Automatic bottle unsrambler feeding sorting machine bottle sorting tank for small bottles

Automatic bottle unsrambler feeding sorting machine bottle sorting tank for small bottles

Model:GR-B100U

Production capacity:30~100?bottles per minute

PowerAC220V 50Hz 0.25kw

Overall dimension:1200×1150×1300mm

Weight:120kg

A kind of bottle managing machine, comprise frame, panel, bottle input mechanism, bottle conveyor structure, bottle dressing mechanism and bottle output mechanism, the panel on even keel is located on the frame, the bottle conveyor structure is located on the panel, bottle input mechanism, bottle output mechanism are connected with the bottle conveyor structure respectively, it is characterized in that: the bottle conveyor structure is the vertical conveying mechanism of bottle, the bottle dressing mechanism is the upright dressing mechanism of bottle, the bottle input mechanism is located at the top of the vertical conveying mechanism of bottle, and the upright dressing mechanism of bottle is located on the vertical conveying mechanism of bottle.

Like this, when the bottle on the bottle input mechanism falls into the vertical conveying mechanism of bottle, the bottleneck of the bottle that has up, the bottleneck of the bottle that has down, bottleneck bottle down under upright dressing mechanism of bottle and the vertical conveying mechanism mating reaction of bottle, in course of conveying the upset and make its bottleneck up, promptly bottle is turned into upright state from handstand state in course of conveying, continue to be fed forward to the bottle output mechanism by the vertical conveying mechanism of bottle again, thereby make the bottleneck of bottle unified up.

The vertical conveying mechanism of described bottle comprises actuating unit, bottle arranging disk and protects a bottle plate that bottle arranging disk is installed in rotation on the panel, protects the periphery that bottle plate is located on the panel and is positioned at bottle arranging disk, protects bottle plate and plays the effect that prevents that bottle from dropping; Actuating unit is installed on the frame, and actuating unit and bottle arranging disk are in transmission connection.

Described actuating unit comprises electrical motor and retarder, and motor mounting is on frame, and electrical motor is in transmission connection by retarder and bottle arranging disk.

Described bottle arranging disk comprises dial and chassis, the same axle mounting in above-mentioned dial and chassis, and the common shaft on dial and chassis and above-mentioned actuating unit are in transmission connection; Above-mentioned dial is positioned at the top on chassis, but the periphery of dial is provided with the groove of some clamping bottles; But the periphery on above-mentioned chassis is provided with the groove of some clamping bottlenecks.

Groove on the above-mentioned dial periphery is semi-circular recesses or U-shaped groove, and the diameter of semi-circular recesses or U-shaped groove and the diameter of bottle are complementary; Groove on the periphery of above-mentioned chassis is semi-circular recesses or U-shaped groove, the diameter of semi-circular recesses or U-shaped groove greater than the diameter of bottleneck less than the diameter at the bottom of the bottle.

Like this, when bottle vertically enters the vertical conveying mechanism of bottle from the bottle input mechanism, if the bottleneck of bottle up, because the diameter of dial periphery upper groove and the diameter of bottle are complementary, and the diameter of the diameter of the groove on the periphery of chassis at the bottom of less than bottle, so bottle is positioned at the groove on the dial periphery, and bottle be positioned at the chassis above; If the bottleneck of bottle down, because the diameter of dial periphery upper groove and the diameter of bottle are complementary, and the diameter of the groove on the periphery of chassis greater than the diameter of bottleneck less than the diameter at the bottom of the bottle, so, bottle is positioned at the groove on the dial periphery, and the bottleneck of bottle is positioned at the groove on the periphery of chassis, and the bottleneck of bottle extend into the chassis below.

The upright dressing mechanism of described bottle comprises down bottle mechanism and switching mechanism, and bottle mechanism and switching mechanism all are located on the panel, and are positioned at above-mentioned indentation, there of protecting bottle plate.

The described bottle mechanism of falling comprises down the bottle shifting block and falls a bottle driving lever, and the bottle shifting block that falls is located at the below of the vertical conveying mechanism of bottle, and is positioned on the throughput direction of bottle, and bottle shifting block that falls is positioned at the front end of the breach that protects bottle plate; The bottle driving lever that falls is installed in and protects on bottle plate, and the bottle driving lever that falls is positioned at down the top of bottle shifting block.

For bottle can successfully be toppled in switching mechanism, the throughput direction of described bottle shifting block and bottle forms an obtuse angle.Like this, when the bottleneck of bottle moved to down on the bottle shifting block, the bottleneck of bottle was along falling the bottle shifting block to moving away from the direction in the center of circle, chassis, thereby successfully toppled in switching mechanism.

Described switching mechanism comprises and turns over bottle plate and retaining bottle board, turns over a bottle plate, retaining bottle board and all vertically is installed on the panel and is positioned at the indentation, there of protecting bottle plate, turns over a bottle plate, retaining bottle board all around the bottle arranging disk setting, turns over bottle plate between bottle arranging disk and retaining bottle board; Turning over bottle plate is the arc that a slice is increased gradually by the initiating terminal terminad, and promptly this arc is the ramped shaped that raises obliquely, and it is corresponding with above-mentioned position of falling bottle mechanism to turn over bottle position of plate initiating terminal, the end that turns over bottle plate with protect that a bottle plate is captiveed joint or one-body molded.

When bottleneck bottle down is transported to down the bottle shifting block by the vertical conveying mechanism of bottle, the bottle shifting block that falls blocks the bottleneck bottleneck of bottle down, in the groove of the bottleneck that makes bottle from the periphery of chassis to outer motion, at this moment, moving in the spacing following groove on the dial periphery of bottle driving lever in the bottom of bottle, the bottleneck of bottle is blocked when moving to retaining bottle board, at this moment, the bottle end of bottle, just be positioned at the groove on the dial periphery, the bottleneck portion of bottle just is positioned on the initiating terminal that turns over bottle plate, toppling over the bottle that keeps flat continues to be fed forward under the driving of the vertical conveying mechanism of bottle, the bottleneck portion of bottle makes progress and travels forward along the slope of turning over bottle plate, when the bottleneck portion of bottle moves to when turning over bottle plate terminal along turning over bottle plate, bottle is just propped up in the upright groove on the dial periphery, is propped up upright bottle and is continued to be fed forward by the vertical conveying mechanism of bottle.

Described bottle input mechanism is for leading a bottle rail, and the outlet of leading bottle rail is connected with the inlet of the vertical conveying mechanism of bottle.

Described bottle output mechanism is a load-transfer device, and the inlet of load-transfer device is connected with the outlet of the vertical conveying mechanism of bottle.

The utility model beneficial effect against existing technologies is, because the bottle conveyor structure is the vertical conveying mechanism of bottle, the bottle dressing mechanism is the upright dressing mechanism of bottle, the bottle input mechanism is located at the top of the vertical conveying mechanism of bottle, the upright dressing mechanism of bottle is located on the vertical conveying mechanism of bottle, so, when the bottle on the bottle input mechanism falls into the vertical conveying mechanism of bottle, the bottleneck of the bottle that has up, the bottleneck of the bottle that has down, bottleneck bottle down is under upright dressing mechanism of bottle and the vertical conveying mechanism mating reaction of bottle, in course of conveying the upset and make its bottleneck up, be that bottle is turned into upright state from handstand state in course of conveying, continue to be fed forward to the bottle output mechanism by the vertical conveying mechanism of bottle again, thereby the bottleneck that makes bottle is unified up, and has improved the reason bottle efficient of bottle managing machine widely, also makes the structure of bottle managing machine become simple.

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