CN203602308U

CN203602308U - Turnover box elevator

Info

Publication number: CN203602308U
Application number: CN201320574933.2U
Authority: CN
Inventors: 郑春虎; 黄华
Original assignee: SHANGHAI WEIKEN ELECTRICAL AND MECHANICAL ENGINEERING Co Ltd
Current assignee: SHANGHAI WEIKEN ELECTRICAL AND MECHANICAL ENGINEERING Co Ltd
Priority date: 2013-09-17
Filing date: 2013-09-17
Publication date: 2014-05-21
Anticipated expiration: 2023-09-17

Abstract

The utility model discloses a turnover box elevator which comprises the components of: a substrate (1), a button box (2), a powering and conveying device (3), a carriage device (4), a photoelectric sensing module (5) and a roller guide rail device (6). Under power function of a motor (31), the carriage device (4) performs reciprocation of lifting and dropping. Through adjusting the position of the photoelectric sensing module (5) on the roller guide rail device (6), lifting height of the carriage device (4) can be controlled for reaching the height which is suitable for conveying of the turnover box. According to the turnover box elevator, manpower is replaced by machinery, and the turnover box is automatically lifted and dropped to a position which maximally accords with ergonomics, thereby reducing labor intensity of an operator, improving operation efficiency and improving operation environment.

Description

Turnover Box elevator

Technical field

The utility model relates to a kind of elevator, for all mechano-electronic manufacture that need to use Turnover Box to carry out logistics in factory.

Background technology

At present, general production scene be material cycling case to be processed be used for holding the empty Turnover Box of processing materials and be deposited in side, operation position, operative employee picks and places material from top to bottom successively, need regular bending over, lose time, labour intensity is very large, easily causes operative employee's lumbar muscle strain, also easily cause site environment mixed and disorderly, reduce work efficiency.

Utility model content

Reduce operative employee's labour intensity and the problem of raising the efficiency in order to solve, the utility model provides a kind of Turnover Box elevator.The technical solution of the utility model is: comprise a matrix, button box, power and conveyer, a bracket system, an optoelectronic induction module and a roller rail construction; Described matrix comprises castor, runners, base plate, top board, back cover and front baffle board, castor, runners are arranged on base plate, base plate, top board, back cover and front baffle board form a cavity so that fixing described power and conveyer and roller rail construction to be installed, described optoelectronic induction module is installed on roller rail construction, and upper-lower position can be adjusted as required; Described power and conveyer comprise motor, retarder, transmission shaft, driving chain wheel, driven sprocket and chain, motor is exported power by retarder by transmission shaft, drive driving chain wheel rotates, its rotation direction realizes back and forth variation by positive and negative the transferring of described button box control motor, and chain drives and realizes crank motion on driving chain wheel and driven sprocket and by driving chain wheel; Described bracket system comprises an installation base plate and a bracket, and bracket is arranged on installation base plate; Described roller rail construction comprises two section aluminum guide rails and a bindiny mechanism, and described section aluminum guide rail is fixed on described base plate and top board, and bindiny mechanism is fixed on bracket system on roller rail construction by described installation base plate; The upper and lower side of the both sides of described bindiny mechanism is respectively equipped with two rollers, and on it, be also provided with two pull bars, described roller is arranged on the effect that realizes slide-and-guide in the guide-track groove of section aluminum guide rail, described pull bar is fixed on two ends of described chain, make chain form closed circular, crank motion under the dynamic action of motor, thus drive the rising of bracket system and the crank motion of decline; And adjust the position of described optoelectronic induction module on roller rail construction and control height that bracket system rises and make it to reach the height of the suitable carrying of Turnover Box.

The utility model adopts the beneficial effect of above technical scheme to be: this product utilization machinery substitutes manpower, automatically by Turnover Box ascending, descending to the position that meets most operative employee's human body engineering; This product adopts DC machine to do propulsion source, export by retarder, the forward and reverse rotation of band movable sprocket, thereby realize the lifting of the lifting table being connected with chain, utilize opto-electronic pickup to sense that the position of Turnover Box controls the startup of motor and stop, can regulate the position of Turnover Box by the position of adjustment opto-electronic pickup is the position of operative employee's the most comfortable, thereby has reduced the unnecessary action of bending over of operative employee; This product uses custom-designed aluminium section bar to do the guiding framework of the horizontal and vertical direction of elevator, has effectively saved floor area.Utilize that elevator both sides install two groups totally four propelling sheaves scroll-up/down in the inner custom-designed guide channel of aluminium section bar, thereby realize bay-lift perpendicular movement smoothly, thus alleviated operative employee labour intensity, improved operating efficiency, improved operating environment.

Accompanying drawing explanation

Fig. 1 is surface structure schematic diagram of the present utility model.

Fig. 2 is the assembling schematic diagram of power of the present utility model and conveyer and bindiny mechanism.

Fig. 3 is the assembling schematic diagram of bracket system of the present utility model and bindiny mechanism.

Fig. 4 is roller rail construction structural representation of the present utility model.

In figure, 1 matrix, 11 castors, 12 runners, 13 base plates, 14 top boards, 15 back covers, 16 front baffle boards, 2 button boxes, 3 power and conveyer, 31 motors, 32 retarders, 33 transmission shafts, 34 driving chain wheels, 35 driven sprockets, 36 chains, 4 bracket systems, 41 installation base plates, 42 brackets, 5 optoelectronic induction modules, 6 roller rail constructions, 61 section aluminum guide rails, 611 guide-track grooves, 62 bindiny mechanisms, 621 rollers, 622 pull bars.

The specific embodiment

As shown in Figure 1, the utility model comprises a matrix 1, button box 2, power and conveyer 3, bracket system 4, optoelectronic induction module 5 and a roller rail construction 6; Described matrix 1 comprises castor 11, runners 12, base plate 13, top board 14, back cover 15 and front baffle board 16, castor 11, runners 12 are arranged on base plate 13, base plate 13, top board 14, back cover 15 and front baffle board 16 form a cavity so that fixing described power and conveyer 3 and roller rail construction 6 to be installed, described optoelectronic induction module 5 is installed on roller rail construction 6, and upper-lower position can be adjusted as required; As shown in Figure 2, described power and conveyer 3 comprise motor 31, retarder 32, transmission shaft 33, driving chain wheel 34, driven sprocket 35 and chain 36, motor 31 is exported power by retarder 32 by transmission shaft 33, drive driving chain wheel 34 to rotate, positive and negative the transferring that its rotation direction is controlled motor 31 by described button box 2 realized back and forth variation, and chain 36 drives and realizes crank motion on driving chain wheel 34 and driven sprocket 35 and by driving chain wheel 34; As shown in Figure 3, described bracket system 4 comprises an installation base plate 41 and a bracket 42, and bracket 42 is arranged on installation base plate 41; As shown in Figure 4, described roller rail construction 6 comprises two section aluminum guide rails 61 and a bindiny mechanism 62, described section aluminum guide rail 61 is fixed on described base plate 13 and top board 14, and bindiny mechanism 62 is fixed on bracket system 4 on roller rail construction 6 by described installation base plate 41; As shown in Figure 3, the upper and lower side of the both sides of described bindiny mechanism 62 is respectively equipped with two rollers 621, and on it, be also provided with two pull bars 622, described roller 621 is arranged on the interior effect that realizes slide-and-guide of guide-track groove 611 of section aluminum guide rail, described pull bar 622 is fixed on two ends of described chain 36, make chain 36 form closed circular, crank motion under the dynamic action of motor 31, thus drive the rising of bracket system 4 and the crank motion of decline; As shown in Figure 1, adjust the position of described optoelectronic induction module 5 on section aluminum guide rail 61 and can control height that bracket system 4 rises and make it to reach the height of the suitable carrying of Turnover Box.

The above-mentioned specific embodiment is exemplary, is to be the restriction that this patent is comprised to scope in order better to make those skilled in the art can understand this patent, can not to be interpreted as; As long as the technology contents essence made according to the disclosed technical scheme of this patent is identical or be equal to any change or modification, all fall into the scope that this patent comprises.

Claims

1. a Turnover Box elevator, is characterized in that: comprise a matrix (1), a button box (2), power and conveyer (3), a bracket system (4), an optoelectronic induction module (5) and a roller rail construction (6); Described matrix (1) comprises castor (11), runners (12), base plate (13), top board (14), back cover (15) and front baffle board (16), it is upper that castor (11), runners (12) are arranged on base plate (13), and base plate (13), top board (14), back cover (15) and front baffle board (16) form a cavity so that fixing described power and conveyer (3) and roller rail construction (6) to be installed; Described bracket system (4) comprises an installation base plate (41) and a bracket (42), and bracket (42) is arranged on installation base plate (41); It is upper that described optoelectronic induction module (5) is installed on roller rail construction (6), and upper-lower position can be adjusted as required.

2. Turnover Box elevator as claimed in claim 1, it is characterized in that: described power and conveyer (3) comprise motor (31), retarder (32), transmission shaft (33), driving chain wheel (34), driven sprocket (35) and chain (36), motor (31) is exported power by retarder (32) by transmission shaft (33), drive driving chain wheel (34) to rotate, positive and negative the transferring that its rotation direction is controlled motor (31) by described button box (2) realized back and forth variation, chain (36) is around driving chain wheel (34) and driven sprocket (35) is upper and realize crank motion by driving chain wheel (34) driving, described roller rail construction (6) comprises two section aluminum guide rails (61) and a bindiny mechanism (62), described section aluminum guide rail (61) is fixed on described base plate (13) and top board (14) is upper, and bindiny mechanism (62) is fixed on bracket system (4) on roller rail construction (6) by described installation base plate (41), the upper and lower side of the both sides of described bindiny mechanism (62) is respectively equipped with two rollers (621), and on it, be also provided with two pull bars (622), described roller (621) is arranged on the effect that realizes slide-and-guide in the guide-track groove (611) of section aluminum guide rail, described pull bar (622) is fixed on two ends of described chain (36), make chain (36) form closed circular, crank motion under the dynamic action of motor (31), thus drive the rising of bracket system (4) and the crank motion of decline.