DIY 3D printer for fruit iced desserts

A 3D printer, freezing point technology, applied in the fields of frozen desserts, food science, applications, etc., can solve the problems of unseen ice products, cumbersome equipment, long time, etc., and achieves convenient offline operation, simple button-type operation, and convenient operation. Effect

Pending Publication Date: 2019-08-02
HUZHOU VOCATIONAL TECH COLLEGE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] 3D printing is a hot topic in recent years. 3D printing models are very convenient. At present, there are 3D printing biscuits, 3D printing cakes, etc., but there is no use of 3D printers to directly print fruit juice into solid ice products (this application is named Freezing Point or iced dessert) equipment
Moreover, the existing method of making food into snacks through 3D printing is extremely cumbersome and requires too much equipment, such as a method of using concentrated fruit pulp to 3D print two-color sandwich snacks disclosed in the application number "201810161433.3", ( 1) Preparation of the first material: a. Mixing: Add concentrated fruit juice, potato starch, wheat starch, xanthan gum, vegetable oil, dietary fiber and essence into the mixer and mix evenly; b. Homogenization: Mix the steps ( a) Send the mixed material into the homogenizer, homogenize at 3.5MPa for 18-20min, so that the particle size of the material after homogenization is less than 20μm; c, heat preservation: put the material obtained in step (b) at 75 ~ 80 Keep warm for 25 ~ 30 minutes; d. Cooling: Cool the material obtained in step (c) to room temperature and put it in a refrigerator at 4°C for 10-12 hours; (2) Preparation of the second material: Follow the same steps in step (1) with different (3) Loading: Put the first material prepared in step (1) and the second material prepared in step (2) into two printing cylinders and fill them up; (4) Printing: use a dual-nozzle 3D printer to perform 3D printing based on the pre-made two-color sandwich 3D printing model
It needs to go through tedious and long-term material preparation, and more equipment is used
Not suitable for the needs of a group of 3D enthusiasts and young people

Method used

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  • DIY 3D printer for fruit iced desserts
  • DIY 3D printer for fruit iced desserts
  • DIY 3D printer for fruit iced desserts

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] A DIY fruit freezing point 3D printer, comprising a fruit juicer agitator 1, a double-opened container cup 2 with openings connected to both ends of the fruit juicer agitator, and a freezing point printer 3, the double-opened container cup or the double-opened container cup A filter sieve 4 is provided between the open container cup and the freezing point printer.

[0035] The freezing point printer includes a buffer cavity 31 at the top with a delivery pipeline column 11 connected to the bottom juice outlet of the fruit juicer agitator, an outlet connected to the bottom of the buffer cavity and communicating with the lower port of the delivery pipeline column 11. The liquid pipe 32, the 3D printing chamber 33 connected to the bottom of the buffer chamber, the movable printing table assembly and the heat dissipation structure at the bottom of the printing table assembly located in the 3D printing chamber; The micro-air pump 301 of the open container cup is used to extru...

Embodiment 2

[0042] The difference from the above embodiments is that the moving device includes a vertical moving structure that enables the printing table assembly to move in the direction of gravity and a horizontal moving structure that is arranged on the vertical moving structure to enable the printing table assembly to move horizontally, so The horizontal moving structure includes a vertical structure and a horizontal structure; the vertical moving structure includes a plurality of vertical screw rods 51 vertically installed in the 3D printing chamber, and the horizontal moving structure includes a set A horizontal frame 52 on the screw mandrel, a horizontal rod 53 connected between two adjacent horizontal frames, and a mobile frame 54 connected between the underframe cover and the horizontal rod.

[0043] The horizontal screw rods are horizontal screw rods, and the horizontal screw rods include a pair of parallel longitudinal screw rod groups and a pair of parallel horizontal screw r...

Embodiment 3

[0045] The difference from the above embodiment is that the horizontal sliding rod is a horizontal sliding rod, and the horizontal sliding rod includes a pair of parallel longitudinal sliding rod groups and a pair of parallel horizontal sliding rod groups, and the moving frame rod The follower 541 provided at the end and having a socket hole slidingly socketed with the horizontal sliding rod is slidably connected with the horizontal sliding rod. Both ends of each horizontal sliding rod are provided with The toothed belt on the inside is connected to the gear section 531 of the horizontal slide bar of the same group, and the two free ends of each belt are connected to the nearby follower of the horizontal slide bar parallel to the belt, so that the rotation of the belt drives The follower moves. The above-mentioned structure drives the follower on the horizontal sliding bar in another group to slide along the horizontal sliding bar through the movement of the belt, and then dri...

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PUM

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Abstract

The invention belongs to the field of 3D printing equipment, and in particular relates to a DIY 3D printer for fruit iced desserts.The DIY 3D printer comprises a fruit juicer and blender, a double-opening container cup having openingsand connected to both ends of the fruit juicer and blender, aniced dessert printer, and a filter sieve funnelarranged between the double-opening container cup and theiced dessert printer; the iced dessert printer comprises a buffer chamber which is arranged at the top and has a delivery tube column connected with the bottom juice outlet of the fruit juicer and juicer, a liquid outlet tube which is connected to the bottom of the buffer chamber and communicated with the lower port of the delivery tube column, a 3D printing chamberconnected to the bottom of thebuffer chamber, a printing table assembly which is arranged in the 3D printing chamber and can be moved by using a moving device, and a heat dissipating structure arranged at the bottom of the printing table assembly. According to the application, juicing and iced dessertprinting are integrated; the whole machine is small, the length can be designed to only 35 cm, which is similar to the height ofan ordinary insulated cup; the integrated induction charging is adopted; the button type operation is simpler; the offline operation is more convenient.

Description

technical field [0001] The invention belongs to the field of 3D printing equipment, and in particular relates to a DIY fruit freezing point 3D printer. Background technique [0002] 3D printing is a hot topic in recent years. 3D printing models are very convenient. At present, there are 3D printing biscuits, 3D printing cakes, etc., but there is no use of 3D printers to directly print fruit juice into solid ice products (this application is named Freezing Point or iced snacks). Moreover, the existing method of making food into snacks through 3D printing is extremely cumbersome and requires too much equipment, such as a method of using concentrated fruit pulp to 3D print two-color sandwich snacks disclosed in the application number "201810161433.3", ( 1) Preparation of the first material: a. Mixing: Add concentrated fruit juice, potato starch, wheat starch, xanthan gum, vegetable oil, dietary fiber and essence into the mixer and mix evenly; b. Homogenization: Mix the steps (...

Claims

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Application Information

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IPC IPC(8): A23G9/08A23G9/22
CPCA23G9/08A23G9/22A23G9/228
Inventor 应一晟陈邢凯潘骋姜义平
Owner HUZHOU VOCATIONAL TECH COLLEGE
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