A kind of advanceable commodity are peddled device
Technical field
The utility model relates to a kind of commodity and peddles device, and the advanceable that particularly is used on vending machine or the game machine is peddled device.
Background technology
The appearance of vending machine greatly facilitates people's life, at present, there is vending machine miscellaneous on the market, these vending machine structures and function mode are similar in fact, the buyer will expect the commodity in the vending machine, only need coin is knocked down in the vending machine, vending machine just can be sold desired commodity.The extra goods for sale of general storage in this kind vending machine, these article storages for sale are in the storage tank of vending machine, and the size shape of storage tank need design according to the size shape of commodity, thereby causes the storage tank volume too huge.Thereby the shared space of this vending machine is bigger, is unfavorable for putting; In addition, because commodity exist in the storage tank, commodity need specific sale passage and propulsion system just the merchandise transfer in the storage tank can be arrived the client who gives shopping outside the vending machine when selling, the general more complicated of this mode of selling goods, and maintenance is also inconvenient.
Summary of the invention
The utility model institute purpose provides a kind of advanceable commodity and peddles device, have simple and reliable for structure, space hold is little, characteristic of strong applicability.
For achieving the above object, the technical solution of the utility model is: a kind of advanceable commodity are peddled device, comprise drive motor, motor frame, control circuit and gearing, and described drive motor is arranged on the motor frame; Described advanceable commodity are peddled device and are provided with spout and sliding part; Be provided with chute in the described spout, described sliding part is arranged among the chute; Front end extension at described spout is provided with induction part, is provided with fixed part in the rear end of described spout; The rear end of described sliding part is connected with described gearing; Be provided with the feed unit that adjoins each other more than two at the top of described spout; Described feed unit comprises first inclined-plane and blocking part, and described first inclined-plane is higher than the end of described first inclined-plane near fixed part near an end of induction part, and described blocking part is arranged at the end of first inclined-plane near induction part; Be provided with the pushing tow unit that adjoins each other more than two at the top of described sliding part, described pushing tow unit comprises second inclined-plane and pushing part, described second inclined-plane matches with first inclined-plane, described second inclined-plane is consistent with the gradient on first inclined-plane, and described pushing part is arranged at the end of second inclined-plane near the sliding part front end; In described chute, be provided with plural spacing preiection, described spacing preiection is positioned at the below on first inclined-plane, on described spout, be provided with plural sliding eye, described sliding eye is positioned at the below on second inclined-plane, the length of described sliding eye is greater than the length on first inclined-plane, and described spacing preiection stretches in sliding eye.
In this structure, because the spacing preiection of spout stretches in the sliding eye of sliding part, thereby sliding part can seesaw in the chute of spout.Commodity are suspended on first inclined-plane of feed unit by cord, because the gradient on first inclined-plane, commodity can slide to the minimum point on first inclined-plane, and the minimum point on the blocking part of next feed unit and a last feed unit first inclined-plane is joined, thereby makes the blocking part limit the position of commodity.Sliding part travels forward under the control of gearing, the pushing part of sliding part promotes commodity and travels forward on first inclined-plane, because the length of sliding eye is greater than the length on first inclined-plane, make the pushing part of sliding part release first inclined-plane to commodity, and then make the commodity landing on the inclined-plane of last feed unit.And top unit foremost will be pushed into the commodity on the feed unit foremost induction part, because the angle of induction part and spout is greater than 90 ° and less than 180 °, commodity can be along the induction part landing, commodity break away from will fall outlet after the advanceable commodity are peddled device, the commodity that the client can take and be bought at outlet.
As improvement, described spout is made up of the first symmetrical slide assembly and second slide assembly, is provided with chute in first slide assembly and second slide assembly.The spout of this structure is made up of the first symmetrical slide assembly and second slide assembly, has made things convenient for the production and assembly of product.
As improvement, the minimum point on described first inclined-plane is provided with groove.The commodity that are suspended on first inclined-plane will slide in the groove, make the more effective minimum point that stops at first inclined-plane of commodity.
As improvement, described induction part is provided with the shake-up sensor.Commodity with the shake-up sensor of touch inducing portion, and then make control circuit learn the shipment state of commodity during along the induction part landing.
As improvement, spout is provided with support frame, and described support frame is a metalwork.Owing to hung a plurality of commodity on the spout, in spout, be provided with the metallic support skeleton, guaranteed the bearing capacity of spout.
As improvement, be provided with fixture at an end of described motor frame, described fixture is fixedlyed connected with the motor frame, and the fixed part of described spout is fixedlyed connected with fixture.
As improvement, described gearing comprises eccentric block, transmission rail, first pulley and second pulley, and described transmission rail is provided with rail groove; The rotation axis of described drive motor is fixedlyed connected with an end of eccentric block, the other end of described eccentric block and first pulley are articulated, first pulley stretches in rail groove, one end and the described fixture of transmission rail are articulated, the rear end of described second pulley and sliding part is articulated, and described second pulley stretches in rail groove.Drive motor rotates under the control of control circuit, and the rotation axis of drive motor drives eccentric block and rotates, and eccentric block drives first pulley and moves in rail groove.Because an end and the described fixture of transmission rail are articulated, the transmission rail will be that initial point swings back and forth with the pivoting point under the driving of first pulley, and the transmission rail drives second pulley motion in the rail groove again.Because the rear end of second pulley and sliding part is articulated, can seesaw in the chute at spout at the driving downslide moving part of second pulley.
As improvement, described fixture is provided with the auxilliary bit slice of perpendicular type, and described auxilliary bit slice one end is fixedlyed connected with fixture, and described transmission rail is positioned at the right angle of auxilliary bit slice.Auxilliary bit slice effectively guides and has limited the swing of transmission rail, has guaranteed that described advanceable commodity peddle the accurate work of device.
The beneficial effect that the utility model is compared with prior art brought is:
Can hang a plurality of commodity on spout of the present utility model, it is the shipment device that these advanceable commodity are peddled device, is again the kinds of goods storage apparatus.The shipment mode and the storing mode of automatic vending machine have in the past been changed.And the utility model is simple and reliable for structure, is easy to safeguard.In addition, the utility model applicability is strong, both applicable on the automatic vending machine, also applicable on the amusement machine.
Description of drawings
Fig. 1 is a stereographic map of the present utility model;
Fig. 2 is a cut-open view of the present utility model;
Fig. 3 is a part component drawings of the present utility model;
Fig. 4 is the stereographic map of gearing of the present utility model;
Fig. 5 is the stereographic map of duty of the present utility model.
Embodiment
The utility model is described in further detail below in conjunction with Figure of description.
Shown in Fig. 1 to 4, a kind of advanceable commodity are peddled device, comprise drive motor 1, motor frame 2, control circuit (not shown) and gearing, and described drive motor 1 is fixedly set on the motor frame 2.Wherein, described advanceable commodity are peddled device and are provided with spout 3 and sliding part 4; In the present embodiment, described spout 3 is made up of the first symmetrical slide assembly 3a and the second slide assembly 3b, is provided with chute 31 in the first slide assembly 3a and the second slide assembly 3b, and described sliding part 4 is arranged among the chute 31.Front end extension at described spout 3 is provided with induction part 32, and described induction part 32 is 135 ° with the angle of spout 3, is provided with at described induction part 32 and touches sensor 321.End at described motor frame 2 is provided with fixture 21, and described fixture 21 is fixedlyed connected with motor frame 2, is provided with fixed part 33 in the rear end of described spout 3, and described fixed part 33 is fixedlyed connected with fixture 21.The rear end of described sliding part 4 is connected with described gearing; Be provided with eight feed units that adjoin each other 34 at the top of described spout 3; Described feed unit 34 comprises first inclined-plane 341 and blocking part 342, described first inclined-plane 341 is higher than the end of described first inclined-plane 341 near fixed part 33 near an end of induction part 32, described blocking part 342 is arranged at the end of first inclined-plane 341 near induction part 32, and the minimum point on described first inclined-plane 341 is provided with groove 3411; Be provided with eight pushing tow unit 41 that adjoin each other at the top of described sliding part 4, described pushing tow unit 41 comprises second inclined-plane 411 and pushing part 412, described second inclined-plane 411 matches with first inclined-plane 341, described second inclined-plane 411 is consistent with the gradient on first inclined-plane 341, and described pushing part 412 is arranged at the end of second inclined-plane 411 near sliding part 4 front ends; In described chute 31, be provided with four spacing preiection 35, described spacing preiection 35 is positioned at the below on first inclined-plane 341, on described spout 3, be provided with four sliding eye 42, described sliding eye 42 is positioned at the below on second inclined-plane 411, the length of described sliding eye 42 is greater than the length on first inclined-plane 341, and described spacing preiection 35 stretches in sliding eye 42.
As shown in Figure 4, described gearing comprises eccentric block 5, transmission rail 6, first pulley 7 and second pulley 8, and described transmission rail 6 is provided with rail groove 61; The rotation axis of described drive motor 1 is fixedlyed connected with an end of eccentric block 5, the other end of described eccentric block 5 and first pulley 7 are articulated, first pulley 7 stretches in rail groove 61, one end and the described fixture 21 of transmission rail 6 are articulated, described second pulley 8 is articulated with the rear end of sliding part 4, and described second pulley 8 stretches in rail groove 61.Be provided with the auxilliary bit slice 9 of perpendicular type on described fixture 21, described auxilliary bit slice 9 one ends are fixedlyed connected with fixture 21, and described transmission rail 6 is positioned at the right angle of auxilliary bit slice 9.
As shown in Figure 3, be provided with metallic support skeleton 10 in spout 3, this metallic support skeleton 10 has guaranteed the bearing capacity of spout 3.
Principle of work of the present utility model is as follows:
In present embodiment, because the spacing preiection 35 of spout 3 stretches in the sliding eye 42 of sliding part 4, thereby sliding part 4 can seesaw in the chute 31 at spout 3 under the control of gearing.Commodity are suspended on first inclined-plane 341 of feed unit 34 by cord, because the gradient on first inclined-plane 341, commodity can slide to the minimum point on first inclined-plane 341, and the blocking part 342 of next feed unit 34 joins with the minimum point on a last feed unit 34 first inclined-planes 341, thereby make blocking part 342 limit the position of commodity, and the minimum point on first inclined-plane 341 is provided with groove 3411, and commodity are suspended in the groove 3411.Drive motor 1 rotates under the control of control circuit, and the rotation axis of drive motor 1 drives eccentric block 5 and rotates, and eccentric block 5 drives first pulley 7 and moves in rail groove 61.Because an end and the described fixture 21 of transmission rail 6 are articulated, transmission rail 6 will be that initial point swings back and forth with the pivoting point under the driving of first pulley 7, and transmission rail 6 drives second pulley, 8 motions in the rail groove 61 again.Because second pulley 8 is articulated with the rear end of sliding part 4, can seesaw in the chute 31 at spout 3 at the driving downslide moving part 4 of second pulley 8.In the present embodiment, sliding part 4 travels forward under the control of gearing, the pushing part 412 of sliding part 4 promotes commodity and travels forward on first inclined-plane 341, because the length of sliding eye 42 is greater than the length on first inclined-plane 341, make the pushing part 412 of sliding part 4 release first inclined-plane 341 to commodity, and then make the commodity landing on the inclined-plane of last feed unit 34.And pushing tow unit 41 foremost will be pushed into the commodity on the feed unit 34 foremost induction part 32 (as shown in Figure 5), because induction part 32 is 135 ° with the angle of spout 3, commodity can be along induction part 32 landings, commodity break away from will fall outlet after the advanceable commodity are peddled device, the commodity that the client can take and be bought at outlet.And, the shake-up sensor 321 that commodity can touch inducing portion 32 during along induction part 32 landings, and then make control circuit learn the shipment state of commodity.