CN214856043U - One-stop automatic tea processing equipment - Google Patents
One-stop automatic tea processing equipment Download PDFInfo
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- CN214856043U CN214856043U CN202121171728.2U CN202121171728U CN214856043U CN 214856043 U CN214856043 U CN 214856043U CN 202121171728 U CN202121171728 U CN 202121171728U CN 214856043 U CN214856043 U CN 214856043U
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Abstract
The utility model relates to the technical field of tea processing equipment, in particular to one-stop automatic tea processing equipment which comprises a cup taking system, a feeding system, a functional system and a cup discharging system; the milk tea cup taking system comprises a milk tea cup taking and placing mechanism and a snow cup taking and placing mechanism, the feeding system comprises a rack, a first feeding mechanism, a first conveying mechanism, a second feeding mechanism and a second conveying mechanism, the functional system comprises a snow cup mechanism, a stirring mechanism and a cup loading mechanism, and the cup discharging system comprises an ice supplementing machine, a heat supplementing water machine, a sealing machine and an eleventh manipulator. The utility model discloses improve equipment, make the degree of integration and the degree of automation of equipment greatly improve, realized simulating artifical system simultaneously and sold the milk tea taste of gimmick.
Description
Technical Field
The utility model relates to a tea drink processing equipment technical field specifically is a one-stop tea drink automatic processing equipment.
Background
The milk tea is derived from daily drinks of nomadic nationalities, the milk tea on the market at present belongs to the fast-selling tea drinks of the retail industry, in order to be suitable for different crowds, the milk tea has various tastes, such as original taste, pearl, coconut fragrance, fruits and the like, the milk tea with different tastes depends on different raw material formulas, incomplete statistics is provided, and the taste of the milk tea is more than forty. The conventional milk tea retail mode is generally manufactured and sold manually, cup taking, ingredient mixing, snow removing, packaging and the like are all performed manually, the adding amount of raw materials depends on subjective judgment and working experience of personnel, so that the taste difference of similar milk tea is inevitably caused, and the ingredient mixing fatigue of the personnel is caused by a plurality of kinds of milk tea, so that the ingredient mixing error is caused.
In order to deal with the above problems of manual making and selling, particularly manual blending, and automated making and selling are in progress, the existing automated tea making equipment can be roughly divided into two types: one type is an assembly line type tea drink production device, which has the advantages of being capable of producing in large batch and having the defects of being capable of producing only a few types of products, large in occupied area and not beneficial to being deployed to common tea drink shops. Another kind of full-automatic tea production facility, like the full-automatic milk tea machine that utility model patent publication number is CN111891478A discloses, like the full-automatic milk tea production facility that utility model patent publication number is CN107323743A discloses, its advantage lies in can realizing the basic substitution of personnel's preparation, and the shortcoming lies in the preparation that only can single cup or small batch, and production efficiency is low, equipment cost is high, area big scheduling problem leads to it not to be conform to the actual demand in tea shop.
Therefore, how to overcome the above technical problems and disadvantages is a problem to be solved.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a one-stop tea drink automatic processing equipment to solve the problem that proposes among the above-mentioned background art.
In order to achieve the above object, the utility model provides a following technical scheme: the one-stop automatic tea processing equipment comprises a cup taking system, a feeding system, a functional system and a cup discharging system;
the milk tea cup taking and placing mechanism comprises a first platform for storing milk tea cups, a first manipulator for transferring the milk tea cups to the feeding system and a labeling machine for marking the outer sides of the milk tea cups, and the snow cup taking and placing mechanism comprises a second platform for storing the snow cups and a second manipulator for transferring the snow cups to the feeding system;
the feeding system comprises a rack, a first feeding mechanism used for adding raw materials into the milk tea cup, a first conveying mechanism located below the first feeding mechanism and used for bearing the milk tea cup transferred by the first manipulator, a second feeding mechanism used for adding raw materials into the snow cup and a second conveying mechanism located below the second feeding mechanism and used for bearing the snow cup transferred by the second manipulator, wherein the milk tea cup moves below the first feeding mechanism through the first conveying mechanism, and the snow cup moves below the second feeding mechanism through the second conveying mechanism;
the functional system comprises a snow mechanism, a stirring mechanism and a cup loading mechanism, wherein the snow mechanism comprises a snow machine and a seventh manipulator which is used for moving snow cups on a second conveying mechanism to the snow machine and moving snow cups after the snow is collected to the cup loading mechanism, the stirring mechanism comprises a stirrer and an eighth manipulator which is used for moving the snow cups on the second conveying mechanism to the stirrer and moving the stirred snow cups to the cup loading mechanism, the cup loading mechanism comprises a ninth manipulator which is used for moving milk cups on the first conveying mechanism to a to-be-loaded area or a to-be-discharged area, and a tenth manipulator which is used for adding raw materials in the snow cups or the stirred snow cups into the milk cups in the to-be-loaded area and moving the milk cups added with the snow cups or the stirred raw materials to the to-be-discharged area;
the cup discharging system comprises an ice supplementing machine, a heat supplementing water machine, a sealing machine and an eleventh manipulator, the eleventh manipulator is used for moving milk tea cups on the cup discharging area to the ice supplementing machine or the heat supplementing water machine and moving milk tea cups after ice supplementing or hot water supplementing to the sealing machine, and the eleventh manipulator is also used for moving the sealed milk tea cups to a finished product discharging port and directly moving milk tea cups without ice supplementing or hot water supplementing to the sealing machine from the cup discharging area.
Furthermore, the charging system further comprises a return mechanism, a first cleaning device and a third manipulator are arranged on one side of the second platform, the used snow mug is moved to the third manipulator through the return mechanism, and the third manipulator is used for transferring the snow mug on the return mechanism to the first cleaning device and transferring the cleaned snow mug to the second platform.
Further, the first conveying mechanism and the second conveying mechanism are of plate chain type structures.
Further, the first feeding mechanism and the second feeding mechanism are multilayer.
Furthermore, the feeding system further comprises a fourth manipulator for transporting the milk tea cups between the first feeding mechanisms on different layers, a first slide rail assembly arranged on one side of the first conveying mechanism and used for moving the fourth manipulator, a fifth manipulator for transporting the snow tea cups between the second feeding mechanisms on different layers, and a second slide rail assembly arranged on one side of the second conveying mechanism and used for moving the fifth manipulator.
Furthermore, the tea processing equipment further comprises a third feeding mechanism, a third conveying mechanism, a sixth manipulator and a second cleaning device, wherein a plurality of the beakers are arranged on the third conveying mechanism, and the sixth manipulator is used for transferring the beakers on the third feeding mechanism to the second conveying mechanism and the second cleaning device.
Further, the third feeding mechanism comprises an ice crusher, a tea extracting machine or an ice-sand tea extracting all-in-one machine.
Further, the first feeding mechanism and/or the second feeding mechanism comprise a liquid material feeding mechanism, and the liquid material feeding mechanism comprises a first bin, a first material pipe, a lifting assembly and a stirring assembly; a liquid level sensor is arranged in the first storage bin, and a controller is arranged outside the first storage bin; the lifting assembly comprises a lifting driving motor and a lifting plate, the lifting driving motor is fixedly connected with the first bin, an output shaft of the lifting driving motor is provided with a first screw rod, and the first screw rod is in transmission connection with the lifting plate; the stirring assembly comprises a stirring driving motor and a stirring rod arranged on an output shaft of the stirring driving motor, one side of the stirring driving motor is fixedly connected with the lifting plate, and the other side of the stirring driving motor is connected with the first bin in a sliding mode.
Further, first feed bin bottom is the slope structure, first material pipe is located the low level of feed bin bottom, first material pipe sets up the solenoid valve.
Further, the feeding mechanism of the second feeding mechanism comprises a frozen material feeding mechanism, the frozen material feeding mechanism comprises a second bin, a supporting plate, a lifting assembly, an X-axis moving assembly, a Y-axis moving assembly and a cutting material taking assembly, the lifting assembly is used for controlling the supporting plate to slide in the second bin, the X-axis moving assembly comprises an X-axis guide rail and an X-axis driving unit, the X-axis guide rail is fixedly connected with the second bin, the Y-axis moving assembly comprises a sliding rod and a Y-axis driving unit, the sliding rod moves along the X-axis guide rail under the action of the X-axis driving unit, the cutting material taking assembly comprises a supporting arm, a cutting unit and a material taking unit, the supporting arm moves along the sliding rod under the action of the Y-axis driving unit, the cutting unit comprises a cutting driving part and a cutter, and the cutter moves up and down under the action of the cutting driving part, the material taking unit comprises a material taking box, a connecting plate and a turnover driving part, the upper end of the connecting plate is hinged to the support arm, the lower end of the connecting plate is connected with the material taking box in an assembling mode, the two ends of the turnover driving part are hinged to the support arm and the side face of the material taking box respectively, and the material taking box is turned over under the action of the turnover driving part.
Compared with the prior art, the beneficial effects of the utility model are that:
(1) the utility model discloses a one-stop tea drink automatic processing equipment, when solving the problem of store order demand differentiation, carries out the systematization with complicated and uncertain production scheduling problem and handles.
(2) The utility model discloses a one-stop tea drink automatic processing equipment optimizes and perfect equipment overall arrangement and function, makes the degree of integrating and the degree of automation of equipment accomplish real substitution manual work, promotes the practicality of whole equipment and scheme.
(3) The utility model discloses a one-stop tea drink automatic processing equipment adopts the design of polycyclic arm, on keeping automatic interpolation milk tea raw materials, guaranteeing quantitative reinforced basis, guarantees to make in batches that the milk tea taste of selling is unified, has especially increased Xueke mechanism and rabbling mechanism, simulates manual work in the at utmost to realize making and selling indiscriminate tea drink preparation with artifical scene.
(4) The utility model discloses a one-stop tea drink automatic processing equipment, charging system adopt three-dimensional ground, multilayer ground structural design, have reduced the area of equipment, are fit for the small space shop and use, have reduced use cost, have wide popularization prospect.
(5) The utility model discloses a one-stop tea drink automatic processing equipment, first reinforced mechanism include the reinforced mechanism of liquid material and freeze the reinforced mechanism of form material, and the reinforced mechanism of liquid material carries out intensive mixing through the stirring subassembly that sets up the liftable to the liquid material after the feeding, realizes the intensive mixing between liquid material and solid material or liquid material and the liquid material, avoids the stratification phenomenon to take place, ensures the taste of tea drink. Along with constantly using, the volume of liquid material is constantly reducing, the utility model discloses be the slope structure with liquid material's feed bin bottom, rely on liquid material's mobility, the material of being convenient for is concentrated to material pipe department, reduces the material and remains the amount of residue.
It freezes the form solid material automatic cutout of freezing such as form material feeding mechanism mainly used celestial grass freezes reinforced, wherein the cutting is got the material subassembly and is removed the assembly and remove the cooperation of assembly with the Y axle and replace under, gets the material unit and gets the material completion back to the form solid material that freezes of assigned position, and the blank unit cuts it, gets the material unit and carries out convertible blanking, effectively promotes the utility model discloses a degree of automation.
Drawings
Fig. 1 is a perspective view of the present invention;
fig. 2 is a perspective view of the liquid material feeding mechanism of the present invention;
FIG. 3 is an internal structural view of FIG. 2;
FIG. 4 is a perspective view of the frozen material feeding mechanism of the present invention;
FIG. 5 is an enlarged view of a portion of FIG. 4;
fig. 6 is a perspective view of the third feeding mechanism of the present invention.
Description of the main element symbols:
11-a first platform, 12-a first manipulator, 13-a labelling machine, 14-a second platform, 15-a second manipulator, 16-a first cleaning device, 17-a third manipulator.
21-a rack, 22-a first feeding mechanism, 23-a first conveying mechanism, 24-a second feeding mechanism, 25-a second conveying mechanism, 26-a fourth manipulator, 27-a first slide rail assembly, 28-a fifth manipulator, 29-a second slide rail assembly, 201-a first bin, 202-a first material pipe, 203-a liquid level sensor, 204-a controller, 205-a bottom plate, 206-an electromagnetic valve, 207-a lifting driving motor, 208-a lifting plate, 209-a first screw, 210-a stirring driving motor, 211-a stirring rod, 212-a second bin, 213-a supporting plate, 214-an X-axis guide rail, 215-an X-axis driving unit, 216-a sliding rod, 217-a Y-axis driving unit, 218-a supporting arm, 219-a cutting driving component, 220-cutter, 221-material taking box, 222-connecting plate, 223-overturning driving part.
31-return mechanism, 32-Xueke machine, 33-seventh mechanical arm, 34-stirrer, 35-eighth mechanical arm, 36-ninth mechanical arm, 37-tenth mechanical arm and 38-Xueke cup cleaning mechanism.
41-an ice supplementing machine, 42-a hot water supplementing machine, 43-a sealing machine and 44-an eleventh manipulator.
51-third feeding mechanism, 52-third conveying mechanism, 53-sixth mechanical arm, 54-second cleaning device.
60-milk tea cup.
70-snow cup.
80-a beaker.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
The utility model provides a technical scheme: one-stop tea drink automatic processing equipment, including cuboid shell (not shown in the figure) and integrated cup system, charging system, functional system and the play cup system of getting that sets up in the cuboid shell, the utility model discloses a cuboid structural design and integrated structural design effectively practice thrift the occupation space of whole equipment, the inner structure that integrates in the key introduction cuboid shell of this embodiment.
Referring to fig. 1, the milk tea cup taking system includes a milk tea cup taking and placing mechanism and a snow cup taking and placing mechanism. The milk cup pick and place mechanism comprises a first platform 11 for storing milk cups 60, a first manipulator 12 for transferring milk cups 60 to the feeding system 20, and a labelling machine 13 for labelling outside milk cups 60. The snow cup pick and place mechanism includes a second platform 14 for storing snow cups 70, a second robot 15 for transferring snow cups 70 to the loading system 20. The second platform 14 is provided on the right with a first cleaning device 16 and a third robot 17.
Referring to fig. 1, the feeding system includes a frame 21, a first feeding mechanism 22 for feeding raw materials into the milk tea cup 60, a first conveying mechanism 23 located below the first feeding mechanism 22 and receiving the milk tea cup 60 transferred by the first robot arm 12, a second feeding mechanism 24 for feeding raw materials into the snow cup 70, a second conveying mechanism 25 located below the second feeding mechanism 24 and receiving the snow cup 70 transferred by the second robot arm 15, a fourth robot arm 26, a first slide rail assembly 27, a fifth robot arm 28, and a second slide rail assembly 29. The teat cup 60 is moved under the first feeding mechanism 22 by the first transfer mechanism 23, and the snow cup 70 is moved under the second feeding mechanism 24 by the second transfer mechanism 25; the first conveying mechanism 23 and the second conveying mechanism 25 are of plate chain type structures, and the upper end faces of the plate chains are provided with accommodating grooves matched with the bottoms of the milk tea cups 60 or the snow tea cups 70. The first feeding mechanism 22 is double layered and the second feeding mechanism 24 is triple layered. The fourth manipulator 26 is used for conveying the milk tea cups 60 between the first feeding mechanisms 22 of different layers, the first slide rail assembly 27 is arranged on one side of the first conveying mechanism 23, and the first slide rail assembly 27 is the same as the first conveying mechanism 23 in length and is used for moving the fourth manipulator 26. The fifth robot 28 is used for conveying the snow cups 70 between the second feeding mechanisms 24 of different layers, the second slide rail assembly 29 is arranged on one side of the second conveying mechanism 25, the second slide rail assembly 29 and the second conveying mechanism 25 are the same in length, and the fifth robot 28 is used for moving.
The first feeding mechanism 22 and/or the second feeding mechanism 24 comprise a plurality of pearl feeding mechanisms, powdery material feeding mechanisms, liquid material feeding mechanisms, frozen material feeding mechanisms and the like, and the feeding mechanisms of the liquid materials and the frozen materials are improved.
The liquid material feeding mechanism is suitable for the first feeding mechanism 22 and the second feeding mechanism 24, please refer to fig. 2 and fig. 3, and includes a first bin 201, a first material pipe 202, a lifting assembly and a stirring assembly; a liquid level sensor 203 is arranged in the first bin 201, a controller (PLC) 204 is arranged outside the first bin 201, a bottom plate 205 of the first bin 201 is of a slope structure, a first material pipe 202 is located at a low position of the bottom of the bin, and the first material pipe 202 is provided with an electromagnetic valve 206; the lifting assembly comprises a lifting driving motor 207 and a lifting plate 208, the lifting driving motor 207 is fixedly connected with the first bin 201, an output shaft of the lifting driving motor 207 is provided with a first screw 209, and the first screw 209 is in transmission connection with the lifting plate 208; stirring subassembly includes stirring driving motor 210 and sets up the stirring rod 211 at stirring driving motor 210 output shaft, stirring driving motor 210 one side and lifter plate 209 fixed connection, opposite side and first feed bin 201 sliding connection, it is to point out: the lifting plate 208 may be designed to be slidably coupled to the first bin 201, and the agitation driving motor 210 is not in contact with the first bin 201. The working principle of the liquid material feeding mechanism is as follows: the liquid material is quantitatively fed under the control of the controller 205 and the electromagnetic valve 206, after the feeding is finished, the lifting driving motor 207 works, the lifting plate 208 and the stirring assembly are controlled to move downwards through screw rod transmission, the stirring driving motor 210 works, the stirring rod 211 automatically stirs the material, the liquid material and the solid material or the liquid material and the liquid material in the milk cup or the snow cup are fully mixed, and after the stirring is finished, the lifting plate 208 and the stirring assembly rise to the initial position.
The frozen material feeding mechanism is mainly applied to the first feeding mechanism 22, and referring to fig. 4 and 5, the frozen material feeding mechanism includes a second bin 212, a support plate 213, a lifting component, an X-axis moving assembly, a Y-axis moving assembly, and a cutting and material-taking component. The lifting assembly is used to control the sliding of the pallet 213 in the second silo 212, and the sliding principle refers to the piston structure. The X-axis moving assembly includes an X-axis guide 214 and an X-axis driving unit 215, the X-axis guide 214 is fixed at an upper end of the second bin 212, the Y-axis moving assembly includes a slide bar 216 and a Y-axis driving unit 217, and the slide bar 216 moves along the X-axis guide 214 under the action of the X-axis driving unit 215. The cutting and material taking assembly comprises a support arm 218, a cutting unit and a material taking unit, the support arm 218 moves along a sliding rod 216 under the action of a Y-axis driving unit 217, the cutting unit comprises a cutting driving part 219 and a cutter 220, the cutter 220 moves up and down under the action of the cutting driving part 219, the material taking unit comprises a material taking box 221, a connecting plate 222 and a turnover driving part 223, the upper end of the connecting plate 222 is hinged with the support arm 218, the lower end of the connecting plate 222 is fixedly connected with the material taking box 221 in an assembling mode, two ends of the turnover driving part 223 are hinged with the support arm 218 and the side face of the material taking box 221 respectively, and the material taking box 221 is turned over under the action of the turnover driving part 223. The frozen material feeding mechanism is mainly used for automatically cutting frozen solid materials such as mesona chinensis benth jelly, tamarind jelly and the like for feeding, and the working principle is as follows: after the Y-axis driving unit 217 drives the cutting and taking assembly to move to a specified position on the sliding rod 216, the cutting driving part 219 drives the cutter 220 to lift to the upper side of the material taking box 221, a material inlet on the inner side of the material taking box 221 is opened, the X-axis driving unit 215 drives the sliding rod 216 to move inwards along the X-axis guide rail 214, the material taking box 221 shovels the Mesona chinensis jelly, the cutting driving part 219 drives the cutter 220 to move downwards to cut and seal the Mesona chinensis jelly, the sliding rod 216 moves outwards, the cutting driving part 219 drives the cutter 220 to lift, the overturning driving part 223 drives the material taking box 221 to overturn, the Mesona chinensis jelly falls into a milk tea cup below, after the cutting and taking assembly takes materials of the Mesona chinensis jelly layer by layer, the lifting assembly lifts a tray to a certain height, and the material taking assembly to be cut is operated. The lifting assembly in this embodiment is two sets, and every set of lifting assembly adopts motor, cylinder, haulage rope combination, and X axle drive unit and Y axle drive unit adopt motor, screw rod combination, and cutting drive component and upset drive component adopt flexible electric jar, and this type of structure is the product of selling, and the event is not repeated.
Referring to fig. 1, the functional system includes a nikker mechanism, a stirring mechanism, a cup loading mechanism and a return mechanism 31, the nikker mechanism includes a nikker 32 and a seventh manipulator 33 for moving the nikker cup 70 on the second conveying mechanism 25 to the nikker 32 and moving the nikker cup 70 after nikker to the cup loading mechanism, and the seventh manipulator 33 is further used for moving the used nikker cup lid to the nikker cup cleaning mechanism 38. The stirring mechanism includes a stirrer 34 and an eighth robot 35 for moving the snow cup 70 on the second transfer mechanism 25 to the stirrer 34 and moving the stirred snow cup 70 to the cup loading mechanism. The cup loading mechanism comprises a ninth manipulator 36 for moving the milk tea cup 60 on the first conveying mechanism 23 to a to-be-loaded area or a to-be-discharged area, and a tenth manipulator 37 for adding the raw materials in the snow-gram or stirred snow-gram cup 70 to the milk tea cup 60 in the to-be-loaded area and moving the milk tea cup 60 added with the raw materials after the snow-gram or stirred to the to-be-discharged area. The used snow mug is moved by the return mechanism 31 to the third robot 17. the third robot 17 is adapted to transfer the snow mug 70 on the return mechanism 31 to the first cleaning device 16 for cleaning and to transfer the cleaned snow mug 70 to the second platform 14.
Referring to fig. 1, the cup discharging system includes an ice replenishing machine 41, a hot water replenishing machine 42, a sealing machine 43, and an eleventh manipulator 44, where the eleventh manipulator 44 is configured to move the milk tea cups 60 discharged from the cup discharging area to the ice replenishing machine 41 or the hot water replenishing machine 42 and move the milk tea cups 60 after ice or hot water replenishing to the sealing machine 43, and the eleventh manipulator 44 is further configured to move the sealed milk tea cups 60 to a finished product discharging opening, and directly move the milk tea cups 60 that do not need ice and hot water replenishing to the sealing machine 43.
Referring to fig. 1 and 6, the tea processing apparatus further includes a third feeding mechanism 51, a third conveying mechanism 52, a sixth manipulator 53 and a second cleaning device 54, the third feeding mechanism 51 is an ice crusher, a tea extractor or an ice-sand and tea extracting all-in-one machine, the third feeding mechanism 51 is located between the returning mechanism 31 and the second conveying mechanism 25, a plurality of cups 80 are disposed on the third conveying mechanism 52, the sixth manipulator 53 is used for conveying the cups 80 on the third conveying mechanism 52 to corresponding feeding stations on the second conveying mechanism, the sixth manipulator 53 controls the cups 80 to feed the corresponding cups on the second channel, the cups are conveyed back to the second cleaning device by the sixth manipulator 53, and after cleaning, the cups are conveyed to a cup (tea/ice-sand extracting) storage area by the sixth manipulator 53.
According to the order requirement, for example, the original milk tea without adding other raw materials is in a standby state, the snow cup taking and placing mechanism, the snow machine and the third feeding mechanism are in a standby state, the non-original milk tea is in an actual requirement, for example, when cold drinks are made and sold, the snow cup taking and placing mechanism and the snow machine are in a working state, and when sand ice is required to be added, the third feeding mechanism is in a working state. The utility model discloses use the cold drink to explain as the theory of operation of whole equipment as the example, specifically as follows:
step 1, a first manipulator 12 and a second manipulator 15 grab milk tea cups 60 and snow tea cups 70 on a first platform 11 and a second platform 14 respectively according to instructions, and the milk tea cups 60 are labeled or marked on a labeling machine 13; the first manipulator 12 and the second manipulator 15 correspondingly place the labeled milky tea cups 60 and the labeled snow cups 70 into the first conveying mechanism 23 and the second conveying mechanism 25 respectively.
Step 2, the first conveying mechanism 23 and the second conveying mechanism 25 adopt a stepping plate chain conveying structure, the milk tea cups 60 and the snow cups 70 are respectively moved to the positions below the corresponding material nozzles according to the taste selected by the system for adding the raw materials, and the specific filling mode is as follows: the first transmission mechanism 23 and the second transmission mechanism 25 stay below each material nozzle for a set time, and the material nozzles needing to be added feed materials; because the first feeding mechanism 22 and the second feeding mechanism 24 are designed in a multilayer three-dimensional manner, when the milk tea cup 60 or the snow cup 70 needs to be fed between different layers, the materials are fed by the fourth manipulator 26 or the fifth manipulator 28 in a transposition manner.
Step 3, a ninth manipulator 36 moves the milk tea cup 60 on the first conveying mechanism 23 to a to-be-filled cup area, a seventh manipulator 33 moves the snow gram cup 70 on the second conveying mechanism 25 to a snow gram machine 32 and moves the snow gram cup 70 after snow gram to the to-be-filled cup area, a tenth manipulator 37 adds raw materials after snow gram or after stirring in the snow gram cup 70 to the milk tea cup 60 and moves the milk tea cup 60 after snow gram or after stirring to a cup discharge area, an eleventh manipulator 44 moves the milk tea cup 60 in the cup discharge area to an ice supplement machine 41 or a hot water supplement machine 42 and moves the milk tea cup 60 after ice supplement or hot water supplement to a sealing machine 43, and the eleventh manipulator 44 is also used for moving the sealed milk tea cup 60 to a finished product discharge port; the used Xueke cup 70 is returned to the first cleaning device 16 through the return mechanism 31 for cleaning and is used, and the Xueke cup cover is moved to the Xueke cup cleaning mechanism 38 through the seventh manipulator 33 for cleaning and is used.
When a product order of the tea/smoothie extraction process is required to be extracted, the sixth manipulator 53 conveys the beaker 80 to the third conveying mechanism 52, the beaker/smoothie extraction raw material is conveyed to the beaker/smoothie extraction mechanism after being added, the beaker/smoothie extraction process is conveyed to the feeding station corresponding to the second conveying mechanism 25 after being extracted and added, the beaker is conveyed to the second cleaning mechanism after being poured and added, and the beaker is conveyed to the storage area of the beaker 80 (the beaker/smoothie extraction) after being cleaned.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. A standing tea drink automatic processing equipment which characterized in that: comprises a cup taking system, a charging system, a functional system and a cup discharging system;
the milk tea cup taking and placing mechanism comprises a first platform (11) for storing milk tea cups, a first manipulator (12) for transferring the milk tea cups to the feeding system and a labeling machine (13) for marking the outer sides of the milk tea cups, and the snow cup taking and placing mechanism comprises a second platform (14) for storing the snow cups and a second manipulator (15) for transferring the snow cups to the feeding system;
the feeding system comprises a rack (21), a first feeding mechanism (22) used for adding raw materials into the milk tea cups, a first conveying mechanism (23) located below the first feeding mechanism (22) and used for receiving the milk tea cups transferred by the first manipulator (12), a second feeding mechanism (24) used for adding the raw materials into the snow cups, and a second conveying mechanism (25) located below the second feeding mechanism (24) and used for receiving the snow cups transferred by the second manipulator (15), wherein the milk tea cups move below the first feeding mechanism (22) through the first conveying mechanism (23), and the snow cups move below the second feeding mechanism (24) through the second conveying mechanism (25);
the functional system comprises a snow gram mechanism, a stirring mechanism and a cup loading mechanism, the snow gram mechanism comprises a snow gram machine (32) and a seventh mechanical arm (33) which is used for moving snow cups on the second conveying mechanism (25) to the snow gram machine (32) and moving the snow cups after snow gram to the cup loading mechanism, the stirring mechanism comprises a stirrer (34) and an eighth mechanical arm (35) used for moving the snow mug on the second conveying mechanism (25) to the stirrer (34) and moving the stirred snow mug to the cup loading mechanism, the cup loading mechanism comprises a ninth manipulator (36) for moving the milk tea cup on the first conveying mechanism (23) to a cup loading area or a cup discharging area, and a tenth manipulator (37) for adding the raw materials in the snow cup or the stirred snow cup into the milk tea cup in the cup loading area and moving the milk tea cup added with the raw materials or the stirred raw materials to the cup discharging area;
the cup discharging system comprises an ice supplementing machine (41), a water supplementing and heating machine (42), a sealing machine (43) and an eleventh manipulator (44), wherein the eleventh manipulator (44) is used for moving milk tea cups on the cup discharging area to the ice supplementing machine (41) or the water supplementing and heating machine (42) and moving milk tea cups after ice supplementing or hot water supplementing to the sealing machine (43), and the eleventh manipulator (44) is also used for moving the sealed milk tea cups to a finished product discharging port and directly moving milk tea cups which do not need ice supplementing or hot water supplementing to the sealing machine (43) from the cup discharging area.
2. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the charging system further comprises a return mechanism (31), a first cleaning device (16) and a third mechanical arm (17) are arranged on one side of the second platform (14), the used snow cup is moved to the third mechanical arm (17) through the return mechanism (31), and the third mechanical arm (17) is used for transferring the snow cup on the return mechanism (31) to the first cleaning device (16) and transferring the cleaned snow cup to the second platform (14).
3. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the first conveying mechanism (23) and the second conveying mechanism (25) are of plate chain type structures.
4. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the first feeding mechanism (22) and the second feeding mechanism (24) are multi-layered.
5. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the feeding system further comprises a fourth manipulator (26) used for conveying milk tea cups between the first feeding mechanisms (22) on different layers, a first slide rail assembly (27) arranged on one side of the first conveying mechanism (23) and used for moving the fourth manipulator (26), a fifth manipulator (28) used for conveying the snow tea cups between the second feeding mechanisms (24) on different layers, and a second slide rail assembly (29) arranged on one side of the second conveying mechanism (25) and used for moving the fifth manipulator (28).
6. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the tea processing equipment further comprises a third feeding mechanism (51), a third conveying mechanism (52), a sixth manipulator (53) and a second cleaning device (54), wherein a plurality of cups are arranged on the third conveying mechanism (52), and the sixth manipulator (53) is used for transferring the cups on the third feeding mechanism (51) to the second conveying mechanism (25) and the second cleaning device (54).
7. The one-stop tea beverage automatic processing equipment according to claim 6, characterized in that: the third feeding mechanism (51) comprises an ice crusher, a tea extracting machine or an ice-sand tea extracting all-in-one machine.
8. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the first feeding mechanism and the second feeding mechanism comprise liquid material feeding mechanisms, and each liquid material feeding mechanism comprises a first storage bin (201), a first material pipe (202), a lifting assembly and a stirring assembly; a liquid level sensor (203) is arranged in the first bin (201), and a controller (204) is arranged outside the first bin (201); the lifting assembly comprises a lifting driving motor (207) and a lifting plate (208), the lifting driving motor (207) is fixedly connected with the first storage bin (201), an output shaft of the lifting driving motor (207) is provided with a first screw rod (209), and the first screw rod (209) is in transmission connection with the lifting plate (208); stirring subassembly includes stirring driving motor (210) and stirring rod (211) of setting at stirring driving motor (210) output shaft, stirring driving motor (210) one side and lifter plate (208) fixed connection, opposite side and first feed bin (201) sliding connection.
9. The one-stop tea beverage automatic processing equipment according to claim 8, characterized in that: the bottom of the first storage bin (201) is of a slope structure, the first material pipe (202) is located at the lower position of the bottom of the storage bin, and the first material pipe (202) is provided with an electromagnetic valve (206).
10. The one-stop tea beverage automatic processing equipment according to claim 1, characterized in that: the first feeding mechanism comprises a frozen material feeding mechanism, the frozen material feeding mechanism comprises a second bin (212), a support plate (213), a lifting component, an X-axis moving assembly, a Y-axis moving assembly and a cutting material taking component, the lifting component is used for controlling the support plate (213) to slide in the second bin (212), the X-axis moving assembly comprises an X-axis guide rail (214) and an X-axis driving unit (215), the X-axis guide rail (214) is fixedly connected with the second bin (212), the Y-axis moving assembly comprises a sliding rod (216) and a Y-axis driving unit (217), the sliding rod (216) moves along the X-axis guide rail (214) under the action of the X-axis driving unit (215), the cutting material taking component comprises a support arm (218), a cutting unit and a material taking unit, the support arm (218) moves along the sliding rod (216) under the action of the Y-axis driving unit (217), the cutting unit comprises a cutting driving part (219) and a cutter (220), the cutter (220) moves up and down under the action of the cutting driving part (219), the material taking unit comprises a material taking box (221), a connecting plate (222) and a turnover driving part (223), the upper end of the connecting plate (222) is hinged to a support arm (218), the lower end of the connecting plate (222) is connected with the material taking box (221) in an assembling mode, two ends of the turnover driving part (223) are hinged to the support arm (218) and the side face of the material taking box (221) respectively, and the material taking box (221) is turned over under the action of the turnover driving part (223).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121171728.2U CN214856043U (en) | 2021-05-28 | 2021-05-28 | One-stop automatic tea processing equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202121171728.2U CN214856043U (en) | 2021-05-28 | 2021-05-28 | One-stop automatic tea processing equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113143013A (en) * | 2021-05-28 | 2021-07-23 | 雷翩 | One-stop automatic tea processing equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113143013A (en) * | 2021-05-28 | 2021-07-23 | 雷翩 | One-stop automatic tea processing equipment |
| CN113143013B (en) * | 2021-05-28 | 2022-04-29 | 雷翩 | One-stop automatic tea processing equipment |
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