CN208761704U - The automatic bottle pouring machine of chain conveying-type - Google Patents

Abstract

The utility model gives a kind of automatic bottle pouring machine of chain conveying-type, including support baseboard, circularly enhancing mechanism, conveying mechanism and control cabinet, support baseboard is horizontally disposed, circularly enhancing mechanism includes inclined shore frame, driving motor, driving wheel, driven wheel, driving chain, directive slide track and handbag mechanism, inclined shore frame is arranged on support baseboard by several supporting legs, and inclined shore frame is distributed in right low left high state, driving wheel and driven wheel are inclined on inclined shore frame, driving chain is nested on driving wheel and driven wheel, driving motor can drive driving wheel to rotate, directive slide track is arranged on inclined shore frame along the motion profile of driving chain, handbag mechanism is hung on directive slide track；Conveying mechanism includes conveyer belt and feeder motor.Work is poured out using what the automatic bottle pouring machine can be automatically performed beer bottle in woven bag, thus greatly reduces the bottle inversion working strength of staff.

Description

The automatic bottle pouring machine of chain conveying-type

Technical field

The utility model relates to a kind of automatic bottle pouring machines of chain conveying-type.

Background technique

Currently, brewery's daily life of a family recycles the beer bottle of recycling, then achieve the purpose that reduce production cost, beer Before man, brewery recycles the beer bottle of recycling, need to carry out the beer bottle of recycling according to production associated specifications Processing.Currently, the beer bottle of recycling generallys use woven bag encapsulation, then, brewery, beer are transported to by mass transit vehicle Brewery needs to pour out beer bottle out of woven bag, just can be carried out subsequent phase before carrying out relevant treatment to the beer bottle of recycling Close processing work.In the prior art, the beer bottle of recycling pours out work, traditional manual operation is still used, using artificial Bottle inversion has the following problems: 1, when artificial bottle inversion, worker can only be standing operation, also need constantly to repeat in bottle inversion to bend over Straight waist movement, carries out above-mentioned movement repeatedly, many workers is caused to will appear the body illnesses such as lumbar muscle strain, varication, It works in the state of high intensity for a long time, so that staff is difficult to keep efficient bottle inversion efficiency, while also increasing beer Bottle percentage of damage；2, the beer bottle of knitting bagged easily generates the broken bottle that formed in handling repeatedly, transportational process and is cut, work The accident of incised wound finger or leg easily occurs for personnel, to the body and mind of employee when directly contacting woven bag bottle packet with hand or leg Health damages；3, the impurity such as silt, dust, greasy dirt, mildew are often had inside and outside the beer bottle recycled, are floatd during bottle inversion The dust risen is directly contacted with staff, is seriously endangered respiratory system, is in like environment for a long time, and breathing system is easily caused System disease, especially rainy season bottle mark are mouldy, often result in individual worker and allergic symptom occur；4, bottle inversion work is uninteresting, leads Bottle inversion staff is caused to advertise for workers difficult, especially in summer, Beer Brewage amount is big, and the shortage of bottle inversion staff directly affects The production efficiency of beer.

Utility model content

The purpose of this utility model is to provide a kind of automatic bottle pouring machines, can be automatically performed braiding using the automatic bottle pouring machine Beer bottle pours out work in bag, thus greatly reduces the bottle inversion working strength of staff, meanwhile, utilize mechanically actuated real Existing bottle inversion, is greatly improved bottle inversion efficiency.

The technical solution adopted by the utility model to solve its technical problems is that: a kind of automatic bottle pouring machine of chain conveying-type, Including support baseboard, circularly enhancing mechanism, conveying mechanism and control cabinet, the support baseboard is horizontally disposed, the circularly enhancing Mechanism includes inclined shore frame, driving motor, driving wheel, driven wheel, driving chain, directive slide track and handbag mechanism, described to incline Bearing diagonal frame is arranged on the support baseboard by several supporting legs, and inclined shore frame is distributed in right low left high state, described Driving wheel setting is arranged in inclined shore frame left end, the driven wheel in the inclined shore frame right end, and the active The upper plane of wheel and driven wheel, the tilt angle on inclined shore frame is identical, and the driving motor setting is in inclination branch The left end of support, and driving motor can drive driving wheel to rotate, the driving chain is nested in the driving wheel and driven wheel On, the anti-off board being distributed along the driving chain motion profile is provided on the inclined shore frame, and anti-off board is located at The lower section of driving chain, the directive slide track are arranged on the inclined shore frame along the motion profile of the driving chain, And directive slide track is located on the outside of driving chain, directive slide track is divided into mounting section sliding rail and only hangs section sliding rail, stops to hang section sliding rail On the outside of driven wheel, the hanging plate of several equidistantly distributeds is provided on the driving chain, on mounting section sliding rail, hanging plate Front end be overlapped on directive slide track, only hang section sliding rail on, the front end of hanging plate is separated with directive slide track, several handbag machines Structure is hung on the directive slide track, and on mounting section sliding rail, hanging plate can push handbag mechanism to slide along mounting section sliding rail；

Conveying mechanism includes conveyer belt and feeder motor, and the conveyer belt is arranged on the support baseboard, and conveyer belt Positioned at the lower section of the front side of driving chain, feeder motor is arranged on support baseboard, and feeder motor can drive conveyer belt to rotate；

The control cabinet is arranged on the support baseboard, controller is provided in the control cabinet, in control cabinet It is provided with start button, stop button and scram button on the outside of switch gate, controller is pressed with driving motor, feeder motor, starting Button, stop button are connected with scram button.

Preferably, it is respectively provided with a support rod on the left of the two supporting legs for being located at inclined shore frame left end, at two One gear bag bar of setting on the support rod.

Further, a pusher cylinder is respectively provided on each described support rod, the telescopic rod of the pusher cylinder Movable end is connect with the respective end of gear bag bar, and a L bracket is arranged on gear bag bar, a light is arranged in the L bracket Electro-detection switch, the photoelectric detection switch are connected with the controller.

Preferably, in the right end setting of the inclined shore frame, there are two the support plates being distributed up and down, described in each A through slot for running through end face is respectively provided in support plate, the upper and lower ends of the support shaft of the driven wheel are nested with respectively passes through at two In through slot, the upper and lower ends of the support shaft of driven wheel are respectively provided with a locking nut, and one and lock are respectively provided in each support plate Tight nut is relatively fixed trunnion, and a tensioning is nested on each described fixed trunnion and adjusts bolt, and is tensioned and adjusts spiral shell The front end of bolt presses against on corresponding locking nut.

Preferably, it is located at the first directive wheel in front of driving wheel, and first in the left end of inclined shore frame setting one Directive wheel and driving wheel are located in same inclined surface, driving chain constituted along driving wheel, driven wheel and the first directive wheel three Angular motion profile rotation.

Further, the second directive wheel in the right end setting one of the inclined shore frame in front of driven wheel, and the Two directive wheels and driven wheel are located in same inclined surface, and driving chain is led along driving wheel, driven wheel, the first directive wheel and second The trapezoidal motion track constituted to wheel rotates.

Preferably, the handbag mechanism includes inverted L-shaped hanging plate, flexible connecting member, transverse slat and hook, in the inverted L-shaped The idler wheel that hanging plate upper end setting one is matched with the directive slide track, the flexible connecting member setting are mounted in the inverted L-shaped The lower end of plate, the transverse slat setting are arranged on transverse slat in flexible connecting member lower end, the upper end of the hook.

Further, the flexible connecting member is chain or drawstring.

Preferably, the protective plate positioned at the conveyer belt two sides is provided on the support baseboard, in inclination branch A chain protective cover plate is respectively set in the front and rear sides of support.

Preferably, the supporting leg includes locating rod and sliding sleeve, and the lower end of the locating rod is fixed at support bottom On plate, the upper end of the locating rod is nested in sliding sleeve lower end, the lower end of sliding sleeve be provided with it is several it is equidistant on The first positioning hole of lower distribution, the second location hole that setting one is matched with first positioning hole in the upper end of the locating rod, one Bolt is inserted into the connection of realization locating rod and sliding sleeve after first positioning hole and second location hole.

The beneficial effects of the utility model are: the utility model structure is simple, overall design is novel, compact-sized, processing Consumptive material is few, and purchase cost is low, maintenance convenience, easy to repair；Worker and woven bag touch opportunity are few, reduce injured probability； After hook is manually hung on woven bag bottom, hook is linked up at the left end of inclined shore frame with the movement of driving chain Woven bag can be lifted, to realize bag weaved handstand, the beer bottle in woven bag under gravity, from woven bag Inside skid off, to complete bottle inversion work, bag weaved handstand work thus greatly reduces labor intensity without manually participating in, Then it can help to improve bottle inversion working efficiency；In the left end of inclined shore frame, woven bag is sent out during handstand with gear bag bar Raw collision, gear bag bar collide with woven bag, have effect of vibration to the beer bottle in woven bag, so that it is rapid to be conducive to beer bottle It is skidded off out of woven bag；Transverse slat is connected by flexible connecting member with inverted L-shaped hanging plate, flexible connecting member deformation with higher Ability makes it smoothly be hung on woven bag bottom so that being conducive to staff operates hook, meanwhile, it is flexible when hanging operation Connector can very good solution woven bag and hook unsynchronized revolution problem so that worker, which will link up with, is smoothly hung on woven bag bottom Portion；The height of inclined shore frame can be adjusted by supporting leg, consequently facilitating suitable bottle inversion height is obtained, so that beer bottle was both It is easy to skid off out of woven bag, and reduces mutual impact strength between beer bottle to the greatest extent.

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 this The part preferred embodiment of 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 overall structure diagram of the utility model；

Fig. 2 is that driving wheel and driven wheel tilt distribution schematic diagram on support baseboard；

Fig. 3 is second of the specific embodiment schematic diagram for keeping off bag bar and being distributed on support rod；

Fig. 4 is handbag component structure diagram；

Fig. 5 is enlarged drawing at A in Fig. 1；

Fig. 6 is the first movement locus schematic diagram that driving wheel and driven wheel constitute driving chain operation；

Fig. 7 is driving wheel, the first directive wheel, driven wheel, the second directive wheel constitute second of movement that driving chain is run Track schematic diagram；

Fig. 8 is enlarged drawing at B in Fig. 1；

In figure: 1 support baseboard, 21 inclined shore framves, 211 supporting legs, 2111 support rods, 2112 sliding sleeves, 2113 positioning Bar, 2114 first positioning holes, 2115 bolts, 212 protective plates, 213 support plates, 2131 through slots, 2132 fixed trunnions, 22 drivings Motor, 221 speed reducers, 23 driving wheels, 24 driven wheels, 241 support shafts, 242 locking nuts, 243 tensioning bolts, 25 transmission chains Item, 251 anti-off boards, 252 hanging plates, 26 directive slide tracks, 261 mounting section sliding rails, 262 only hang section sliding rail, 27 handbag components, 271 inverted Ls Shape hanging plate, 272 idler wheels, 273 flexible connecting members, 274 transverse slats, 275 hooks, 31 conveyer belts, 4 control cabinets, 41 switch gates, 42 are opened Dynamic button, 43 scram buttons, 44 stop buttons, 5 gear bag bars, 51 pusher cylinders, 52L shape bracket, 53 photoelectric detection switch, 101 First directive wheel, 102 second directive wheels.

Specific embodiment

Below in conjunction with specific embodiments and drawings 1-8, to the technical scheme in the embodiment of the utility model carry out it is clear, It being fully described by, it is clear that described embodiment is only a part of preferred embodiment of the utility model, rather than whole Embodiment.Those skilled in the art can do similar deformation without prejudice to the utility model connotation, therefore this is practical It is novel to be not limited by the specific embodiments disclosed below.

The utility model provides a kind of automatic bottle pouring machine of chain conveying-type (as shown in Figure 1), including support baseboard 1, follows Ring hoisting mechanism, conveying mechanism and control cabinet 4, the support baseboard 1 is horizontally disposed, and the circularly enhancing mechanism includes inclination branch Support 21, driving motor 22, driving wheel 23, driven wheel 24, driving chain 25, directive slide track 26 and handbag mechanism 27, it is described to incline Bearing diagonal frame 21 is arranged on the support baseboard 1 by several supporting legs 211, and inclined shore frame 21 is in right low left high state point Cloth, in this embodiment, to be conveniently adjusted the whole height of inclined shore frame 21, here, it is adjustable to have supporting leg 211 Save function, specific embodiment are as follows: the supporting leg 211 includes locating rod 2113 and sliding sleeve 2112, the locating rod 2113 lower end is fixed on support baseboard 1, and the upper end of the locating rod 2113 is nested in 2112 lower end of sliding sleeve, The lower end of sliding sleeve 2112 is provided with several equidistant first positioning holes 2114 being distributed up and down, in the locating rod 2113 One second location hole that is matched with first positioning hole 2114 of upper end setting, a bolt 2115 insertion 2114 He of first positioning hole The connection that locating rod 2113 and sliding sleeve 2112 are realized after second location hole, by mobile sliding sleeve 2112 in locating rod Realize 21 height adjustment of inclined shore frame in 2113 position.

In 21 left end of inclined shore frame, the driven wheel 24 is arranged in the inclined shore for the setting of driving wheel 23 21 right end of frame, and the upper plane of the driving wheel 23 and driven wheel 24, the tilt angle on inclined shore frame 21 is identical, described The left end of the inclined shore frame 21 is arranged in driving motor 22, and driving motor 22 can drive driving wheel 23 to rotate, at this In specific embodiment, driving motor 22 drives driving wheel 23 to rotate by a speed reducer 221, and the driving chain 25 is nested in institute It states on driving wheel 23 and driven wheel 24, in practical applications, the motion profile of driving chain 25 can be in slotted hole as shown in Figure 6 Shape, it is perhaps triangular in shape as shown in fig. 1 or trapezoidal as shown in Figure 7, when slotted hole is selected in the track of driving chain 25 When shape track, directly driving chain 25 is nested on driving wheel 23 and driven wheel 24；When the track of driving chain 25 is selected When with triangular trajectory, here, being located at first guiding in 23 front of driving wheel in the left end of the inclined shore frame 21 setting one Wheel 101, and the first directive wheel 101 is located in same inclined surface with driving wheel 23, driving chain 25 is along driving wheel 23, driven wheel 24 and first directive wheel 101 constitute triangular motion track rotation；When trapezoidal track is selected in the track of driving chain 25, This is located at the second of 24 front of driven wheel in the right end setting one of the inclined shore frame 21 on the basis of triangular trajectory Directive wheel 102, and the second directive wheel 102 is located in same inclined surface with driven wheel 24, driving chain 25 along driving wheel 23, from The trapezoidal motion track rotation that driving wheel 24, the first directive wheel 101 and the second directive wheel 102 are constituted passes in this embodiment The motion profile of dynamic chain 25 selects triangular motion track as shown in Figure 1.After 25 long-play of driving chain, it can go out Existing a degree of loose phenomenon, for the rate of tension for being conveniently adjusted driving chain 25, here, on the right side of the inclined shore frame 21 There are two the support plates 213 being distributed up and down for end setting, and a perforation for running through end face is respectively provided in each described support plate 213 Slot 2131, the upper and lower ends of the support shaft 241 of the driven wheel 24 are nested with respectively in two through slots 2131, driven wheel 24 The upper and lower ends of support shaft 241 are respectively provided with a locking nut 242, are respectively provided with one and locking nut in each support plate 213 242 are relatively fixed trunnion 2132, and a tensioning is nested on each described fixed trunnion 2132 and adjusts bolt 243, and The tight front end for adjusting bolt 243 presses against on corresponding locking nut 242, when needing to be tensioned driving chain 25, passes through rotation Turn tensioning and adjust bolt 243, so that support shaft 241 is mobile, can realize that tensioning is adjusted.To prevent sundries from dropping into driving chain On 25, in order to avoid the normal operation of driving chain 25 is influenced, here, being respectively set one in the front and rear sides of the inclined shore frame 21 Chain protective cover plate 212.

The anti-off board 251 being distributed along 25 motion profile of driving chain is provided on the inclined shore frame 21, And anti-off board 251 is located at the lower section of driving chain 25, anti-off board 251 is for preventing driving chain 25 from dragging in the process of running Chain phenomenon, the directive slide track 26 are arranged on the inclined shore frame 21 along the motion profile of the driving chain 25, and Directive slide track 26 is located at 25 outside of driving chain, the movement of anti-off board 251 and directive slide track 26 distribution trajectory and driving chain 25 Track is corresponding, directive slide track 26 divide for mounting section sliding rail 261 and only hang section sliding rail 262, stop hang section sliding rail 262 be located at from 24 outside of driving wheel, is provided with the hanging plate 252 of several equidistantly distributeds on the driving chain 25, on mounting section sliding rail 261, The front end of hanging plate 252 is overlapped on directive slide track 26, is only hung on section sliding rail 261, front end and the directive slide track 26 of hanging plate 252 divide From several handbag mechanisms 27 are hung on the directive slide track 26, and on mounting section sliding rail 262, hanging plate 252 can be pushed and be mentioned Bag mechanism 27 is slided along mounting section sliding rail 262, in this embodiment, 27 specific embodiment of handbag mechanism are as follows: described Handbag mechanism 27 includes inverted L-shaped hanging plate 271, flexible connecting member 273, transverse slat 274 and hook 275, in the inverted L-shaped hanging plate The idler wheel 272 that 271 upper ends setting one is matched with the directive slide track 26, the flexible connecting member 273 are arranged in the inverted L-shaped The lower end of hanging plate 271, the setting of transverse slat 274 are arranged in 273 lower end of flexible connecting member, the upper end of the hook 275 in cross On plate 274, in this embodiment, flexible connecting member 273 can be chain or drawstring.

Conveying mechanism includes conveyer belt 31 and feeder motor, and the conveyer belt 31 is arranged on the support baseboard 1, and defeated The lower section for sending band 31 to be located at the front side of driving chain 25, feeder motor be arranged on support baseboard 1, and feeder motor can drive it is defeated Band 31 is sent to rotate, in actual application, conveyer belt 31 is used to convey the woven bag equipped with beer bottle for needing to be hung upside down, and is Prevent beer bottle in woven bag from skidding off from conveyer belt 31, here, being provided on the support baseboard 1 positioned at the conveyer belt The protective plate of 31 two sides.

The control cabinet 4 is arranged on the support baseboard 1, controller is provided in the control cabinet 4, in control cabinet It is provided with start button 42, stop button 44 and scram button 43 on the outside of 4 switch gate 41, it is controller and driving motor 22, defeated Power transmission machine, start button 42, stop button 44 are connected with scram button 43, after start button 42 is pressed, 22 He of driving motor Feeder motor starts running, and after stop button 44 is pressed, driving motor 22 and feeder motor shut down, and scram button 43 is pressed Afterwards, the power supply of entire bottle pouring machine will be cut off.

In actual application, at the left end that woven bag runs to inclined shore frame 21 after, woven bag is in complete Handstand state, the beer bottle in woven bag under gravity, can skid off, but sometimes, because of beer out of woven bag Bottle is tight in the comparison of woven bag internal plug, after woven bag is stood upside down, it may appear that the phenomenon that beer bottle does not skid off, prolonged In bottle inversion work, for the reliability for improving bottle inversion, here, in the two supporting legs 211 for being located at 21 left end of inclined shore frame Left side is respectively provided with a support rod 2111, a gear bag bar 5 is arranged on two support rods 2111, further, at each A pusher cylinder 51, movable end and the gear bag bar 5 of the telescopic rod of the pusher cylinder 51 are respectively provided on the support rod 2111 Respective end connection is arranged a L bracket 52 on gear bag bar 5, a photoelectric detection switch is arranged in the L bracket 52 53, the photoelectric detection switch 53 is connected with the controller, and photoelectric detection switch 53 is used to detect the woven bag to be stood upside down, After the woven bag equipped with beer bottle moves to the left end of inclined shore frame 21 (at this point, woven bag is in complete handstand state), With continuing to run for woven bag, woven bag will be detected that photoelectric detection switch 53 will test letter by photoelectric detection switch 53 Number controller is passed to, after controller receives signal, then will start the operation of pusher cylinder 51, so that gear bag bar 5 goes collision to compile Bag is knitted, after colliding, beer bottle is by a degree of vibration, so as to smoothly skid off out of woven bag.Pusher cylinder 51 The field that bases on practicality in mature technology, in this embodiment, for running relevant reversal valve, gas to pusher cylinder 51 The specific setting installation method of pump is no longer described in detail.

The workflow of the utility model are as follows: the first step, starting driving chain 25 and conveyer belt 1；Second step, with conveying With 1 operation, staff one by one places the woven bag for filling beer bottle on the conveyor belt；Third step, when woven bag with When conveyer belt 1 is moved near the right end of inclined shore frame 21, staff cuts open the front end of woven bag first with cutter (generally cut open be woven bag be directed toward running direction of conveyor belt one end), then, will be located at only hang section sliding rail 261 on handbag Hook 275 on component 27 is articulated on the not opening one end of woven bag；4th step, the woven bag mounted by hook 275 with Conveyer belt 1 continues to run to the left end of inclined shore 21, in the process of running, when idler wheel 272 runs to the extension of directive slide track 26 After on stage sliding rail 262, hanging plate 252 can be pushed idler wheel 272, with the movement of driving chain 25 with driving chain 25 continuous movement, one end that woven bag is mounted gradually are elevated；5th step moves to inclined shore frame 21 when woven bag Behind left end, woven bag is in complete handstand state, at this point, beer bottle starts to skid off out of woven bag, in the promotion of hanging plate 252 Under, woven bag continues to move, and during the motion, after photoelectric detection switch 53 detects woven bag, controller starting is pushed Cylinder 51, so that gear bag bar 5 removes collision woven bag, consequently facilitating beer bottle is all poured out in woven bag；6th step, handbag component 27 under the promotion of hanging plate 252, and the woven bag for being finished down beer bottle is taken to the rear side of inclined shore frame 21, at this point, staff Woven bag is removed from hook 275, the whole placement of professional etiquette of going forward side by side；7th step removes the handbag component 27 of woven bag in hanging plate 252 Drive under continue to run, when handbag component 27 move to directive slide track 26 only hang section sliding rail 261 at when, hanging plate 252 with mention Bag assembly 27 is detached from, and handbag component 27 only hangs stop motion at section sliding rail 261, is waited and is carried out hanging bag again.

In the utility model, "left", "right", "front", "rear", "upper", "lower" be for facilitating description positional relationship and The relative position of use, therefore cannot function as absolute position and be interpreted as limiting of its scope.

Except for the technical features described in the specification, it all is technically known to those skilled in the art.

The above combination attached drawing is described above in detail preferred embodiments of the present invention and embodiment, but this is practical It is novel to be not limited to the above-described embodiment and examples, for those skilled in the art, do not departing from Under the premise of the utility model is conceived, several improvements and modifications can also be made, these improvements and modifications also should be regarded as practical Novel protection scope.

Claims (10)

1. a kind of automatic bottle pouring machine of chain conveying-type, including support baseboard, the support baseboard is horizontally disposed, characterized in that should The automatic bottle pouring machine of chain conveying-type further includes circularly enhancing mechanism, conveying mechanism and control cabinet, and the circularly enhancing mechanism includes Inclined shore frame, driving motor, driving wheel, driven wheel, driving chain, directive slide track and handbag mechanism, the inclined shore frame It is arranged on the support baseboard by several supporting legs, and inclined shore frame is distributed in right low left high state, the driving wheel is set It sets in inclined shore frame left end, the driven wheel setting is in the inclined shore frame right end, and the driving wheel and driven The upper plane of wheel, the tilt angle on inclined shore frame is identical, and a left side for the inclined shore frame is arranged in the driving motor End, and driving motor can drive driving wheel to rotate, the driving chain is nested on the driving wheel and driven wheel, described The anti-off board being distributed along the driving chain motion profile is provided on inclined shore frame, and anti-off board is located at driving chain Lower section, the directive slide track is arranged on the inclined shore frame along the motion profile of the driving chain, and directive slide track On the outside of driving chain, directive slide track, which is divided into, to be mounted section sliding rail and only hangs section sliding rail, is stopped extension section sliding rail and is located at driven wheel Outside is provided with the hanging plate of several equidistantly distributeds on the driving chain, and on mounting section sliding rail, the front end of hanging plate is overlapped On directive slide track, only hang on section sliding rail, the front end of hanging plate is separated with directive slide track, and several handbag mechanisms are hung on institute It states on directive slide track, on mounting section sliding rail, hanging plate can push handbag mechanism to slide along mounting section sliding rail；

Conveying mechanism includes conveyer belt and feeder motor, and the conveyer belt is arranged on the support baseboard, and conveyer belt is located at The lower section of the front side of driving chain, feeder motor is arranged on support baseboard, and feeder motor can drive conveyer belt to rotate；

The control cabinet is arranged on the support baseboard, controller is provided in the control cabinet, in the switch of control cabinet Outer side of door is provided with start button, stop button and scram button, and controller and driving motor, start button, stop at feeder motor Only button is connected with scram button.

2. the automatic bottle pouring machine of chain conveying-type according to claim 1, characterized in that left being located at the inclined shore frame It is respectively provided with a support rod on the left of the two supporting legs at end, a gear bag bar is set on two support rods.

3. the automatic bottle pouring machine of chain conveying-type according to claim 2, characterized in that on each described support rod One pusher cylinder is set, and the movable end of the telescopic rod of the pusher cylinder is connect with the respective end of gear bag bar, on gear bag bar One L bracket is set, a photoelectric detection switch, the photoelectric detection switch and the controller are set in the L bracket It is connected.

4. the automatic bottle pouring machine of chain conveying-type according to claim 1, characterized in that in the right end of the inclined shore frame It is arranged and is respectively provided with a through slot for running through end face in each described support plate there are two the support plate being distributed up and down, it is described The upper and lower ends of the support shaft of driven wheel are nested with respectively in two through slots, and the upper and lower ends of the support shaft of driven wheel are respectively provided with One locking nut is respectively provided with one in each support plate and is relatively fixed trunnion with locking nut, in each fixation It is nested with a tensioning on trunnion and adjusts bolt, and the front end for being tensioned adjusting bolt presses against on corresponding locking nut.

5. the automatic bottle pouring machine of chain conveying-type according to claim 1, characterized in that in the left end of the inclined shore frame One the first directive wheel being located in front of driving wheel is set, and the first directive wheel and driving wheel are located in same inclined surface, transmission chain Item is rotated along the triangular motion track that driving wheel, driven wheel and the first directive wheel are constituted.

6. the automatic bottle pouring machine of chain conveying-type according to claim 5, characterized in that in the right end of the inclined shore frame One the second directive wheel being located in front of driven wheel is set, and the second directive wheel and driven wheel are located in same inclined surface, transmission chain Item is rotated along the trapezoidal motion track that driving wheel, driven wheel, the first directive wheel and the second directive wheel are constituted.

7. the automatic bottle pouring machine of chain conveying-type according to claim 1, characterized in that the handbag mechanism includes inverted L-shaped Hanging plate, flexible connecting member, transverse slat and hook, in inverted L-shaped hanging plate upper end, setting one is matched with the directive slide track Idler wheel, the flexible connecting member is arranged in the lower end of the inverted L-shaped hanging plate, and the transverse slat is arranged under flexible connecting member The upper end at end, the hook is arranged on transverse slat.

8. the automatic bottle pouring machine of chain conveying-type according to claim 7, characterized in that the flexible connecting member be chain or Drawstring.

9. the automatic bottle pouring machine of chain conveying-type according to claim 1, characterized in that be provided on the support baseboard A chain protective cover plate is respectively set in the front and rear sides of the inclined shore frame in protective plate positioned at the conveyer belt two sides.

10. the automatic bottle pouring machine of chain conveying-type according to claim 1, characterized in that the supporting leg include locating rod and The lower end of sliding sleeve, the locating rod is fixed on support baseboard, and the upper end of the locating rod is nested in sliding sleeve In lower end, the lower end of sliding sleeve is provided with several equidistant first positioning holes being distributed up and down, in the upper of the locating rod The second location hole that end setting one is matched with first positioning hole, a bolt are realized after being inserted into first positioning hole and second location hole The connection of locating rod and sliding sleeve.