CN108510655A - Cup separating device and automatic popcorn making and selling machine - Google Patents

Abstract

The application discloses divide cup device, including the mounting base, locate the left support body of placing of mounting base, locate and place the inside and right-hand member of support body lower extreme and stretch out and place the adapting unit of dialling down on support body lower extreme right side, connect in dialling adapting unit left side down and from dialling adapting unit's spacing adapting unit down, and locate the mounting base right side and be connected with dialling adapting unit down and be used for driving down dialling adapting unit and drive spacing adapting unit along mounting base transverse direction reciprocating motion's branch and dial actuating mechanism. According to the cup distributing device, the lower distributing connecting part and the limiting connecting part are driven by the distributing driving mechanism to move in a reciprocating mode so as to achieve automatic distribution and containing of the cup bodies, the problem that the cup bodies are placed and contained manually is solved, time for placing and containing the cup bodies is greatly shortened, working efficiency is greatly improved, and further more actual working requirements can be met. The present application also refers to an automatic popcorn vending machine comprising a cup dispenser as described above.

Description

Cup dispensing device and popcorn automatic vending machine

【Technical field】

The present application relates to the technical field of vending machines, in particular to a cup distributing device and an automatic popcorn making and vending machine.

【Background technique】

Popcorn is a snack that is loved by the public. There are generally three kinds. It can be divided into corn popcorn, rice popcorn and millet popcorn according to its raw materials. Its more popular is corn popcorn. Common corn popcorn is made by putting corn, ghee and sugar into a popcorn machine and heating under high temperature and high pressure.

With the development of science and technology of the times, automatic popcorn vending machines have also been launched on the market, which greatly meets the needs of theaters, shopping malls, and recreational areas. For example, the patent application number: 201610998181. A popcorn machine with an automatic vending function", although "a popcorn machine with an automatic vending function" can automatically make popcorn, and the same amount of popcorn can be output through the weighing pan, but, in the When popping popcorn, it is still necessary to manually place the container to accommodate the popcorn, and it is impossible to automatically output the popcorn in cups to satisfy consumers to the maximum, so that the consumption experience of consumers cannot be further improved.

【Content of invention】

The purpose of this application is to solve the above-mentioned technical problems, and to provide a cup distributing device.

In order to solve the above technical problems, the application is realized through the following technical solutions:

Cup dispensing device, including:

Install the base;

The placing frame is arranged on the left side of the installation base, and is used to place the storage cups stacked up and down;

The lower dial connection part is arranged inside the lower end of the placement frame, and its right end protrudes from the right side of the lower end of the placement frame, and is used to dial down the storage cup located on the placement frame;

A position-limiting connecting part, which is connected to the left side of the dial-down connecting part and driven by the dial-down connecting part, and is used to limit the storage cup on the placement frame;

The distribution drive mechanism is located on the right side of the installation base, and its power output end is connected with the dial-down connection part, which is used to drive the dial-down connection part to drive the limit connection part along the The installation base moves back and forth in the lateral direction.

As for the above-mentioned cup dispensing device, the left side of the dial-down connecting part is provided with a left opening opening direction facing left and used for accommodating the cup body, and the front and rear sides of the left opening opening opening are The walls are all equipped with a downward slope to the right and used to accommodate the cup body;

The right side of the position-limiting connection part is provided with a right-opening notch that is opposite to the opening direction of the left-opening notch and is used for accommodating the cup body. The outer edge of the right-opening notch is provided with The limit protrusion protrudes inward and is used to limit and accommodate the cup body. The height of the upper end surface of the limit protrusion is lower than the height of the upper end surface of the dial-down slope.

Compared with the prior art, the above-mentioned application has the following advantages:

The cup distributing device of the present application drives the lower dial connecting part and the limit connecting part to reciprocate through the distributing driving mechanism to realize automatic distributing and storing cups, which solves the troublesome problem of manually placing and accommodating cups , greatly reducing the time for arranging and accommodating the cup body, and then greatly improving work efficiency, thereby being able to meet more actual work demands.

The present application also mentions a popcorn automatic vending machine including the above-mentioned cup dividing device, the popcorn automatic vending machine also includes a fuselage box, a raw material quantitative delivery device, an auxiliary material quantitative delivery device, and a baking device and a stirring output device; the raw material quantitative delivery device is arranged on the top of the fuselage box for quantitative delivery of raw materials for making popcorn; the auxiliary material quantitative delivery device is located on one side of the raw material quantitative delivery device, It is used to quantitatively convey the auxiliary materials for making popcorn; the baking device is arranged on the lower side of the raw material quantitative conveying device, and is used to receive the manufacturing raw materials transported by the raw material quantitative conveying device, and transfer the received manufacturing raw materials Make and shape the first-product popcorn, and output the first-product popcorn; the stirring and output device is arranged on the lower side of the auxiliary material quantitative delivery device and the baking device, and is used to receive the delivery of the auxiliary material quantitative delivery device. production auxiliary materials, and receive the first product popcorn output by the baking device, and then stir and shape the received production auxiliary materials and the first product popcorn into finished popcorn, so as to output the finished popcorn; The cup device is arranged on one side of the stirring output device.

According to the popcorn automatic vending machine as described above, the raw material quantitative delivery device includes:

A raw material funnel, which is located on the upper side of the fuselage box, is used to accommodate the raw materials;

Connect the container housing, which is connected to the lower end of the raw material funnel and connected to the raw material funnel;

A left connecting block, which is arranged on the left side of the connecting housing;

a right connecting block, which is arranged on the right side of the connecting housing;

The upper opening and closing knife is sleeved on the upper side of the left connecting block and the right connecting block, and is penetrated by the connecting housing;

The lower opening and closing knife is sleeved on the lower side of the left connecting block and the right connecting block;

The intermittent driving mechanism is arranged on the lower side of the raw material hopper and on the right side of the connecting housing, and is used for intermittently driving the dislocation movement of the lower opening and closing knife and the upper opening and closing knife.

According to the automatic popcorn vending machine described above, there is a relief notch on the left side of the connecting housing;

The right side of the upper opening and closing switch blade is provided with a relief through hole for the connection of the housing shell, and the left side of the relief through hole is provided with the interior of the relief notch to close the The closing knife that the raw material funnel communicates with the connecting container housing;

There is an opening through hole on the right side of the lower opening and closing knife;

The intermittent drive mechanism includes:

Intermittent drive components;

An intermittent handle, one end of which is connected to the power output end of the intermittent drive part, and is driven to rotate by the intermittent drive part;

The upper reset element is arranged between the upper opening and closing switch knife and the right connecting block, and is used to reset the upper opening and closing switch knife;

The lower reset element is arranged between the lower opening and closing switch knife and the right connecting block, and is used to reset the lower opening and closing switch knife;

When the intermittent driving part drives the intermittent turning handle to rotate clockwise to drive the lower opening and closing knife to move from right to left along the lateral direction of the connecting container housing until the opening through hole is located in the container When the connection shell is directly below, the lower opening and closing knife opens the lower end of the containment connection shell, so that the production materials located in the containment connection shell fall into the baking device;

When the intermittent turning handle loses the function of driving the lower opening and closing knife, the lower opening and closing knife moves from left to right to the rightmost side through the reset action of the lower reset element, and then closes the container. Connect the lower end of the housing;

When the intermittent driving part drives the intermittent turning handle to continue to rotate clockwise to drive the upper opening and closing knife to move from right to left along the lateral direction of the connecting housing until the closing knife exits the opening When the upper opening and closing knife opens the connecting housing and communicates with the raw material funnel, the raw material located in the raw material funnel drops into the connecting housing;

When the intermittent turning handle loses the function of driving the upper opening and closing knife, the upper opening and closing knife moves from left to right to the rightmost side through the reset action of the upper reset element, and the closing knife Embedding in the step-off notch to close the housing connection housing and communicate with the raw material funnel.

In the automatic popcorn vending machine described above, the right side of the upper opening and closing switch knife and the lower opening and closing switch knife are provided with a smooth part, and the other end of the intermittent turning handle is provided with the smooth part. Matching curved flange.

According to the popcorn automatic vending machine as described above, the auxiliary material quantitative delivery device includes:

A seasoning auxiliary material funnel, which is located on the upper side of the fuselage box, is used to accommodate sugar seasoning;

A connecting component, which is connected to the lower end of the seasoning auxiliary material funnel and communicated with the seasoning auxiliary material funnel;

Quantitative distributing rotor, which is sleeved in the connecting assembly, and has a storage pit for quantitatively accommodating the sugar seasoning that passes through the lower row of the seasoning auxiliary material funnel;

Quantitative allocation rotor driver, which is arranged on one side of the quantitative allocation rotor, and its power output end is connected with the quantitative allocation rotor, used to drive the quantitative allocation rotor to rotate, so that the capacity The pit is rotated from the upward state to the downward state;

An oil storage part, which is arranged at the bottom of the fuselage box, is used to store and stir oil;

An oil delivery pipe, which is connected to the oil storage part, and is used to deliver and stir the oil;

The quantitative oil pump is connected between the oil storage part and the oil delivery pipe, and is used to quantitatively pump the stirring oil for delivery to the stirring output device.

According to the popcorn automatic vending machine described above, the baking device includes:

The baking accommodating part has an accommodating cavity for accommodating the raw materials inside, and a connection located outside the accommodating cavity and used for receiving the raw materials into the accommodating cavity receiving department;

A heating component, which is arranged inside the baking storage component, and can be connected to an external power source to generate heat to generate heat;

A blowing mechanism, which is arranged at the bottom of the fuselage box, is connected to the lower end of the baking storage part, and is used for blowing air to drive the heat energy generated by the heating part to flow to the inside of the baking storage part , and then bake the raw materials to form the first popcorn.

As described above, the popcorn automatic vending machine, the stirring output device includes:

a support bracket, which is arranged on the fuselage box;

Accommodate the pot body, one side of which is hinged with the support bracket;

Stirring component, which is arranged on the containing pot body, and its stirring end is located inside the containing pot body;

The rotation driving mechanism is arranged on the support bracket and is located on the other side of the storage pot, and its power output end is connected with the storage pot to drive the storage pot around it. Hinge pivots to dispense finished popcorn;

The inclined output hopper is arranged on one side of the supporting bracket, and is used for receiving and outputting the finished popcorn poured out from the containing pot.

Compared with the prior art, the above-mentioned application has the following advantages:

The automatic popcorn production and vending machine of the present application adds raw materials quantitatively to the baking device through the raw material quantitative delivery device, and then passes through the baking device to produce the first popcorn, and transports it to the stirring output device. Then, the auxiliary material is quantitatively added to the stirring output device by the auxiliary material quantitative delivery device, and then the finished popcorn is produced by stirring the stirring output device, and then the fully automatic production of popcorn is realized, thereby passing the cupping device again. The finished popcorn is divided into cups and sold by cups, which greatly facilitates consumers to take popcorn, satisfies consumers to the greatest extent, and further improves consumers' consumption experience.

【Description of drawings】

Fig. 1 is an exploded perspective view of a partially disassembled cup dispensing device of the present application.

Fig. 2 is a perspective view of the popcorn automatic vending machine of the present application.

Fig. 3 is a perspective view of the automatic popcorn vending machine of the present application with the fuselage box hidden.

Fig. 4 is an exploded perspective view of a partially disassembled popcorn automatic vending machine of the present application with the fuselage box hidden.

Fig. 5 is a perspective view of the raw material quantitative delivery device in the automatic popcorn production and vending machine of the present application.

Fig. 6 is a partial enlarged view I of Fig. 5 .

Fig. 7 is an exploded perspective view of a part of the raw material quantitative delivery device in the automatic popcorn production and vending machine of the present application after hiding the raw material hopper and the intermittent driving mechanism.

Fig. 8 is an exploded perspective view showing partial decomposition of the auxiliary material quantitative delivery device in the automatic popcorn production and vending machine of the present application after hiding the oil storage component, the oil delivery pipe and the quantitative oil pump.

【Detailed ways】

The present application will be described in further detail below through specific embodiments in conjunction with the accompanying drawings.

As shown in FIGS. 1-8 , the cup distributing device 6 includes a mounting base 61 , a placement frame 62 , a dial-down connection part 63 , a limit connection part 64 and a distribution drive mechanism 65 .

Specifically, the placing frame 62 is arranged on the left side of the installation base 61 for placing the storage cups stacked one above the other. The dial-down connection part 63 is arranged inside the lower end of the placement frame body 62 , and its right end extends out to the right side of the lower end of the placement frame body 62 , and is used to dial down the accommodating cup body located on the placement frame body 62 . The position-limiting connecting part 64 is connected to the left side of the dial-down connecting part 63 and is driven by the dial-down connecting part 63 , so as to limit the storage cup on the placing frame 62 . The distribution drive mechanism 65 is arranged on the right side of the installation base 61, and its power output end is connected with the dial-down connecting part 63, so as to drive the dial-down connecting part 63 to drive the position-limiting connection. The component 64 reciprocates along the lateral direction of the installation base 61 . The advantage is that the dial-down connecting part 63 and the limit connecting part 64 are driven to and fro by the distribution drive mechanism 65 to realize the automatic distribution and storage of the cups, which solves the trouble of manually placing the storage cups. The problem is that the time for arranging and accommodating the cup body is greatly reduced, and then the work efficiency is greatly improved, thereby being able to meet more actual work demands.

The left side of the dial-down connection part 63 is provided with a left opening notch 631 with an opening direction towards the left and for accommodating the cup. The front and rear side walls of the left opening notch 631 are all provided with Right down slope and dial down the slope 632 that accommodates the cup body. The advantage is that it is convenient to push down and accommodate the cup body.

The right side of the position-limiting connecting part 64 is provided with a right-opening notch 641 that is opposite to the opening direction of the left-opening notch 631 and is used for accommodating the cup body. The outer edge of 641 is provided with a limiting protrusion 642 that protrudes inward and is used for limiting and accommodating the cup body. Its purpose is to facilitate the realization of pushing down and accommodating the cup body.

The present application also mentions a popcorn automatic vending machine including the above-mentioned cup distributing device 6, and the popcorn automatic vending machine also includes a fuselage box 1, a raw material quantitative delivery device 2, and an auxiliary material quantitative delivery device 3 , baking device 4, stirring output device 5 and charging sales control system 7.

Specifically, the raw material quantitative conveying device 2 is arranged on the upper part of the fuselage box 1, and is used for quantitatively conveying the raw materials for making popcorn. The raw material for making is preferably corn. The auxiliary material quantitative conveying device 3 is arranged on one side of the raw material quantitative conveying device 2, and is used for quantitatively conveying auxiliary materials for making popcorn. The baking device 4 is arranged on the lower side of the raw material quantitative delivery device 2, and is used to receive the production raw materials transported by the raw material quantitative delivery device 2, and make the received production raw materials into first-product popcorn, And output the first popcorn. The stirring output device 5 is arranged on the lower side of the auxiliary material quantitative conveying device 3 and the baking device 4, and is used to receive the production auxiliary materials delivered by the auxiliary material quantitative conveying device 3, and to receive the auxiliary materials passing through the baking device. 4. The outputted primary popcorn is then stirred and formed into finished popcorn by the received production auxiliary materials and primary popcorn, and then the finished popcorn is output. The cup dividing device 6 is arranged on one side of the stirring output device 5 . Its advantage is that the production raw materials are quantitatively added to the baking device 4 through the raw material quantitative delivery device 2, and then the first product popcorn is produced through the baking device 4, and is transported to the stirring output device 5, and then Add auxiliary materials quantitatively to the stirring output device 5 through the auxiliary material quantitative delivery device 3, and then stir and make finished popcorn by the stirring output device 5, and then realize fully automatic production of popcorn, thereby passing through the cupping The device 6 divides the finished popcorn into cups for sale, which greatly facilitates the consumers to take the popcorn, satisfies the consumers to the greatest extent, and further improves the consumption experience of the consumers.

The raw material quantitative conveying device 2 includes a raw material hopper 21 , a connecting housing 22 , a left connecting block 23 , a right connecting block 24 , an upper opening and closing switch knife 25 , a lower opening and closing switch knife 26 and an intermittent driving mechanism 27 .

The raw material funnel 21 is located on the upper side of the fuselage box 1, and is used for accommodating raw materials for making, and the raw materials for making are preferably corn grains. The connecting housing 22 is connected to the lower end of the raw material funnel 21 and is connected with the raw material funnel 21 . The left connecting block 23 is disposed on the left side of the connecting housing 22 . The right connecting block 24 is disposed on the right side of the connecting housing 22 . The upper opening and closing switch blade 25 is sheathed on the upper sides of the left connecting block 23 and the right connecting block 24 , and is penetrated by the connecting housing 22 . The lower opening and closing switch knife 26 is sleeved on the lower sides of the left connecting block 23 and the right connecting block 24 . The intermittent driving mechanism 27 is located on the lower side of the raw material hopper 21 and on the right side of the connecting housing 22, and is used to intermittently drive the lower opening and closing switch blade 26 and the upper opening and closing switch blade 25 to displace sports. The utility model has the advantages of simple structure, and is convenient for quantitatively loading and outputting production materials.

A relief notch 221 is defined on the left side of the connecting housing 22 . The right side of the upper opening and closing switch blade 25 is provided with a relief through hole 251 for the connection housing 22, and the left side of the relief through hole 251 is provided with a relief notch that can be embedded 221 to close the closing knife 252 that communicates between the raw material hopper 21 and the connecting housing 22 . The right side of the lower opening and closing switch blade 26 is provided with an opening through hole 261 . The intermittent driving mechanism 27 includes an intermittent driving component 271 , an intermittent rotating handle 272 , an upper reset element 273 , and a lower reset element 274 . One end of the intermittent rotating handle 272 is connected to the power output end of the intermittent driving part 271 , and is driven to rotate by the intermittent driving part 271 . The upper reset element 273 is arranged between the upper opening and closing switch knife 25 and the right connecting block 24 for resetting the upper opening and closing switch knife 25 . The lower reset element 274 is disposed between the lower opening and closing switch blade 26 and the right connecting block 24 for resetting the lower opening and closing switch blade 26 .

When the intermittent driving part 271 drives the intermittent rotating handle 272 to rotate clockwise to drive the lower opening and closing knife 26 to move from right to left along the lateral direction of the connecting housing 22 to the opening through hole 261 When it is located directly below the storage connection housing 22, the lower opening and closing knife 26 opens the lower end of the storage connection housing 22, so that the production materials located in the storage connection housing 22 fall to the baking device 4.

When the intermittent turning handle 272 loses the function of driving the lower opening and closing knife 26, the lower opening and closing knife 26 moves from left to right to the rightmost side through the reset action of the lower reset element 274, and then closes. The container is connected to the lower end of the housing 22 . Its purpose is to prepare for the next load of crafting ingredients.

When the intermittent driving part 271 drives the intermittent turning handle 272 to continue to rotate clockwise to drive the upper opening and closing knife 25 to move from right to left along the lateral direction of the connecting housing 22 to the closing knife 252 withdraws from the abdication notch 221, the upper opening and closing switch knife 25 opens the connection housing 22 and communicates with the raw material funnel 21, so that the raw materials located in the raw material funnel 21 fall out. drop into the connection containing housing 22.

When the intermittent turning handle 272 loses the function of driving the upper opening and closing knife 25, the upper opening and closing knife 25 is reset by the upper reset element 273 and moves from left to right to the far right, and the The closing switch blade 252 is inserted into the step-off slot 221 to close the container connection housing 22 and communicate with the raw material hopper 21 .

The right side of the upper opening and closing switch knife 25 and the lower opening and closing switch knife 26 are provided with a smooth part 200, and the other end of the intermittent turning handle 272 is provided with an arc that can be adapted to the smooth part 200 Flange 2720. Its advantage is that it is greatly convenient for the intermittent turning handle 272 to smoothly contact the upper opening and closing knife 25 and the lower opening and closing knife 26, so that the intermittent turning handle 272 can smoothly drive the upper opening and closing knife 25 And described lower opening and closing switch blade 26 dislocation movement.

The auxiliary material quantitative delivery device 3 includes a seasoning auxiliary material funnel 31, a connecting assembly 32, a quantitative distribution rotor 33, a quantitative distribution rotor driver 34, an oil storage component, an oil delivery pipe 35, and a quantitative oil pump.

The seasoning auxiliary material funnel 31 is located on the upper side of the fuselage box 1 and is used for containing sugar seasoning. The connecting component 32 is connected to the lower end of the seasoning auxiliary material funnel 31 and communicates with the seasoning auxiliary material funnel 31 . The quantitative distributing rotor 33 is sheathed in the connecting component 32 , and there is provided a storage pit 331 thereon for quantitatively storing the sugar seasonings discharged through the seasoning auxiliary material funnel 31 . The quantitative distribution rotor driver 34 is arranged on one side of the quantitative distribution rotor 33, and its power output end is connected with the quantitative distribution rotor 33 to drive the quantitative distribution rotor 33 to rotate, so as to The advantage of rotating the accommodating pit 331 from the upward state to the downward state is that quantitative addition of sugar seasoning can be simply realized. The oil storage part is arranged at the bottom of the fuselage box 1 for storing and stirring oil. The oil conveying pipe 35 is connected with the oil storage part, and is used for conveying the stirring oil. The quantitative oil pump is connected between the oil storage part and the oil delivery pipe 35, and is used to quantitatively pump the stirring oil to be transported to the stirring output device 5. Its advantage is that it can simply realize the quantitative addition of the stirring oil .

The baking device 4 includes a baking accommodation part 41, a heating part and a blowing mechanism.

The inside of the baking storage part 41 is provided with a storage cavity that can accommodate the raw materials for production, and there is also a cavity located outside the storage cavity and used to receive the production raw materials into the storage cavity. The receiving part 411 is connected. The heating component is disposed inside the baking container 41 and can be connected to an external power source to generate heat to generate heat. The blowing mechanism is arranged at the bottom of the body box 1 and is connected to the lower end of the baking storage part 41, and is used for blowing air to drive the heat energy generated by the heating parts to flow to the baking storage Inside the component 41, the raw materials are then baked to form the primary popcorn. The utility model has the advantages of simple structure and convenient heating to make popcorn.

The stirring output device 5 includes a supporting frame 51 , a housing pot 52 , a stirring assembly 53 , a rotating drive mechanism 54 and an inclined output hopper 55 .

The support bracket 51 is disposed on the fuselage box 1 . One side of the accommodating pot body 52 is hinged to the support bracket 51 . The stirring component 53 is disposed on the containing pot body 52 , and its stirring end is located inside the containing pot body 52 . The rotation driving mechanism 54 is arranged on the support bracket 51 and is located on the other side of the storage pot body 52, and its power output end is connected with the storage pot body 52 to drive the storage pot body 52. The pot body 52 pivots about its hinge to dispense finished popcorn. The inclined output hopper 55 is disposed on one side of the supporting frame 51 for receiving and outputting the finished popcorn poured out from the receiving pot 52 . The utility model has the advantage that the primary popcorn can be simply and conveniently stirred and molded into finished popcorn after adding production auxiliary materials.

The popcorn automatic vending machine also includes a charging sales control system 7, and the charging sales control system 7 includes a charging module, a networking module and a central control module.

The charging module is arranged on the body box 1 to charge customers. The charging module is preferably a display screen capable of displaying a two-dimensional code for payment. The networking module is arranged on the fuselage box 1 for connecting to a background server. The central control module and the charging module and the networking module, the raw material quantitative delivery device 2 and the auxiliary material quantitative delivery device 3, the baking device 4, the stirring output device 5 and the cup The device 6 is connected, and when the charging module receives payment information from the client, the charging module sends a charged signal to the central control module, and the central control module receives the charged signal and sends the charged signal to the central control module. The charged signal is sent to the background server through the networking module, the background server receives the charged signal and sends a production and sales instruction to the central control module according to the charged signal, and the central control module receives the production and sales instruction And control the raw material quantitative conveying device 2 to cooperate with the auxiliary material quantitative conveying device 3, the baking device 4, the stirring output device 5 and the cup dividing device 6 according to the production and sales order to make and sell The finished popcorn contained in the container body. Its advantage is that it can greatly facilitate consumers to pay and consume popcorn.

In summary, the embodiments of the present application have been described in detail, but the present application is not limited to the above embodiments. Even if it makes various changes to the application, it still falls within the protection scope of the application.

Claims (10)

1. The cup dividing device is characterized in that, comprising: Install the base (61); Place the frame (62), which is located on the left side of the installation base (61), for placing the cups stacked up and down; Dialing down connecting part (63), it is located at described placement frame body (62) lower end inside, and its right end stretches out described placement frame body (62) lower end right side, is positioned at described placement frame body (62) with down dialing ) on the receiving cup; The limit connection part (64), which is connected to the left side of the dial-down connection part (63) and driven by the dial-down connection part (63), is used to limit the position on the placement frame (62) the holding cup; The distribution drive mechanism (65), which is located on the right side of the installation base (61), and its power output end is connected with the dial-down connection part (63) to drive the dial-down connection part ( 63) Driving the position-limiting connecting part (64) to reciprocate along the transverse direction of the installation base (61). 2. The cup dispensing device according to claim 1, characterized in that: the left side of the dial-down connecting part (63) is provided with a left-opening relief notch with an opening direction facing left and for accommodating the cup body (631), the front and rear sidewalls of the left opening notch (631) are all provided with a slope (632) that slopes down to the right and is used to accommodate the cup body; The right side of the position-limiting connection part (64) is provided with a right-opening notch (641) that is opposite to the opening direction of the left-opening notch (631) and is used for accommodating the cup body. The outer edge of the right-opening notch (641) is provided with a stop protrusion (642) that protrudes inward and is used to limit and accommodate the cup body. The upper end surface height of the stop protrusion (642) is lower than The height of the upper end surface of the dial-down slope (632). 3. The popcorn automatic vending machine, characterized in that it comprises the cup dispensing device as claimed in claim 2. 4. The popcorn automatic vending machine according to claim 1, characterized in that: the popcorn automatic vending machine also includes a fuselage box (1), a raw material quantitative delivery device (2), an auxiliary material quantitative delivery device (3), baking device (4) and stirring output device (5); said raw material quantitative conveying device (2) is arranged on the upper part of said fuselage box (1), in order to quantitatively convey and make the making of popcorn Raw materials; the auxiliary material quantitative delivery device (3) is arranged on one side of the raw material quantitative delivery device (2), and is used to quantitatively deliver the auxiliary materials for making popcorn; the baking device (4) is arranged on the raw material quantitative delivery device (2) The lower side of the conveying device (2) is used to receive the production raw materials conveyed by the raw material quantitative conveying device (2), and make and shape the received production raw materials into first-product popcorn, and output the first-product popcorn; The stirring output device (5) is arranged on the lower side of the auxiliary material quantitative delivery device (3) and the baking device (4), and is used to receive the production auxiliary materials delivered by the auxiliary material quantitative delivery device (3), And receiving the first product popcorn outputted by the baking device (4), then stirring and molding the received production auxiliary materials and the first product popcorn into finished popcorn, thereby outputting the finished popcorn; The device (6) is arranged on one side of the stirring output device (5). 5. The popcorn automatic vending machine according to claim 4, characterized in that: said raw material quantitative delivery device (2) comprises: A raw material funnel (21), which is located on the upper side of the fuselage box (1), is used to hold the raw materials for making; Connect the container housing (22), which is connected to the lower end of the raw material funnel (21) and connected to the raw material funnel (21); A left connection block (23), which is arranged on the left side of the connection housing (22); A right connection block (24), which is arranged on the right side of the connection housing (22); The upper opening and closing switch knife (25), which is sleeved on the upper side of the left connecting block (23) and the right connecting block (24), and penetrated by the connecting housing (22); The lower opening and closing switch knife (26), which is sleeved on the lower side of the left connecting block (23) and the right connecting block (24); Intermittent driving mechanism (27), which is arranged on the lower side of the raw material hopper (21), on the right side of the connecting housing (22), for intermittently driving the lower opening and closing switch knife (26) and the Above-mentioned opening and closing switch knife (25) dislocation motion. 6. The popcorn automatic vending machine according to claim 5, characterized in that: the left side of the connecting housing (22) is provided with a notch (221); The right side of the upper opening and closing switch knife (25) is provided with a relief through hole (251) for the connection of the housing (22), and the left side of the relief through hole (251) is provided with a A closing knife (252) that can be inserted into the interior of the relief notch (221) to close the communication between the raw material funnel (21) and the connection housing (22); The right side of the lower opening and closing knife (26) is provided with an opening through hole (261); Described intermittent driving mechanism (27) comprises: intermittent drive components (271); An intermittent handle (272), one end of which is connected to the power output end of the intermittent drive part (271), and is driven to rotate by the intermittent drive part (271); An upper reset element (273), which is arranged between the upper opening and closing switch knife (25) and the right connecting block (24), for resetting the upper opening and closing switch knife (25); The lower reset element (274), which is arranged between the lower opening and closing switch knife (26) and the right connecting block (24), is used to reset the lower opening and closing switch knife (26); When the intermittent driving part (271) drives the intermittent turning handle (272) to rotate clockwise to drive the lower opening and closing knife (26) from right to left along the lateral direction of the connecting housing (22). When the opening through hole (261) is moved to the position directly below the housing connection housing (22), the lower opening and closing knife (26) opens the lower end of the housing connection housing (22) to drop the production material located in the container connection housing (22) into the baking device (4); When the intermittent turning handle (272) loses the function of driving the lower opening and closing knife (26), the lower opening and closing knife (26) is reset from left to right by the lower reset element (274). Move to the far right, and then close the lower end of the housing connection housing (22); When the intermittent driving part (271) drives the intermittent turning handle (272) to continue to rotate clockwise to drive the upper opening and closing knife (25) from right to When moving to the left until the closing knife (252) exits the abdication slot (221), the upper opening and closing knife (25) opens the connecting housing (22) and the raw material funnel ( 21) communicate with each other, so that the production raw materials located in the raw material funnel (21) drop into the connected housing (22); When the intermittent turning handle (272) loses the function of driving the upper opening and closing knife (25), the upper opening and closing knife (25) is reset from left to right by the upper reset element (273). Move to the far right, and the closing knife (252) is embedded in the relief notch (221) to close the container connection housing (22) and communicate with the raw material funnel (21). 7. The popcorn automatic vending machine according to claim 6, characterized in that: the right side of the upper opening and closing switch knife (25) and the lower opening and closing switch knife (26) is provided with a smooth part ( 200), the other end of the intermittent turning handle (272) is provided with an arc-shaped flange (2720) that can be adapted to the smooth portion (200). 8. The popcorn automatic vending machine according to claim 4, characterized in that: the auxiliary material quantitative delivery device (3) comprises: Seasoning auxiliary material funnel (31), which is located on the upper side of the fuselage box (1), for containing sugar seasoning; A connecting component (32), which is connected to the lower end of the seasoning auxiliary material funnel (31) and communicated with the seasoning auxiliary material funnel (31); Quantitative distributing rotor (33), which is sheathed in the connecting assembly (32), and has a storage cavity for quantitatively accommodating the sugar seasonings discharged through the seasoning auxiliary material funnel (31). pit(331); Quantitative distribution rotor driver (34), which is arranged on one side of the quantitative distribution rotor (33), and its power output end is connected with the quantitative distribution rotor (33), in order to drive the quantitative distribution rotor (33) The dial rotor (33) is rotated so that the accommodating pit (331) is rotated from an upward state to a downward state; An oil storage part is arranged at the bottom of the fuselage box (1) for storing and stirring oil; An oil delivery pipe (35), which is connected to the oil storage part, and is used to deliver and stir oil; A quantitative oil pump is connected between the oil storage part and the oil delivery pipe (35), and is used to quantitatively pump the stirring oil for delivery to the stirring output device (5). 9. The popcorn automatic vending machine according to claim 4, characterized in that: the baking device (4) comprises: The baking accommodating part (41) is provided with an accommodating cavity for accommodating the raw materials inside, and there is also an accommodating cavity outside the accommodating cavity for receiving the raw materials into the accommodating cavity. connection receiving part (411) of the chamber; A heating component, which is arranged inside the baking storage component (41), and can be connected to an external power source to generate heat to generate heat; A blowing mechanism, which is arranged at the bottom of the body box (1), is connected with the lower end of the baking storage part (41), and is used for blowing to drive the heat energy generated by the heating part to flow to the The inside of the accommodating part (41) is baked, and then the raw materials are baked to form the primary popcorn. 10. The popcorn automatic vending machine according to claim 4, characterized in that: the stirring output device (5) comprises: a support bracket (51), which is arranged on the fuselage box (1); Accommodate the pot body (52), one side of which is hinged to the support bracket (51); a stirring component (53), which is arranged on the containing pot (52), and whose stirring end is located inside the containing pot (52); Rotation drive mechanism (54), which is arranged on the support bracket (51), is located on the other side of the storage pot (52), and its power output end is connected with the storage pot (52) , to drive the housing pot (52) to rotate around its hinge to pour out finished popcorn; The inclined output hopper (55), which is arranged on one side of the supporting bracket (51), is used to receive and output the finished popcorn poured out through the accommodating pot (52).