阅读说明：本技术 一种物流输送转向系统 (A kind of logistics delivery steering system ) 是由 王瑶 于 2019-08-15 设计创作，主要内容包括：本发明公开了一种物流输送转向系统,包括滚筒输送机构、多楔带转向输送机构、升降电滚筒组件和支撑架。多楔带转向输送机构设置于支撑架上方,升降电滚筒组件设置在多楔带转向输送机构和支撑架之间用于驱动多楔带转向输送机构的升降,滚筒输送机构固定设置于支撑架上；滚筒输送机构的传输方向与多楔带转向输送机构的传输方向垂直,当多楔带转向输送机构处于上顶点位置时,多楔带转向输送机构的上表面高于滚筒输送机构的上表面,多楔带转向输送机构将物料箱转向输送。多楔带代替传统的平带,增大摩擦,提高输送稳定性,多楔带驱动电滚筒替代传统的电机、传动系统,减小了空间的占用,可调式张紧机构的设置使得多楔带张紧度可调。(The invention discloses a kind of logistics delivery steering systems, including roller conveyor structure, V-ribbed belt steering conveyor structure, lifting electric drum component and support frame.V-ribbed belt steering conveyor structure is set to above support frame, and lifting electric drum component is arranged in for driving the lifting of V-ribbed belt steering conveyor structure between V-ribbed belt steering conveyor structure and support frame, and roller conveyor structure is fixedly installed on support frame；The transmission direction of roller conveyor structure is vertical with the transmission direction of V-ribbed belt steering conveyor structure, when V-ribbed belt steering conveyor structure is in upper vertex position, the upper surface of V-ribbed belt steering conveyor structure is higher than the upper surface of roller conveyor structure, and body feed tank is turned to and conveyed by V-ribbed belt steering conveyor structure.V-ribbed belt replaces traditional flat rubber belting, increases friction, improves conveying stability, and V-ribbed belt driving electric drum substitutes traditional motor, transmission system, reduces the occupancy in space, the setting of adjustable tensioning mechanism is so that V-ribbed belt rate of tension is adjustable.)

1. a kind of logistics delivery steering system, including roller conveyor structure (100), V-ribbed belt steering conveyor structure (200), lifting Electric drum component (300) and support frame (400), it is characterised in that: the V-ribbed belt steering conveyor structure (200) is set to described Above support frame (400), lifting electric drum component (300) setting is in the V-ribbed belt steering conveyor structure (200) and branch For driving the lifting of V-ribbed belt steering conveyor structure (200) between support (400), the roller conveyor structure (100) is fixed It is set on support frame as described above (400)；The transmission direction and V-ribbed belt steering conveyor structure (200) of roller conveyor structure (100) Transmission direction it is vertical, and when V-ribbed belt steering conveyor structure (200) is in bottom dead center position, V-ribbed belt steering conveyor structure (200) upper surface is lower than the upper surface of the roller conveyor structure (100), when V-ribbed belt steering conveyor structure (200) is in When upper vertex position, the upper surface of V-ribbed belt steering conveyor structure (200) is higher than the upper table of the roller conveyor structure (100) Face.

2. conveying steering system according to claim 1, it is characterised in that: support frame as described above (400) includes bottom plate (401), cylinder support seat (402), guide rod (403) and rack side plate (404), four cylinder support seats (402) are fixed In on the bottom plate (401), two guide rods (403) are set to bottom plate (401) in the conveying direction for rolling conveying mechanism (100) Two end sides centre, and every guide rod (403) is between two adjacent cylinder support seats (402), two bracket sides Plate (404) is set to two end sides positioned at V-ribbed belt steering conveyor structure (200) conveying direction on bottom plate (401).

3. conveying steering system according to claim 2, it is characterised in that: the lifting electric drum component (300) includes Lifting driving electric drum (301), lifter cam (302) and lifting bearing (303), two lifting driving electric drum (301) installations On the cylinder support seat (402) of support frame (400), lifter cam (302) setting is in lifting driving electric drum (301) Both ends, the lifting bearing (303) are arranged on the bottom surface of the V-ribbed belt steering conveyor structure (200) and lifter cam (302) corresponding position pushes the V-ribbed belt steering conveyor structure (200) by the rotation of the lifter cam (302) Lifting.

4. conveying steering system according to claim 3, it is characterised in that: the V-ribbed belt steering conveyor structure (200) Electric drum is driven including lifting support plate (201), guide holder (202), band installation partition (203), V-ribbed belt (204), V-ribbed belt (205) and adjustable tensioning mechanism (206)；Multi-group installation partition (203) is equally spaced to be fixedly installed in the lifting support On plate (201), every group of band installation partition (203) includes two pieces；The V-ribbed belt (204) is installed on every group of band installation by idler wheel The adjustable tensioning mechanism (206) is set on partition (203), and in band installation partition (203) described in every group for more wedges The rate of tension of band (204) is adjusted；Piece V-ribbed belt driving electric drum (205) installs partition (203) perpendicular to the band, and in institute It states and corresponds to every V-ribbed belt (204) in V-ribbed belt driving electric drum (205) and open up driving pulley slot；Guide holder (202) peace Mounted in lifting two ends of support plate (201) and corresponding with the guide rod (403).

5. conveying steering system according to claim 4, it is characterised in that: the roller conveyor structure (100) includes simultaneously Multiple conveying cylinders (102) of row arrangement and setting are led described in two in the guide rail (101) at the conveying cylinder (102) both ends Rail (101) is fixedly attached to the upper surface of two rack side plates (404), in the same of multiple conveying cylinders (102) Driving pulley is set on side, is rotated by motor drive.

6. conveying steering system according to claim 5, it is characterised in that: the conveying cylinder (102) of multiple parallel arrangeds It is arranged with band installation partition (203) interval described in multiple groups.

7. conveying steering system according to claim 3, it is characterised in that: two lifting drivings electric drum (301) The cam angle degree of the lifter cam (302) of driving is different, on turning to conveying direction, the cam of the lifter cam (302) at rear Angle is arranged in advance than the cam angle of the lifter cam (302) in front, accelerates the steering conveying of material with this.

Technical field

The present invention relates to logistics to turn to conveying equipment more particularly to a kind of logistics delivery steering system.

Background technique

Traditional logistics delivery steering system generally uses two ways: one is turntable structure, it can be achieved that multi-angle Turn to conveying；Another kind is able to achieve 90 ° of fixed angle and turns to conveying perpendicular or orthogonal to transportation system.However, the first The turntable structure of mode of movement is complicated, at high cost, and the batch for being not suitable for logistic production line uses；Second of mode of movement, can Using the vertical or 90 ° of steerings of logistics delivery line at most applied, is driven using mechanisms such as cylinder, oil cylinder or motors and realize material Lifting, however, cylinder, oil cylinder need that external air source or high pressure liquid pressure oil, motor is cooperated to need transport mechanism, this all makes tradition Vertical transport system there is the larger problem of occupied space, and all use wide or narrow flat rubber belting conveying, easily have skidded and show As adjusting inflexible problem with belt tension.

Summary of the invention

For overcome the deficiencies in the prior art, the purpose of the present invention is to provide a kind of logistics delivery steering systems.

The purpose of the present invention is implemented with the following technical solutions:

A kind of logistics delivery steering system, including roller conveyor structure, V-ribbed belt steering conveyor structure, lifting electric drum group Part and support frame, the V-ribbed belt steering conveyor structure are set to above support frame as described above, the lifting electric drum component setting For driving the lifting of V-ribbed belt steering conveyor structure, the roller between the V-ribbed belt steering conveyor structure and support frame Conveying mechanism is fixedly installed on support frame as described above；The transmission direction of roller conveyor structure and the biography of V-ribbed belt steering conveyor structure Defeated direction is vertical, and when V-ribbed belt steering conveyor structure is in bottom dead center position, the upper surface of V-ribbed belt steering conveyor structure Lower than the upper surface of the roller conveyor structure, when V-ribbed belt steering conveyor structure is in upper vertex position, V-ribbed belt is turned to The upper surface of conveying mechanism is higher than the upper surface of the roller conveyor structure.

Preferably, support frame as described above includes bottom plate, cylinder support seat, guide rod and rack side plate, four roller branch Support seat is fixed on the bottom plate, and two guide rods are set to bottom plate in two end sides of conveying direction for rolling conveying mechanism Between, and every guide rod is between two adjacent cylinder support seats, two rack side plates be set on bottom plate be located at it is more Two end sides of the wedge with steering conveyor structure conveying direction.

Preferably, the lifting electric drum component includes lifting driving electric drum, lifter cam and lifting bearing, and two rise Drop driving electric drum is mounted on the cylinder support seat of support frame, and the two of lifting driving electric drum are arranged in the lifter cam End, the lifting bearing are arranged in position corresponding with lifter cam on the bottom surface of the V-ribbed belt steering conveyor structure, pass through The rotation of the lifter cam pushes the lifting of the V-ribbed belt steering conveyor structure.

Preferably, the V-ribbed belt steering conveyor structure include lifting support plate, guide holder, band installation partition, V-ribbed belt, V-ribbed belt drives electric drum and adjustable tensioning mechanism；Multi-group installation partition is equally spaced to be fixedly installed in the lifting support On plate, every group of band installation partition includes two pieces；The V-ribbed belt is installed on every group of band by idler wheel and installs on partition, and at every group Rate of tension of the adjustable tensioning mechanism for V-ribbed belt is arranged on the band installation partition to adjust；A piece V-ribbed belt driving electricity Roller installs partition perpendicular to the band, and corresponds to every V-ribbed belt on V-ribbed belt driving electric drum and open up driving pulley Slot；The guide holder is mounted on lifting two ends of support plate and corresponding with the guide rod.

Preferably, the roller conveyor structure includes multiple conveying cylinders of parallel arranged and is arranged in the conveying cylinder The guide rail at both ends, two guide rails are fixedly attached to the upper surface of two rack side plates, in multiple conveying cylinders The same side on driving pulley is set, rotated by motor drive.

Preferably, it is arranged described in the conveying cylinder of multiple parallel arrangeds and multiple groups with installation baffle interval.

Preferably, the cam angle degree of the lifter cam of two lifting driving electric drum drivings is different, conveys turning to On direction, the cam angle of the lifter cam at rear is arranged in advance than the cam angle of the lifter cam in front, accelerates material with this Turn to conveying.

Compared with prior art, the beneficial effects of the present invention are: V-ribbed belts to replace traditional flat rubber belting, so that conveying frictional force It increases, improves conveying stability.V-ribbed belt drives electric drum to use roller, retarder and motor integrated structure, and substitution passes The motor of system, transmission system reduce the occupancy in space, and control is easier to intelligentized design.The setting of adjustable tensioning mechanism So that V-ribbed belt rate of tension is adjustable.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of logistics delivery steering system of the embodiment of the present invention；

Fig. 2 is the part perspective view of the explosion of logistics delivery steering system.

In figure: 100, roller conveyor structure；101, guide rail；102, conveying cylinder；200, V-ribbed belt steering conveyor structure； 201, support plate is gone up and down；202, guide holder；203, band installation partition；204, V-ribbed belt；205, V-ribbed belt drives electric drum；206, Adjustable tensioning mechanism；300, electric drum component is gone up and down；301, lifting driving electric drum；302, lifter cam；303, lifting shaft It holds；400, support frame；401, bottom plate；402, cylinder support seat；403, guide rod；404, rack side plate.

Specific embodiment

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is A part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people Member's every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.

Referring to Fig. 1 and Fig. 2, a kind of logistics delivery steering system, including roller conveyor structure 100, V-ribbed belt turn to conveying Mechanism 200, lifting electric drum component 300 and support frame 400.

Connection relationship: V-ribbed belt steering conveyor structure 200 is set to 400 top of support frame, and lifting electric drum component 300 is set It sets for driving the lifting of V-ribbed belt steering conveyor structure 200 between V-ribbed belt steering conveyor structure 200 and support frame 400, Roller conveyor structure 100 is fixedly installed on support frame 400；The transmission direction of roller conveyor structure 100 turns to defeated with V-ribbed belt Send the transmission direction of mechanism 200 vertical, and when V-ribbed belt steering conveyor structure 200 is in bottom dead center position, V-ribbed belt turns to The upper surface of conveying mechanism 200 is lower than the upper surface of roller conveyor structure 100, when V-ribbed belt steering conveyor structure 200 is in upper When vertex position, the upper surface of V-ribbed belt steering conveyor structure 200 is higher than the upper surface of roller conveyor structure 100.

Support frame

Support frame 400 includes bottom plate 401, cylinder support seat 402, guide rod 403 and rack side plate 404, four roller branch Support seat 402 is fixed on bottom plate 401, and two guide rods 403 are set to bottom plate 401 in the conveying direction for rolling conveying mechanism 100 Two end sides centre, and every guide rod 403 is between two adjacent cylinder support seats 402, two rack side plates 404 It is set to two end sides positioned at 200 conveying direction of V-ribbed belt steering conveyor structure on bottom plate 401.

Go up and down electric drum component

Going up and down electric drum component 300 includes going up and down driving electric drum 301, lifter cam 302 and lifting bearing 303, and two Lifting driving electric drum 301 is mounted on the cylinder support seat 402 of support frame 400, and the setting of lifter cam 302 is in lifting driving electricity The both ends of roller 301, lifting bearing 303 are arranged in corresponding with lifter cam 302 on the bottom surface of V-ribbed belt steering conveyor structure 200 Position, pass through lifter cam 302 rotation push V-ribbed belt steering conveyor structure 200 lifting.

The cam angle degree for the lifter cam 302 that two lifting driving electric drums 301 drive is different, is turning to conveying direction On, the cam angle of the lifter cam 302 at rear is arranged in advance than the cam angle of the lifter cam 302 in front, accelerates material with this Steering conveying.

V-ribbed belt steering conveyor structure

V-ribbed belt steering conveyor structure 200 includes lifting support plate 201, guide holder 202, band installation partition 203, V-ribbed belt 204, V-ribbed belt driving electric drum 205 and adjustable tensioning mechanism 206.

Multi-group installation partition 203 is equally spaced to be fixedly installed in lifting support plate 201, and every group of band installs partition 203 Including two pieces；V-ribbed belt 204 is installed on every group of band by idler wheel and installs on partition 203, and sets on every group of band installation partition 203 The rate of tension that adjustable tensioning mechanism 206 is set for V-ribbed belt 204 is adjusted；A piece V-ribbed belt driving electric drum 205 is perpendicular to band Partition 203 is installed, and corresponds to every V-ribbed belt 204 on V-ribbed belt driving electric drum 205 and opens up driving pulley slot；Guide holder 202 are mounted on lifting two ends of support plate 201 and corresponding with guide rod 403.

V-ribbed belt 204 replaces traditional flat rubber belting, so that conveying frictional force increases, improves conveying stability.

V-ribbed belt drives electric drum 205 using roller, retarder and motor integrated structure, reduces the occupancy in space, And control is easier to intelligentized design.

The setting of adjustable tensioning mechanism 206 is so that V-ribbed belt rate of tension is adjustable.

Roller conveyor structure

Roller conveyor structure 100 includes multiple conveying cylinders 102 of parallel arranged and 102 both ends of conveying cylinder is arranged in Guide rail 101, two guide rails 101 are fixedly attached to the upper surface of two rack side plates 404, in the same of multiple conveying cylinders 102 Driving pulley is set on side, is rotated by motor drive.

Conveying cylinder 102 and multi-group installation partition 203 interval of multiple parallel arrangeds are arranged.

Wherein, the V-ribbed belt of multiple conveying cylinders 102 of roller conveyor structure 100 and V-ribbed belt steering conveyor structure 200 204 quantity can need to be arranged according to real space, size of transfer workbin etc..

Finally, it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although Present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: it still may be used To modify the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features； And these are modified or replaceed, technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution spirit and Range.