CN207008781U

CN207008781U - Feeding mechanism for food vending machine

Info

Publication number: CN207008781U
Application number: CN201720879802.3U
Authority: CN
Inventors: 游本俊
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-19
Filing date: 2017-07-19
Publication date: 2018-02-13
Anticipated expiration: 2027-07-19

Abstract

The utility model proposes a kind of feeding mechanism for food vending machine, and it is arranged at a food vending machine.Feeding mechanism has a support body, a helical orbit and multiple containers.Support body has an outlet cap.Helical orbit is arranged on the support body, and helical orbit lower end adjoining outlet cap.Multiple containers can move along helical orbit.Thus, the utility model can make to set more containers in feeding mechanism, therefore can provide the food of more parts by making container move along the spiral path of helical orbit.

Description

Feeding mechanism for food vending machine

Technical field

A kind of automation feeding device is the utility model is related to, it is more particularly to a kind of to be used in food vending machine supply raw material Feeding device.

Background technology

There is a storage space, the storage space is used to deposit food, food materials in the food vending machine of prior art.Citing For, the food vending machine has multiple helical form bodies of rod, and the helical form body of rod is towards consumer horizontal-extending, and is bought to resell The food or food materials sold are packaged into portion and are sandwiched in or be hung on wherein on a helical form body of rod.When the helical form body of rod rotates Just food thereon or food materials can be driven to be moved to exit, finally by being dropped on the helical form body of rod.

However, it is limited to place the structure (the helical form body of rod as the aforementioned) of food or food materials in existing storage space, The food or the spacing of food materials respectively packed are larger, the negligible amounts that can be accommodated, and cause the number that can sell limited.

In view of this, a kind of more preferably improving countermeasure is proposed, it is this industry urgent problem to be solved.

Utility model content

Main purpose of the present utility model is, proposes a kind of feeding mechanism, and it is arranged in a food vending machine, and its More part food can swimmingly be supplied.

For the above-mentioned purpose, the feeding mechanism that the utility model is proposed has：

One support body, it has a pedestal, and the pedestal runs through up and down an outlet；

One helical orbit, it is arranged on the support body, and the helical orbit lower end abuts the outlet of the pedestal；And

Multiple containers, it can be moved along the helical orbit, and the food materials are positioned in the container.

Therefore, the utility model has the advantage of by making container be moved along the spiral path of helical orbit, confession can be made Answer and more containers are set in device, therefore the food of more parts can be provided.And multiple practicalities can be set in food vending machine New feeding mechanism, supplied food is set to include rich and varied food materials.

It is previously described in the feeding mechanism of food vending machine, the helical orbit has：

Multiple line parts, it is arranged in two rows up and down；And

Multiple rotating parts, its with the line part is interlaced with each other concatenates, and the line part and the common shape of the rotating part Curl.

It is previously described in the feeding mechanism of food vending machine, respectively rotating part of the helical orbit is with least one support Bar, at least a support bar is curved for this, and the end abutment of an at least support bar is in the corresponding line part.

It is previously described in the feeding mechanism of food vending machine：

Respectively line part of at least one of row of the helical orbit has：

One conveying mechanism, its is inclined, and the end abutment of the conveying mechanism is in the corresponding rotating part；And

One drive, it is connected to the side of the conveying mechanism；

The support body has a transmission mechanism, and it has a transmission belt, and the transmission belt drives the straight line of the helical orbit The drive in portion；And

The feeding mechanism also has an actuating unit, and it connects and drives the transmission belt of the transmission mechanism.

It is previously described in the feeding mechanism of food vending machine：

Respectively rotating part of the helical orbit has two gag lever posts, and the container on the rotating part is resisted against the revolution Between two gag lever post in portion；

Respectively line part of the helical orbit has two gag lever posts, and the container on the line part is resisted against the straight line Between two gag lever post in portion；And

Two gag lever post of the rotating part and two gag lever post of the line part it is interlaced with each other concatenation and be collectively forming Helical form.

It is previously described in the feeding mechanism of food vending machine：

Respectively rotating part of the helical orbit is a support bar, and respectively the support bar of the rotating part is curved；

Respectively line part of the helical orbit is also a support bar, and respectively the support bar of the line part is linear；Described time The support bar of transfer part and the support bar of the line part it is interlaced with each other concatenation and be collectively forming helical form；And

Respectively the container has a suspension bracket, and the suspension bracket is connected to the support bar of the rotating part and the line part, and It can be moved on the support bar of the rotating part and the line part.

It is previously described for that also there is a clamping jaw that can clamp the mobile container, the folder in the feeding mechanism of food vending machine Pawl can be moved to the upper end for being adjacent to the helical orbit, and can be moved to outside the outlet for being adjacent to the support body.

It is previously described in the feeding mechanism of food vending machine that also there is a framework, the support body is removably and slidably Ground is arranged at the framework.

It is previously described for also having in the feeding mechanism of food vending machine：

One entrance mechanism, its upper end for being fixedly arranged on the framework and being adjacent to the helical orbit；And

One can clamp the clamping jaw of the mobile container, and the clamping jaw is movably arranged at the framework, and the clamping jaw can move Move to being adjacent to the entrance mechanism, and can be moved to outside the outlet for being adjacent to the support body.

It is previously described in the feeding mechanism of food vending machine：

The entrance mechanism has a first gear, and it is located at one end that the helical orbit is adjacent on the entrance mechanism；

The top of the helical orbit has a conveying mechanism, and a second gear is arranged at the top of the helical orbit The conveying mechanism side, the second gear is located at one end that the entrance mechanism is adjacent on the conveying mechanism, and enters with this The first gear of mouth mechanism keeps an interval；And

The feeding mechanism also has another actuating unit, and it is arranged at the framework, and has a power gear；The power teeth The side of wheel is engaged in the first gear, and opposite side is separably engaged in the second gear.

Brief description of the drawings

Fig. 1 is the schematic diagram that the utility model is installed in food vending machine.

Fig. 2 is schematic side view of the present utility model.

Fig. 3 is part isometric schematic diagram of the present utility model.

Fig. 4 is for support body of the present utility model with frame from the schematic diagram after separating.

Fig. 5 is the schematic perspective view of support body of the present utility model.

Fig. 6 is the diagrammatic cross-section of support body of the present utility model.

Fig. 7 is the schematic diagram that container of the present utility model is arranged at helical orbit.

Fig. 8 A are the schematic diagram that power gear of the present utility model engages with conveying mechanism and entrance mechanism.

Fig. 8 B are the schematic diagram that conveying mechanism of the present utility model separates with power gear.

Fig. 9 A are the schematic diagram of container of the present utility model and rotating part.

Fig. 9 B are the schematic top plan view of the helical orbit of another embodiment of the utility model.

Fig. 9 C are the container of the utility model another embodiment and the schematic diagram of rotating part.

Fig. 9 D are the container of the another embodiment of the utility model and the schematic diagram of rotating part.

Description of reference numerals：

The framework of 1 feeding mechanism 10

The support body of 11 platform 20

The outlet cap of 21 pedestal 23

The transmission mechanism of 24 column 25

The helical orbit of 253 transmission belt 30

The conveying mechanism of 31 line part 311

312 drive 312A second gears

The rotating part of 313 gag lever post 32

The gag lever post of 321 support bar 322

The power gear of 52 second actuating unit 520

The conveyer belt of 60 entrance mechanism 61

The clamping jaw of 62 first gear 70

A gearshifts.

Embodiment

Referring first to Fig. 1, Fig. 2, Fig. 5 and Fig. 7.The utility model proposes a kind of feeding mechanism for food vending machine 1, it is arranged in a food vending machine, and multiple feeding mechanisms 1 can be set in same food vending machine, and in each feeding mechanism Place different food materials in 1, and food materials can be to eat raw or prepared food, the food in abundance for being peddled same food vending machine have various Change.Feeding mechanism 1 simultaneously enters with a framework 10, a support body 20, a helical orbit 30, multiple containers 40, two actuating units, one The clamping jaw 70 of mouth mechanism 60 and one.Wherein, two actuating unit can be one first actuating unit 51 and one second actuating unit 52.

Next referring to Fig. 3 to Fig. 5 and Fig. 7.Support body 20 is removably and slidably arranged at framework 10, helical orbit 30 are fixedly arranged on support body 20, and container 40 is booked on helical orbit 30, and can be moved along helical orbit 30.

Specifically, as shown in figure 4, framework 10 has a platform 11, an opening 110 is formed on platform 11.And support body 20 An outlet cap 23, the multiple columns 24 and one of the outlet are closed with a pedestal 21, the outlet of multiple rollers 22, one and selectivity Transmission mechanism 25.Outlet runs through pedestal 21 up and down, and outlet cap 23, roller 22, column 24 and transmission mechanism 25 are arranged at pedestal 21.Wherein, outlet cap 23 connects a power set, and the power set driving horizontal sliding of outlet cap 23, Open from This Side or closing The outlet.Roller 22 protrudes from the bottom surface of pedestal 21 (as shown in Figure 6), and thus support body 20 can be by roller 22 in the platform of framework 10 Moved on 11, in order to dismantle and installation frame body 20.

In other embodiment, roller 22 can be not provided with support body 20, but set respectively on support body 20 and framework 10 Groups of slide rail and sliding block are equipped with, therefore can equally reach makes support body 20 be easy to the purpose dismounted in framework 10.In other examples In, framework 10 can not have platform 11, but have framework or track, and support body 20 can slide on the framework or track of framework 10 Dismounting.

In other embodiment, support body 20 and helical orbit 30 also can be set to can not by being dismantled in framework 10, but Whole framework 10 can be by dismantling on food vending machine, therefore support body 20 can not have roller 22, but has roller in framework 10 Or slide rail or sliding block.

When support body 20 is installed on platform 11, outlet cap 23 is right against the opening 110 of platform 11.Then please also refer to Fig. 6.Transmission mechanism 25 has one first wheel body 251, one second wheel body 252 and a transmission belt 253.In the present embodiment, first Wheel body 251 is a spur gear, and transmission belt 253 is a chain and is arranged the first wheel body 251 and is engaged with the first wheel body 251.

Next referring to Fig. 2, Fig. 3 and Fig. 7.Helical orbit 30 is fixedly arranged on support body 20 and is set around the column 24, spiral shell Revolve the spiral path of 30 definable of track one.Container 40 is movably arranged on helical orbit 30 and moved along spiral path.Spiral shell Revolve outlet and the outlet cap 23 of track 30 lower end adjoining support body 20, and container 40 be moved to the bottom of helical orbit 30 after can stop On outlet cap 23, subsequent outlet cap 23, which is opened, to be made container 40 by the outlet of support body 20 and the opening of framework 10 and falls downwards Fall.

Helical orbit 30 has multiple line parts 31 and multiple rotating parts 32,32 string interlaced with each other of line part 31 and rotating part Connect to be collectively forming helical form and form the spiral path.In the present embodiment, line part 31 extends obliquely out and the water of rotating part 32 Flat extension is horizontal-extending but it is also possible to be line part 31 and rotating part 32 extends obliquely out, or line part 31 and rotating part 32 it is all oblique To extension.In the present embodiment, the top of helical orbit 30 is a wherein line part 31, and bottom is wherein single-revolution portion 32.

Line part 31 is arranged above and below into two rows, and the line part 31 of each two row is parallel and is spaced, and respectively positioned at described The both sides of column 24.Each 31 inclined extension of line part, and the incline direction of line part 31 of two rows is opposite.The end of each line part 31 Portion is adjacent to corresponding rotating part 32.In the present embodiment, the upper end of the line part 31 of the top in entrance mechanism 60, And its lower end is adjacent to the rotating part 32 positioned at the top；The upper and lower ends of remaining line part 31 are connected to wherein two revolutions Portion 32.

Specifically, each line part 31 of at least one of row has a conveying mechanism 311 and a drive 312, but often Individual line part 31 all has two gag lever posts 313, and the line part 31 of two rows all has conveying mechanism 311 in the present embodiment, but It is not limited, the line part 31 that can only have a row has conveying mechanism 311 and drive 312.Conveying mechanism 311 is driving Container 40 moves.The end abutment of conveying mechanism 311 is in corresponding rotating part 32 and inclined extension.In the present embodiment, Positioned at the top conveying mechanism 311 upper end in entrance mechanism 60, and its lower end is adjacent to the revolution positioned at the top Portion 32；The upper and lower ends of remaining conveying mechanism 311 are connected to wherein two rotating parts 32.In the present embodiment, conveying mechanism 311 can have a conveyer belt, but be not limited, such as can also have multiple rollers.

Please also refer to Fig. 5 and Fig. 6.Drive 312 is connected to the side of conveying mechanism 311.Specifically, that respectively arranges is straight The drive 312 in line portion 31 is connected to the side for being adjacent to the line part 31 of another row, and the drive 312 of two row's line parts 31 It is all in the same plane.Each drive 312 is all spur gear, and is engaged with the transmission belt 253 of transmission mechanism 25.In this implementation In example, wherein the drive 312 of the line part 31 of a row is sheathed in transmission belt 253, and the interior of transmission belt 253 is engaged in Side, the drive 312 of the line part 31 of another row are then engaged in the outside of transmission belt 253.Therefore, transmission belt 253 drives transmission Wheel 312 rotates, and the drive 312 of two row's line parts 31 rotates towards different directions respectively, and then makes conveying mechanism 311 with difference Direction transport box 40.

First actuating unit 51 is fixedly arranged on framework 10 and could be detachably connected to transmission mechanism 25；But in other embodiment First actuating unit 51 may also set up in support body 20 and remain attached to transmission mechanism 25.Specifically, in the present embodiment, first Actuating unit 51 has a third round body 510, and third round body 510 is connected with the second wheel body 252 of transmission mechanism 25 to drive Two wheel bodys 252 rotate, and the second wheel body 252 drives the first wheel body 251 to rotate again.In the present embodiment, the second wheel body 252 and the 3rd Wheel body 510 is all a bevel gear and is intermeshed and the transmission belt 253 of energy drive transmission device 25.In other embodiment, pass The third round body of second wheel body of motivation structure 25 and the first actuating unit 51 can be belt pulley, and is driven by a band body；First Actuating unit 51 can have a worm screw, and the second wheel body of transmission mechanism 25 or can be worm gear, can equally reach make it is first dynamic Force mechanisms 51 drive the purpose of transmission mechanism 25.

Two gag lever posts 313 of line part 31 linearly, parallel to conveying mechanism 311 and positioned at the both sides of conveying mechanism 311 Top.The spacing of two gag lever posts 313 is more than the width of container 40, and the difference in height between gag lever post 313 and conveying mechanism 311, which is less than, to be held The height of device 40, thus container 40 when conveying is moved on structure 311 and moved can by and be resisted against two gag lever posts 313 of line part 31 Between and will not be by laterally dropping.The end of two gag lever posts 313 of line part 31 is adjacent to the end of rotating part 32.

Next referring to Fig. 3, Fig. 6, Fig. 7 and Fig. 9 A.Relative to line part 31, rotating part 32 is also arranged above and below into two rows, And the column 24 is located at this two flows back between transfer part 32.Wherein, extend obliquely positioned at one end of the rotating part 32 of bottom, and The outlet cap 23 of the end abutment support body 20 of the one end, and the other end is adjacent to the line part 31 positioned at bottom；Remaining revolution Portion 32 extends horizontally revolution, and one end is adjacent to the lower end of the wherein line part 31 of a wherein row for two row's line parts 31, And the other end of each rotating part 32 is adjacent to the upper end of the wherein line part 31 of wherein another row of two row's line parts 31.By This, line part 31 and rotating part 32 are collectively forming helical form.

Specifically, each rotating part 32 has an at least support bar 321 and two gag lever posts 322, an at least support bar 321 and Two gag lever posts 322 are curved.Container 40 is movably housed between the gag lever post 322 of support bar 321 and two.

The container 40 in portion 32 is located at turn around downwardly against at least on a support bar 321.The support bar of each rotating part 32 321 end abutment is in corresponding line part 31.In the present embodiment, positioned at the support bar 321 of the rotating part 32 of bottom One end abuts the outlet cap 23 of support body 20, and the other end is adjacent to the line part 31 positioned at bottom；Remaining rotating part 32 is at least One support bar 321 extends horizontally, and one end is adjacent to the lower end of a wherein line part 31 for wherein row's line part 31, support The other end of bar 321 is adjacent to the upper end of a wherein line part 31 for wherein another row's line part 31.In the present embodiment, at least The quantity of one support bar 321 is two, and two support bars 321 are spaced, and the width for being smaller than container 40 of two support bars 321 Degree, therefore container 40 will not drop between two support bars 321.

Similarly, in embodiment of the line part 31 without conveying mechanism 311, line part 31 can be with least one support Bar, then the container 40 on line part 31 is downwardly against the enterprising line slip of support bar in line part 31.In the present embodiment, The support bar 321 of rotating part 32 forms one respectively with staggered concatenate of support bar of line part 31, but is not limited, Multistage separately can be divided into.

The end of two gag lever posts 322 of rotating part 32 is adjacent to the top of the end of line part 31, and two gag lever posts 322 Spacing is more than the width of container 40, and the difference in height between gag lever post 322 and support bar 321 is less than the height of container 40, therefore container 40 can be by between two gag lever posts 322 of rotating part 32 and will not be by laterally dropping when being moved on support bar 321.In this implementation In example, two gag lever posts 322 of rotating part 32 and two gag lever posts, 313 staggered concatenate of line part 31 and form one respectively, but It is not limited, also separately can be divided into multistage.In other words, gag lever post 322 and gag lever post 313 be collectively forming it is inside and outside side by side Two helical forms.

In a food materials can be held in container 40 quantitatively to be supplied.In the present embodiment, container 40 is cup-shaped, and has There are multiple holes, hole can be distributed in the side wall of container 40, also can further be distributed in the bottom wall of container 40.

As shown in Figure 9 B, in other embodiment, helical orbit 30A can have multigroup phase line part 31A side by side and return Transfer part 32A, and mutually line part 31A side by side and rotating part 32A can share gag lever post 313A or gag lever post 322A.The straight line of each group Portion 31A and rotating part 32A are adjacent, therefore form the spiral path of multiple phases side by side.In addition, helical orbit 30B line parts and Rotating part is not limited to horizontal Tile, can also interlock side by side up and down (as shown in Figure 9 C).Thus, same feeding mechanism can be in multiple spiral shells Rotation sets different food materials to be supplied respectively on path.

As shown in fig. 9d, in other embodiment, helical orbit 30C can only have a support bar 321C.Specifically, directly Line portion and rotating part are all a support bar 321C, and the support bar 321C positioned at line part is linearly located at turn around the support bar in portion 321C is curved.Positioned at line part support bar 321C be located at turn around staggered concatenate of support bar 321C in portion and curl And form one.Correspondingly, container 40C has a suspension bracket 41C in this embodiment, and suspension bracket 41C connections are located at support bar 321C On, therefore container 40C is hung under support bar 321C and can moved along support bar 321C.

Next referring to Fig. 3, Fig. 4, Fig. 8 A and Fig. 8 B.Entrance mechanism 60 is fixedly arranged on framework 10 and is adjacent to helical orbit 30 upper end.In the present embodiment, entrance mechanism 60 has a conveyer belt 61 and a first gear 62.The end of conveyer belt 61 is adjacent The upper end of helical orbit 30 is connected to, and first gear 62 is located at the side of conveyer belt 61 and is adjacent to helical orbit 30.Spiral track The top in road 30 is line part 31, and the drive 312 of the line part 31 is a second gear 312A, and it is located at the line part Side on 31 conveying mechanism 311 and one end that entrance mechanism 60 is adjacent on the conveying mechanism 311.Second gear The first gear 62 of 312A and entrance mechanism 60 keeps an interval.

Second actuating unit 52 is arranged at framework 10, and has a power gear 520；The side engagement of power gear 520 In first gear 62, opposite side is separably engaged in second gear 312A.Thus, when the second actuating unit 52 is run, power Gear 520 drives first gear 62 and second gear 312A to turn in the same direction, therefore entrance mechanism 60 and conveying mechanism 311 Can be towards a direction transport box 40.

Next referring to Fig. 2.Clamping jaw 70 is arranged at framework 10, and up and down and can move left and right, and can be with its length direction For axis of rotation.Specifically, clamping jaw 70 is movable to outside the outlet for being adjacent to support body 20, and is movable to and is adjacent to spiral Track 30, the entrance mechanism 60 of adjacent helical orbit 30 is moved in the present embodiment.

In the present embodiment, food vending machine has a gearshift A (as shown in Figure 2), and it is arranged in framework 10 simultaneously Outside the outlet of support body 20.When the outlet cap 23 of support body 20 is opened, and the opening 110 that container 40 passes through framework 10 removes support body It after 20, can be conveyed from gearshift A to clamping jaw 70, and convey and can be heated cooked simultaneously, then clamped again by clamping jaw 70.Work as folder During 70 holding vessels 40 of pawl, the food materials in container 40 can be poured out by rotating, then again by container 40 move and be positioned over into Mouth mechanism 60.

In other embodiment, clamping jaw 70 can move or extend to the underface that support body 20 exports and directly grip container 40.Can not have entrance mechanism 60 in his embodiment, and the upper end of helical orbit 30 can stretch out, therefore clamping jaw 70 can incite somebody to action Container 40 is placed directly in the upper end of helical orbit 30.

In summary, when feeding mechanism 1 of the present utility model is run, the outlet cap 23 of support body 20 first is opened, and is connected The first actuating unit 51 for being connected to the transmission mechanism 25 of support body 20 starts, and drives the conveying mechanism 311 of helical orbit 30 to start Transport box 40, container 40 is set to be moved along spiral path to the opening 110 of framework 10.When the container 40 positioned at bottom is by opening After mouth 110, transmission mechanism 25 and conveying mechanism 311 are out of service, and the gripping of clamping jaw 70 passes through the container 40 of opening 110, and Food materials in the container 40 are poured out, then moves the container 40 and is positioned on entrance mechanism 60.

In addition, when the first actuating unit 51 of the transmission mechanism 25 for being connected to support body 20 starts, entrance mechanism is connected to 60 the second actuating unit 52 also starts simultaneously, and another container 40 for being originally placed on entrance mechanism 60 is moved into spiral track Road 30.In other words, another container 40 is had when a container 40 removes helical orbit 30 and moves into helical orbit 30, make helical orbit Container 40 is booked on 30, and allows each container 40 to abut against each other and gapless, and other containers 40 can be helped by weight to opening 110 movements.

, can be by the support body 20 of feeding mechanism 1 and helical orbit 30 from frame after food materials supply in all containers 40 Pulled down on body 10, to be cleaned or supplemented the container 40 for being contained with food materials.Due to actuating unit 51 and 52, entrance mechanism 60 etc. All it is disposed in framework 10, and only there is helical orbit 30 and container 40 on support body 20, regular dismounting is needed with lightweight Partly.In other words, the transmission mechanism 25 of support body 20 can separate with the first actuating unit 51 connected, and helical orbit 30 is most upper The conveying mechanism 311 at end can separate with the actuating unit 52 of entrance mechanism 60 and second.

In other embodiment, feeding mechanism can not have entrance mechanism 60, and also not having can be in entrance mechanism 60 and frame The clamping jaw 70 moved between the opening of body 10 110, and the empty container 40 supplied after food materials is stacked storage.Therefore all containers 40 are worked as All containers 40 can be once removed after interior food materials supply.In other words, in this embodiment, the appearance on helical orbit 30 Device 40 can gradually decrease with running.

Therefore, the utility model can make feeding mechanism 1 by moving spiral path of the container 40 along helical orbit 30 It is interior that more containers 40 are set, therefore the food of more parts can be provided.In addition, the utility model is also by helical orbit 30 Conveying mechanism 311, container 40 swimmingly can be moved on helical orbit 30；And helical orbit 30 is installed in and can torn open from framework 10 The support body 20 unloaded, therefore replacement, adding container 40 and cleaning helical orbit 30 are more convenient.And it can be set in food vending machine more Individual feeding mechanism 1, supplied food is set to include rich and varied food materials.

Described above is only preferred embodiment of the present utility model, and any formal limit is not done to the utility model System, although the utility model is disclosed as above with preferred embodiment, it is not limited to the utility model, any affiliated technology Technical staff in field, in the range of technical solutions of the utility model are not departed from, when in the technology using the disclosure above Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model Hold, any simple modification, equivalent change and modification made according to the technical essence of the utility model to above example, still Belong in the range of technical solutions of the utility model.

Claims

A kind of 1. feeding mechanism for food vending machine, it is characterised in that a food vending machine is arranged to supply food materials, and Have：

One support body, it has a pedestal, and the pedestal runs through up and down an outlet；

One helical orbit, it is arranged on the support body, and the helical orbit lower end abuts the outlet of the pedestal；And

Multiple containers, it can be moved along the helical orbit, and the food materials are positioned in the container.
2. it is used for the feeding mechanism of food vending machine as claimed in claim 1, it is characterised in that the helical orbit has：

Multiple line parts, it is arranged in two rows up and down；And

Multiple rotating parts, its with the line part is interlaced with each other concatenates, and the line part and the rotating part are collectively forming spiral shell Revolve shape.
3. it is used for the feeding mechanism of food vending machine as claimed in claim 2, it is characterised in that respectively this time of the helical orbit Transfer part has an at least support bar, and at least a support bar is curved for this, and the end abutment of an at least support bar is in corresponding The line part.
4. it is used for the feeding mechanism of food vending machine as claimed in claim 2, it is characterised in that：

Respectively line part of at least one of row of the helical orbit has：

One conveying mechanism, its is inclined, and the end abutment of the conveying mechanism is in the corresponding rotating part；And

One drive, it is connected to the side of the conveying mechanism；

The support body has a transmission mechanism, and it has a transmission belt, and the transmission belt drives the line part of the helical orbit The drive；And

The feeding mechanism also has an actuating unit, and it connects and drives the transmission belt of the transmission mechanism.
5. it is used for the feeding mechanism of food vending machine as claimed in claim 2, it is characterised in that：

Respectively rotating part of the helical orbit has two gag lever posts, and the container on the rotating part is resisted against the rotating part Between two gag lever post；

Respectively line part of the helical orbit has two gag lever posts, and the container on the line part is resisted against the line part Between two gag lever post；And

Two gag lever post of the rotating part and two gag lever post of the line part it is interlaced with each other concatenation and be collectively forming in spiral shell Revolve shape.
6. it is used for the feeding mechanism of food vending machine as claimed in claim 3, it is characterised in that：

Respectively rotating part of the helical orbit is a support bar, and respectively the support bar of the rotating part is curved；

Respectively line part of the helical orbit is also a support bar, and respectively the support bar of the line part is linear；The rotating part The support bar and the line part the support bar it is interlaced with each other concatenation and be collectively forming helical form；And

Respectively the container has a suspension bracket, and the suspension bracket is connected to the support bar of the rotating part and the line part, and can Moved on the support bar of the rotating part and the line part.
7. the feeding mechanism for food vending machine as any one of claim 1 to 6, it is characterised in that this is used for The feeding mechanism of food vending machine also has a clamping jaw that can clamp the mobile container, and the clamping jaw can be moved to and be adjacent to this The upper end of helical orbit, and can be moved to outside the outlet for being adjacent to the support body.
8. the feeding mechanism for food vending machine as any one of claim 1 to 6, it is characterised in that this is used for The feeding mechanism of food vending machine also has a framework, and the support body is removably and slidably to be arranged at the framework.
9. it is used for the feeding mechanism of food vending machine as claimed in claim 8, it is characterised in that this is used for food vending machine Feeding mechanism also has：

One entrance mechanism, its upper end for being fixedly arranged on the framework and being adjacent to the helical orbit；And

One can clamp the clamping jaw of the mobile container, and the clamping jaw is movably arranged at the framework, and the clamping jaw can be moved to The entrance mechanism is adjacent to, and can be moved to outside the outlet for being adjacent to the support body.
10. it is used for the feeding mechanism of food vending machine as claimed in claim 9, it is characterised in that：

The entrance mechanism has a first gear, and it is located at one end that the helical orbit is adjacent on the entrance mechanism；

The top of the helical orbit has a conveying mechanism, and a second gear is arranged at being somebody's turn to do for the top of the helical orbit The side of conveying mechanism, the second gear are located at one end that the entrance mechanism is adjacent on the conveying mechanism, and with the entrance machine The first gear of structure keeps an interval；And

The feeding mechanism also has another actuating unit, and it is arranged at the framework, and has a power gear；The power gear Side is engaged in the first gear, and opposite side is separably engaged in the second gear.