tooth wheel Gear, the second gear are parallel to the second grinding tooth wheel.

Compared with the relevant technologies, cement provided by the utility model is had the following beneficial effects: with conveying line device

The utility model provides a kind of cement conveying line device, and the support base top is fixedly connected with the limit plate, So that cement packing case is slided into the limit plate " L " inside configuration, is switched by opening the first motor external power supply, make institute It states the second shaft to rotate clockwise, so that the fixed column on second shaft top be made to rotate clockwise, makes the fixation When column " L " inside configuration engages the cement packing case on the sliding slot top, multiple institutes are connected by the limit plate inner rotation Pulley is stated, is continued to rotate by the fixed column, so that cement packing case is pushed to slide on the sliding slot and the limit plate, Finally cement packing case is pushed in second fixed link inside second fixing seat, completes turning for cement packing case To, it is persistently rotated by the fixed column, facilitates and turn to multiple cement packing casees, so that labour is reduced, raising labor Efficiency of movement.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of preferred embodiment of cement conveying line device provided by the utility model；

Fig. 2 is the schematic diagram of internal structure of the second fixing seat shown in FIG. 1；

Fig. 3 is the schematic internal view of the first fixing seat shown in FIG. 1；

Fig. 4 is the portion A shown in FIG. 1 enlarged diagram；

Fig. 5 is the portion B shown in FIG. 1 enlarged diagram；

Fig. 6 is the portion C shown in FIG. 1 enlarged diagram.

Figure label: 1, support rod, the 2, first drive mechanism, the 21, first groove, the 22, first fixed link, 23, first turns Axis, the 24, first fixing seat, 25, first gear, the 26, first grinding tooth wheel, 3, rotational structure, 31, support base, 32, sliding slot, 33, axis Seat, 34, limit plate, the 35, second shaft, 36, first motor, 37, fixed column, 38, pulley, the 4, second drive mechanism, 41, third Shaft, the 42, second fixing seat, the 43, second fixed link, the 44, second groove, the 45, second grinding tooth wheel, 46, chain, the 47, second tooth Wheel, 5, driving structure, 51, support plate, the 52, the 4th shaft, 53, third grinding tooth wheel, the 54, second motor.

Specific embodiment

The utility model is described in further detail with embodiment with reference to the accompanying drawing.

Please refer to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, wherein Fig. 1 is cement provided by the utility model with defeated A kind of structural schematic diagram of preferred embodiment of wire-sending device；Fig. 2 is that the internal structure of the second fixing seat shown in FIG. 1 is illustrated Figure；Fig. 3 is the schematic internal view of the first fixing seat shown in FIG. 1；Fig. 4 is the portion A shown in FIG. 1 enlarged diagram；Fig. 5 is Fig. 1 Shown in the portion B enlarged diagram；Fig. 6 is the portion C shown in FIG. 1 enlarged diagram.Cement conveying line device includes: support rod 1； First drive mechanism 2, first drive mechanism 2 include the first fixing seat 24, and first fixing seat 24 is fixed on the branch Strut top；Driving structure 5, the driving structure 5 are fixed on 1 side of support rod；Rotational structure 3, the rotational structure 3 Be fixed on 24 side of the first fixing seat, the rotational structure 3 include support base 31, sliding slot 32, axle bed 33, limit plate 34, Second shaft 35, first motor 36, fixed column 37 and pulley 38, the support base 31 are fixed on first fixing seat 24 1 Side opens up the sliding slot 32 inside the support base 31, and the limit plate 34 is fixed on 32 top of sliding slot, the pulley 38 Equipped with multiple, inside the limit plate 34, multiple slidings of pulleys 38 are all connected to described multiple pulleys 39 Inside limit plate 34, the axle bed 33 is fixed on 24 top of the first fixing seat, and the first motor 36 is fixed on the axis Inside seat 33, second shaft 35 is rotationally connected with inside the first motor 36, and the fixed column 37 is fixed on described the Two shafts, 35 bottom end, the fixed column 37 are rotationally connected with 32 top of sliding slot；Second drive mechanism 4, second transmission Structure 4 is fixed on 31 side of support base.

Second drive mechanism 4 include third shaft 41, the second fixing seat 42, the second fixed link 43, the second groove 44, Second grinding tooth wheel 45, chain 46 and second gear 47, second fixing seat 42 are fixed on 31 side of support base, and described Second groove 44 is opened up inside two fixing seats 42, second groove 44 is connected to the sliding slot 32, the third shaft 41 be equipped with it is multiple, multiple third shafts 41 are rotationally connected with inside second groove 44, second fixed link 43 Equipped with multiple, multiple second fixed links 43 are individually fixed in outside multiple third shafts 41, and multiple described second is solid Fixed pole 43 is rotationally connected with inside second groove 44, and the second gear 47 is fixed on outside the third shaft 41, institute Second gear 47 is stated to be rotationally connected with outside second fixing seat 42, the second grinding tooth wheel 45 be equipped with it is multiple, it is multiple described Second grinding tooth wheel 45 is individually fixed in outside multiple third shafts 41, and multiple second grinding tooth wheels 45 are rotationally connected with Outside second fixing seat 42, the chain 46 is engaged in outside multiple second grinding tooth wheels 45, in order to make cement packing Case can be conveyed in second fixed link 43 by the third shaft 41.

First drive mechanism 2 further includes the first groove 21, the first fixed link 22, first rotating shaft 23, first gear 25 With the first grinding tooth wheel 26, first fixing seat 24 is opened inside first fixing seat 24 perpendicular to second fixing seat 42 If first groove 21, first groove 21 is connected to the sliding slot 42, and the first rotating shaft 23 is equipped with multiple, Duo Gesuo First rotating shaft 23 is stated to be rotationally connected with inside first groove 21, first fixed link 22 be equipped with it is multiple, it is multiple described First fixed link 22 is individually fixed in outside multiple first rotating shafts 23, and multiple first fixed links 22 are rotationally connected with Inside first groove 21, the second grinding tooth wheel 45 is fixed outside multiple first rotating shafts 23, multiple described second Grinding tooth wheel 45 is rotationally connected with inside first fixing seat 24, multiple second grinding tooth wheels 45 engage be connected to it is described Inside chain 46, the first grinding tooth wheel 26 is fixed on outside the first rotating shaft 23, and the first grinding tooth wheel 26 is rotatablely connected Outside first fixing seat 24, the first gear 25 is fixed on outside the first rotating shaft 25, the first gear 25 It is rotationally connected with outside first fixing seat 24, the engagement of first gear 25 is connected to the second gear 35, in order to make Cement packing case is conveyed in first fixed link 22 by the first rotating shaft 23.

The driving structure 5 includes support plate 51, the 4th shaft 52, third grinding tooth wheel 53 and the second motor 54, the branch Fagging 51 is fixed on 1 side of support rod, and second motor 54 is fixed on 51 top of support plate, the 4th shaft 52 are rotationally connected with inside second motor 54, and the third grinding tooth wheel 53 is fixed on outside the 4th shaft 52, described Third grinding tooth wheel 53 is rotationally connected with outside first fixing seat 24, and the engagement of third grinding tooth wheel 53 is connected to described first Grinding tooth wheel 26, in order to drive first fixed link 22 inside first fixing seat 24 to carry out by second motor 54 Rotation, so as to transmit cement packing case.

The limit plate 34 is " L " structure, and the fixed column 37 is L-shaped structure, and the fixed column 37 is rotationally connected with 34 bottom end of limit plate, in order to upload cement packing case from first fixed link 22 inside first fixing seat 24 It is transmitted in second fixed link 43 inside second fixing seat 42 after sending by steering.

Between first fixing seat 24, the support base 31 and second fixing seat 42 be in " L " structure, described first Fixed link 22 and second fixed link 43 are located at sustained height, in order to allow cement packing case in first fixed link 24 It is transmitted in second fixed link 43.

The support rod 1 be equipped with it is multiple, multiple support rods 1 are individually fixed in first fixing seat 24, the branch Seat 31 and 42 bottom end of the second fixing seat are supportted, in order to be supported and fix to whole device.

The first gear 25 is parallel to the third grinding tooth perpendicular to the second gear 47, the first grinding tooth wheel 26 Wheel 53, the second gear 47 is parallel to the second grinding tooth wheel 45, in order to drive described first to consolidate by two motor 54 42 second fixed link 43 rotations in first fixed link 22 and second fixing seat inside reservation 24.

The working principle of cement conveying line device provided by the utility model is as follows:

The cement packing case equipped with cement is placed in first fixed link inside first fixing seat 24 first 22,54 external power supply of the second motor switch is opened, the 4th shaft 52 is rotatablely connected by second motor 54, is made 4th shaft 52 rotates clockwise, and the third meshing gear 53 is fixed outside the 4th shaft 52, and the third is nibbled First meshing gear 26 outside the engagement connection of gear 53 first rotating shaft 23 is closed, so that the first rotating shaft 23 be made to exist It is rotated in first groove 21 inside first fixing seat 24, to drive first fixed link 22 described first 21 inner rotation of groove, it is multiple described by being fixedly connected with second meshing gear 45 outside multiple first rotating shafts 23 Second meshing gear 45 is rotationally connected with inside first fixing seat 24, and multiple second meshing gear, 45 external engagements connect The chain 46 is connect, so that multiple first rotating shafts 23 be made to rotate, rotates multiple first fixed links 22, to make water Mud drum vanning is slided in multiple first fixed links 22, when cement packing case slides into the 31 inside cunning of support base When slot 32, the limit plate 34 is fixedly connected with by 31 top of support base, cement packing case is made to slide into the limit plate 34 " L " inside configurations are switched by opening 36 external power supply of first motor, rotate clockwise second shaft 35, To make the fixed column 37 on 35 top of the second shaft rotate clockwise, make fixed column 37 " L " the inside configuration card When closing the cement packing case on 32 top of sliding slot, multiple pulleys 38 are connected by 34 inner rotation of limit plate, are led to It crosses the fixed column 37 to continue to rotate, to push cement packing case to slide on the sliding slot 32 and the limit plate 34, most Cement packing case is pushed in second fixed link 43 inside second fixing seat 42 afterwards, completes cement packing case It turns to, by the persistently rotation of fixed column 37, facilitates and turn to multiple cement packing casees, to reduce labour, mention High labor efficiency, by being fixedly connected with the third shaft 41 inside second fixed link 43, outside the third shaft 41 It is fixedly connected with the second gear 47, the second gear 47 engages first tooth being connected to outside the first rotating shaft 23 Wheel 25, by the rotation of a shaft 23, to drive the third shaft 41 to rotate clockwise, to make described second to consolidate Fixed pole 43 rotates clockwise, multiple described by being fixedly connected with the second grinding tooth wheel 45 outside multiple third shafts 41 Second grinding tooth wheel, 45 external engagement connects the chain 46, so that multiple third shafts 41 be made to pass through the first rotating shaft 23 Rotation is driven, to make second fixed link 43 outside multiple third shafts 41 rotate, to make cement packing case It is transmitted in multiple second fixed links 43, completes the conveying of cement packing case.

Compared with the relevant technologies, cement provided by the utility model is had the following beneficial effects: with conveying line device

The utility model provides a kind of cement conveying line device, and 31 top of support base is fixedly connected with the limit plate 34, so that cement packing case is slided into limit plate 34 " L " inside configuration, is opened by opening 36 external power supply of first motor It closes, rotates clockwise second shaft 35, so that the fixed column 37 on 35 top of the second shaft be made to turn clockwise It is dynamic, when fixed column 37 " L " inside configuration being made to engage the cement packing case on 32 top of sliding slot, pass through the limit plate 34 Inner rotation connects multiple pulleys 38, is continued to rotate by the fixed column 37, to push cement packing case described It is slided on sliding slot 32 and the limit plate 34, described be finally pushed to cement packing case inside second fixing seat 42 In two fixed links 43, the steering of cement packing case is completed, by the persistently rotation of fixed column 37, is facilitated multiple cement packings Case is turned to, to reduce labour, is improved labor efficiency.

The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all Equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, is applied directly or indirectly in Other relevant technical fields, are also included in the patent protection scope of the utility model.

Claims (8)

1. a kind of cement conveying line device characterized by comprising

Support rod；

First drive mechanism, first drive mechanism include the first fixing seat, and first fixing seat is fixed on the support Bar top；

Driving structure, the driving structure are fixed on the support rod side；

Rotational structure, the rotational structure are fixed on first fixing seat side, and the rotational structure includes support base, cunning Slot, axle bed, limit plate, the second shaft, first motor, fixed column and pulley, the support base are fixed on first fixing seat Side opens up the sliding slot inside the support base, and the limit plate is fixed on the sliding slot top, and the pulley is equipped with more A, multiple pulleys run through inside the limit plate, and multiple pulley slidings are all connected to inside the limit plate, institute It states axle bed and is fixed on first fixing seat top, the first motor is fixed on inside the axle bed, and second shaft turns Dynamic to be connected to inside the first motor, the fixed column is fixed on second shaft bottom end, the fixed column rotation connection In the sliding slot top；

Second drive mechanism, second drive mechanism are fixed on the support base side.

2. cement conveying line device according to claim 1, which is characterized in that second drive mechanism includes third Shaft, the second fixing seat, the second fixed link, the second groove, the second grinding tooth wheel, chain and second gear, second fixing seat It is fixed on the support base side, second groove is opened up inside second fixing seat, second groove is connected to institute State sliding slot, the third shaft is equipped with multiple, and multiple third shafts are rotationally connected with second inside grooves, described Second fixed link is equipped with multiple, and multiple second fixed links are individually fixed in outside multiple third shafts, multiple described Second fixed link is rotationally connected with second inside grooves, and the second gear is fixed on outside the third shaft, described Second gear is rotationally connected with outside second fixing seat, and the second grinding tooth wheel is equipped with multiple, multiple second grinding tooths Wheel is individually fixed in outside multiple third shafts, and multiple second grinding tooth wheels are rotationally connected with second fixing seat Outside, the chain are engaged in multiple described second and nibble gear exterior.

3. cement conveying line device according to claim 2, which is characterized in that first drive mechanism further includes One groove, the first fixed link, first rotating shaft, first gear and the first grinding tooth wheel, first fixing seat is perpendicular to described second Fixing seat, opens up first groove inside first fixing seat, and first groove is connected to the sliding slot, and described first Shaft be equipped with it is multiple, multiple first rotating shafts are rotationally connected with first inside grooves, and first fixed link is equipped with Multiple, multiple first fixed links are individually fixed in outside multiple first rotating shafts, and multiple first fixed links turn It is dynamic to be connected to first inside grooves, fix the second grinding tooth wheel outside multiple first rotating shafts, multiple described the Two grinding tooth wheels are rotationally connected with inside first fixing seat, and multiple second grinding tooth wheels, which engage, is connected to the chain Inside, the first grinding tooth wheel are fixed on outside the first rotating shaft, and it is solid that the first grinding tooth wheel is rotationally connected with described first Outside reservation, the first gear is fixed on outside the first rotating shaft, and it is solid that the first gear is rotationally connected with described first Outside reservation, the first gear engagement is connected to the second gear.

4. cement conveying line device according to claim 3, which is characterized in that the driving structure include support plate, 4th shaft, third grinding tooth wheel and the second motor, the support plate are fixed on the support rod side, and second motor is fixed In the support plate top, the 4th shaft is rotationally connected with inside second motor, and the third grinding tooth wheel is fixed on Outside 4th shaft, the third grinding tooth wheel is rotationally connected with outside first fixing seat, and the third grinding tooth wheel is nibbled Conjunction is connected to the first grinding tooth wheel.

5. cement conveying line device according to claim 1, which is characterized in that the limit plate is " L " structure, described Fixed column is L-shaped structure, and the fixed column is rotationally connected with the limit plate bottom end.

6. cement conveying line device according to claim 3, which is characterized in that first fixing seat, the support It is in " L " structure between seat and second fixing seat, first fixed link and second fixed link are located at sustained height.

7. cement conveying line device according to claim 6, which is characterized in that the support rod be equipped with it is multiple, it is multiple The support rod is individually fixed in first fixing seat, the support base and second fixing seat bottom end.

8. cement conveying line device according to claim 4, which is characterized in that the first gear is perpendicular to described Two gears, the first grinding tooth wheel are parallel to the third grinding tooth wheel, and the second gear is parallel to the second grinding tooth wheel.