Milk tea raw material storage cabinet and milk tea machine
By setting up horizontal and vertical partitions in the milk tea raw material storage cabinet to position the material extraction pipe, the problem of material extraction pipe is solved, and space-saving and efficient storage and use of milk tea raw materials is achieved.
Patent Information
- Application Number
- CN202420737514.4
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-10
- Publication Date
- 2025-03-14
- Estimated Expiration
- 2034-04-10
AI Technical Summary
In existing milk tea machines, multiple material extraction pipes are easily entangled together, resulting in messyness, and it is necessary to occupy the storage space in the storage cabinet to set up the wire manager.
By setting up transverse partitions and vertical partitions in the milk tea raw material storage cabinet, the pipe penetration holes on these partitions are used to position the material extraction tubes so that they are arranged side by side or vertically spaced apart to avoid winding.
There is no need to set up a wire manager in the storage cabinet, which effectively avoids the problem of material retrieval pipe wrapping and saves storage space.
Smart Images
Figure CN222611704U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to the technical field of milk tea machines, in particular to a milk tea raw material storage cabinet and a milk tea machine. Background Art
[0002] The milk tea machine includes a milk tea raw material storage cabinet and a milk tea making mechanism. The milk tea raw material storage cabinet is provided with multiple storage tanks, and multiple storage tanks store multiple milk tea raw materials respectively. Multiple material taking pipes are arranged in the milk tea raw material storage cabinet. The feeding ends of the multiple material taking pipes extend into the multiple storage tanks respectively, and the discharging ends are connected to the milk tea making mechanism. The milk tea making mechanism draws milk tea raw materials from the multiple storage tanks through the multiple material taking pipes, and then mixes these raw materials to make milk tea. The tube bodies of the multiple material taking pipes in the milk tea raw material storage cabinet are easily entangled and messy. For this reason, a cable organizer can be set in the storage cabinet to position the tube bodies of the multiple material taking pipes, but this will occupy the storage space in the storage cabinet. Utility Model Content
[0003] The technical problem to be solved by the utility model is to provide a milk tea raw material storage cabinet, which can prevent multiple material taking pipes from being entangled without arranging a wire organizer in the storage cabinet.
[0004] The utility model also provides a milk tea machine. The milk tea raw material storage cabinet of the milk tea machine does not need to be provided with a wire organizer in the storage cabinet, so that multiple material taking pipes can be prevented from being entangled together.
[0005] In order to solve the above technical problems, the utility model provides a milk tea raw material storage cabinet, including a cabinet body, a transverse partition and a plurality of first storage tanks, the transverse partition separates the upper and lower parts of the cabinet body, the plurality of first storage tanks are placed in a laterally parallel manner at the upper and lower parts of the cabinet body, and the plurality of first storage tanks respectively store a plurality of milk tea raw materials, a plurality of first material taking pipes are arranged in the cabinet body, the feeding ends of the plurality of first material taking pipes are respectively connected to the plurality of first storage tanks, and the discharging ends extend out of the cabinet body to be connected to the milk tea making mechanism, a plurality of first transverse through-tube holes arranged laterally in parallel are opened on the transverse partition, the plurality of first material taking pipe bodies respectively extend into the plurality of first transverse through-tube holes, and the walls of the plurality of first transverse through-tube holes respectively position the plurality of first material taking pipe bodies so that the plurality of first material taking pipe bodies are laterally parallel and spaced apart.
[0006] Furthermore, the first storage tank placed on the upper part of the cabinet has a first pipe connecting hole at the bottom of its front end surface, the first pipe connecting hole leads to the interior of the tank body, a quick connector is provided at the first pipe connecting hole, and the feed end of the first material taking pipe is connected to the quick connector, so that the first storage tank is connected in this way; and / or the first storage tank placed on the lower part of the cabinet has a pipe inserting hole on its top surface, the pipe inserting hole leads to the interior of the tank body, the feed end of the first material taking pipe is inserted into the pipe inserting hole and extends to the bottom of the tank body of the first storage tank, so that the first storage tank is connected in this way.
[0007] Furthermore, it includes a vertical partition, which separates the upper left and upper right parts of the cabinet; a plurality of second storage tanks are arranged vertically in parallel on the side of the vertical partition, and a plurality of milk tea raw materials are respectively stored in the second storage tanks; it includes a plurality of second material taking pipes, and the feeding ends of the plurality of second material taking pipes are respectively connected to the plurality of second storage tanks, and the discharging ends extend out of the cabinet to be connected to the milk tea making mechanism; a plurality of second transverse through-tube holes are arranged vertically in parallel on the vertical partition, and the tube bodies of the plurality of second material taking pipes are respectively extended into the plurality of second transverse through-tube holes, and the walls of the plurality of second transverse through-tube holes respectively position the tube bodies of the plurality of second material taking pipes so that the tube bodies of the plurality of second material taking pipes are arranged vertically in parallel and spaced apart.
[0008] Furthermore, a placing rack is provided on the side of the vertical partition, and a plurality of second storage tanks are placed vertically in parallel on the placing rack, and the placing rack separates two adjacent second storage tanks.
[0009] Furthermore, a second connecting hole is opened at the bottom of the front end surface of the second storage tank, the second connecting hole leads to the interior of the tank body, a quick connector is provided at the second connecting hole, and the feeding end of the second material extraction pipe is connected to the quick connector, thereby connecting the second storage tank.
[0010] Furthermore, a protruding vertical hanging board strip is provided on the inner wall of the cabinet, a vertical hanging board groove is opened on the inner side of the hanging board strip, a hanging board hole leading to the hanging board groove is opened on the outer wall of the hanging board strip, and a hook is provided on the horizontal partition, which is buckled into the hanging board hole and hooked on the inner wall of the hanging board groove. The horizontal partition is installed on the cabinet in this way.
[0011] Furthermore, there are a plurality of hanging plate holes arranged in parallel up and down, and the hook of the transverse partition can be changed from being buckled into one of the hanging plate holes to being buckled into another hanging plate hole.
[0012] The utility model comprises a milk tea raw material storage cabinet and a milk tea making mechanism. The milk tea making mechanism takes milk tea raw materials from the milk tea raw material storage cabinet and makes milk tea. The milk tea raw material storage cabinet is as described above, and the milk tea making mechanism is connected to the material discharging end of the material taking pipe of the milk tea raw material storage cabinet.
[0013] The milk tea raw material storage cabinet uses a transverse partition to position the tube bodies of multiple first material taking tubes so that the tube bodies of multiple first material taking tubes are arranged side by side and spaced apart laterally. There is no need to set a cable organizer in the storage cabinet, which can prevent the tube bodies of multiple material taking tubes from being entangled. BRIEF DESCRIPTION OF THE DRAWINGS
[0014] Figure 1 It is a schematic diagram of a milk tea machine.
[0015] Figure 2 This is a schematic diagram of the milk tea ingredient storage cabinet with the door removed.
[0016] Figure 3 yes Figure 2A partial enlarged picture of Figure 2 The A part.
[0017] Figure 4 It is a schematic diagram of the cabinet body, hanging strips and horizontal partitions of the milk tea raw material storage cabinet.
[0018] Figure 5 It is a schematic diagram showing the hook of the left horizontal partition being buckled into the hanging plate hole of the left hanging plate strip.
[0019] Figure 6 It is a schematic diagram showing the hook of the right horizontal partition being buckled into the hanging plate hole of the right hanging plate strip.
[0020] Figure 7 This is a schematic diagram of the front of a large storage tank, with the plug and cap also drawn in.
[0021] Figure 8 It is a schematic diagram of the left transverse partition and the first material extraction pipe on the left.
[0022] Fig. 9 It is a schematic diagram of the display rack, the upper vertical partition and the second feeding pipe.
[0023] Fig.10 It is an exploded view of the upper vertical partition and the second feeding pipe. DETAILED DESCRIPTION
[0024] The present invention is further described in detail below in conjunction with specific implementation methods.
[0025] Milk tea machine Figure 1 and Figure 2 , including a milk tea raw material storage cabinet 1 at the bottom and a milk tea making mechanism 2 at the top, the milk tea raw material storage cabinet 1 includes a cabinet body 10, 14 large storage tanks 31 and 7 small storage tanks 32 are placed in the cabinet body 10 and two cabinet doors 108 are hingedly connected, the 14 large storage tanks 31 store 14 kinds of milk tea raw materials with large daily consumption, and the 7 small storage tanks 32 store 7 kinds of milk tea raw materials with small daily consumption. The cabinet body 10 of the milk tea raw material storage cabinet 1 is provided with 14 first material taking pipes 41 and 7 second material taking pipes 42, the 14 first material taking pipes 41 have feed ends 411 connected to the 14 large storage tanks 31 respectively, and the discharge ends 412 connected to the milk tea making mechanism 2, the 7 second material taking pipes 42 have feed ends 421 connected to the 7 small storage tanks 32 respectively, and the discharge ends 422 connected to the milk tea making mechanism 2. The milk tea making mechanism 2 is a prior art, which draws milk tea raw materials from 21 storage tanks 31, 32 through 21 material taking pipes 41, 42, and then mixes these raw materials to make milk tea.
[0026] See Figure 4 , Figure 5 and Figure 6The left inner wall and the left part of the rear inner wall of the cabinet 10 are each provided with two protruding left hanging strips 11, and the right inner wall and the right part of the rear inner wall of the cabinet 10 are each provided with two protruding right hanging strips 12. The hanging strips 11 and 12 are vertical, and the inner sides of the hanging strips 11 and 12 are provided with vertically penetrating hanging strip grooves 13, and the outer walls of the hanging strips 11 and 12 are provided with hanging strip holes 14 connected to the hanging strip grooves 13, and there are multiple hanging strip holes 14 arranged in parallel up and down. The milk tea raw material storage cabinet 1 includes left and right transverse partitions 15 and 16, and the left edge and the left part of the rear edge of the left transverse partition 15 are each provided with two left hooks 150, and the right edge and the right part of the rear edge of the right transverse partition 16 are each provided with two right hooks 160. During installation: the four hanging plate holes 14 of the same height of the four left hanging plate strips 11 are used as the left installation holes, and the four left hooks 150 of the left transverse partition 15 are respectively buckled into the four hanging plate holes 14 of the four left hanging plate strips 11 and respectively hooked on the inner walls of the hanging plate grooves 13 of the four left hanging plate strips 11. The left transverse partition 15 is installed on the cabinet body 10 in this way to separate the upper left and lower left parts of the cabinet body 10; the four hanging plate holes 14 of the same height of the four right hanging plate strips 12 are used as the right installation holes, and the right installation hole has the same height as the left installation hole, and the four right hooks 160 of the right transverse partition 16 are respectively buckled into the four hanging plate holes 14 of the four right hanging plate strips 12 and respectively hooked on the inner walls of the hanging plate grooves 14 of the four right hanging plate strips 12. The right transverse partition 16 is installed on the cabinet body 10 in this way to separate the upper right and lower right parts of the cabinet body 10. Since the left hanging plate slat 11 has a plurality of hanging plate holes 14 arranged in parallel up and down, and the right hanging plate slat 12 also has a plurality of hanging plate holes 14 arranged in parallel up and down, when the height of the left and right transverse partitions 15 and 16 need to be changed, it is only necessary to allow the left hook 150 of the left transverse partition 15 to be disengaged from the hanging plate hole 14 originally buckled into and then buckled into a hanging plate hole 14 of other height of the left hanging plate slat 11, and to allow the right hook 160 of the right transverse partition 16 to be disengaged from the hanging plate hole 14 originally buckled into and then buckled into a hanging plate hole 14 of other height of the right hanging plate slat 11, thereby changing the height of the left and right transverse partitions 15 and 16.
[0027] See Figure 8 , the left transverse partition 15 is provided with 7 first transverse through-tube holes 17 arranged side by side, among the 14 first material taking tubes 41, the tube bodies 410 of the 7 first material taking tubes 41 on the left extend into the 7 first transverse through-tube holes 17 of the left transverse partition 15 respectively, and the hole walls of the 7 first transverse through-tube holes 17 of the left transverse partition 15 respectively position the tube bodies 410 of the 7 first material taking tubes 41 so that the tube bodies 410 of the 7 first material taking tubes 41 are arranged side by side and spaced from left to right, so as to prevent the tube bodies 410 of the 7 first material taking tubes 41 from being entangled together. Similarly, see Figure 4 The right transverse partition plate 16 is provided with seven first transverse through-tube holes 17 arranged in parallel on the left and right sides. The hole walls of the seven first transverse through-tube holes 17 of the right transverse partition plate 16 respectively position the tube bodies 410 of the seven first material taking tubes 41 on the right side. Figure 8 , which will not be elaborated here. Figure 7 A first pipe hole 311 is opened at the bottom of the front end of the large storage tank 31, and the first pipe hole 311 leads to the inside of the tank body. A quick connector 33 is provided at the first pipe hole 311. The quick connector 33 is a prior art. A pipe insertion hole 312 is opened on the top surface of the large storage tank 31, and the pipe insertion hole 312 leads to the inside of the tank body. Figure 2 , Figure 3 and Figure 7 , the 14 large storage tanks 31 and the 14 first material taking pipes 41 are divided into three groups: (1) the three large storage tanks 31 are placed in parallel on the upper left side of the cabinet 10, the insertion holes 312 of the three large storage tanks 31 are plugged with rubber plugs 313, and the feeding ends 411 of the three first material taking pipes 41 extend upward and are respectively connected to the quick connectors 33 of the three large storage tanks 31. In this way, the three large storage tanks 31 are respectively connected, and the milk tea raw materials can be sucked from the bottom of the three large storage tanks 31; (2) the three large storage tanks 31 are placed in parallel on the upper right side of the cabinet 10, the insertion holes 312 of the three large storage tanks 31 are also plugged with rubber plugs 313, and the three first material taking pipes 4 1 The feeding end 411 extends upward and is respectively connected to the quick connectors 33 of the three large storage tanks 31. In this way, the three large storage tanks 31 are respectively connected, and the milk tea raw materials can be sucked from the bottom of the three large storage tanks 31; (3) The seven large storage tanks 31 are placed in a left-right parallel manner at the lower part of the cabinet 10. The quick connectors 33 of the seven large storage tanks 31 are equipped with plugs 331. The feeding ends 411 of the seven first material extraction pipes 41 extend downward, are respectively inserted into the insertion holes 312 of the seven large storage tanks 31 and extend to the bottom of the tank bodies of the seven large storage tanks 31. In this way, the seven large storage tanks 31 are respectively connected, and the milk tea raw materials can be sucked from the bottom of the seven large storage tanks 31. The discharge ends 412 of the 14 first material extraction pipes 41 extend upward to the outside of the cabinet 10 and are connected to the milk tea making mechanism 2.
[0028] See Figure 2 and Figure 4 The milk tea raw material storage cabinet 1 includes two upper and lower vertical partitions 18 and 28, and a gap 156 in the front-to-back direction is left between the left and right transverse partitions 15 and 16. The bottom of the upper vertical partition 18 is inserted into the gap 156 and slidably installed between the upper left and upper right parts of the cabinet body 10 from front to back to separate the upper left and upper right parts of the cabinet body 10. The top of the lower vertical partition 28 is inserted into the gap 156 and slidably installed between the lower left and lower right parts of the cabinet body 10 from front to back to separate the lower left and lower right parts of the cabinet body 10. Fig. 9 , Fig.10The upper vertical partition 18 is provided with 7 second transverse through-tube holes 181 arranged in parallel from top to bottom, and the tube bodies 420 of the 7 second material taking tubes 42 are respectively extended into the 7 second transverse through-tube holes 181. The hole walls of the 7 second transverse through-tube holes 181 respectively position the tube bodies 420 of the 7 second material taking tubes 42 so that the tube bodies 420 of the 7 second material taking tubes 42 are arranged vertically and parallelly from top to bottom to avoid the tube bodies 420 of the 7 second material taking tubes 42 being entangled together. The bottom of the front end surface of the small storage tank 32 is provided with a second pipe hole leading to the inside of the tank body, and a quick connector 322 is provided at the second pipe hole. The milk tea raw material storage cabinet 1 is provided with left and right display racks 191 and 192 on the left and right sides of the upper vertical partition respectively. The seven small storage tanks 32 and the seven second material extraction pipes 42 are divided into two groups: (1) four small storage tanks 32 are placed on the left display rack 191 in a vertically parallel manner, and the left display rack 191 separates two adjacent small storage tanks 32. The feed ends 421 of the four second material extraction pipes 42 extend to the left and are connected to the quick connectors 322 of the four small storage tanks 32. In this way, the four second material extraction pipes 42 are connected to the left and connected to the quick connectors 322 of the four small storage tanks 32. (2) The three small storage tanks 32 are placed on the right rack 192 in a vertically parallel manner, and the right rack 192 separates two adjacent small storage tanks 32. The feed ends 421 of the three second material extraction pipes 42 extend to the right and connect to the quick connectors 322 of the three small storage tanks 32. In this way, the three small storage tanks 32 are connected respectively, and the milk tea raw materials can be sucked from the bottom of the three small storage tanks 32. Figure 2 , Figure 4 The right inner wall of the cabinet 10 is provided with a passage 109 extending upward to the outside of the cabinet. The discharge ends 422 of the seven second material taking pipes 42 extend rightwardly into the passage 109 and upwardly extend outside the cabinet 10 to connect to the milk tea making mechanism 2.
[0029] See Figure 2 , Figure 8 and Fig.10 The milk tea raw material storage cabinet 1 uses the left and right horizontal partitions 15 and 16 to position the tube bodies 410 of the 14 first material taking tubes 41 so that the tube bodies 410 of the 14 first material taking tubes 41 are arranged side by side and spaced apart from each other, and uses the upper vertical partition 18 to position the tube bodies 420 of the 7 second material taking tubes 42 so that the tube bodies 420 of the 7 second material taking tubes 42 are arranged side by side and spaced apart from each other. Therefore, there is no need to set a cable organizer in the storage cabinet 1, which can prevent the tube bodies 410 of the 14 first material taking tubes 41 from being entangled together, and can also prevent the tube bodies 420 of the 7 second material taking tubes 42 from being entangled together.
[0030] The above is only an implementation method of the invention, and does not limit the scope of patent protection. Those skilled in the art can make non-substantial changes or substitutions based on the invention, which still fall within the scope of patent protection.
Claims
1. A milk tea raw material storage cabinet, comprising a cabinet body, a transverse partition and a plurality of first storage tanks, wherein the transverse partition separates the upper and lower parts of the cabinet body, the plurality of first storage tanks are placed in a side-by-side manner at the upper and lower parts of the cabinet body, the plurality of first storage tanks respectively store a plurality of milk tea raw materials, a plurality of first material taking pipes are arranged in the cabinet body, the feeding ends of the plurality of first material taking pipes are respectively connected to the plurality of first storage tanks, and the discharging ends extend out of the cabinet body to be connected to the milk tea making mechanism, characterized in that: The transverse partition plate is provided with a plurality of first transverse through-tube holes arranged laterally in parallel, and the tube bodies of the plurality of first feeding tubes extend into the plurality of first transverse through-tube holes respectively. The walls of the plurality of first transverse through-tube holes respectively position the tube bodies of the plurality of first feeding tubes so that the tube bodies of the plurality of first feeding tubes are arranged laterally in parallel with each other.
2. The milk tea raw material storage cabinet according to claim 1, characterized in that: A first storage tank placed on the upper part of the cabinet has a first pipe hole at the bottom of the front end thereof, the first pipe hole leads to the interior of the tank, a quick connector is provided at the first pipe hole, and the feeding end of the first material taking pipe is connected to the quick connector, so as to connect the first storage tank; and / or The first storage tank is placed at the bottom of the cabinet, and has a pipe hole on its top surface, which leads to the inside of the tank. The feed end of the first material extraction pipe is inserted into the pipe hole and extends to the bottom of the first storage tank, thereby connecting the first storage tank.
3. The milk tea raw material storage cabinet according to claim 1, characterized in that: It includes a vertical partition, which separates the upper left and upper right parts of the cabinet; a plurality of second storage tanks arranged vertically in parallel are arranged on the side of the vertical partition, and a plurality of milk tea raw materials are respectively stored in the second storage tanks; it includes a plurality of second material taking pipes, and the feeding ends of the plurality of second material taking pipes are respectively connected to the plurality of second storage tanks, and the discharging ends extend out of the cabinet to be connected to the milk tea making mechanism; a plurality of second transverse through-tube holes arranged vertically in parallel are opened on the vertical partition, and the tube bodies of the plurality of second material taking pipes are respectively extended into the plurality of second transverse through-tube holes, and the walls of the plurality of second transverse through-tube holes respectively position the tube bodies of the plurality of second material taking pipes so that the tube bodies of the plurality of second material taking pipes are arranged vertically in parallel and spaced apart.
4. The milk tea raw material storage cabinet according to claim 3, characterized in that: A placing rack is arranged on the side of the vertical partition, and a plurality of second storage tanks are placed vertically in parallel on the placing rack, and the placing rack separates two adjacent second storage tanks.
5. The milk tea raw material storage cabinet according to claim 3, characterized in that: A second connecting hole is opened at the bottom of the front end surface of the second storage tank, and the second connecting hole leads to the interior of the tank body. A quick connector is provided at the second connecting hole, and the feeding end of the second material extraction pipe is connected to the quick connector, thereby connecting the second storage tank.
6. The milk tea raw material storage cabinet according to claim 1, characterized in that: The inner wall of the cabinet is provided with a protruding vertical hanging board strip, the inner side of the hanging board strip is provided with a vertical hanging board groove, the outer wall of the hanging board strip is provided with a hanging board hole leading to the hanging board groove, and the horizontal partition is provided with a hook, which is buckled into the hanging board hole and hooked on the inner wall of the hanging board groove. The horizontal partition is installed on the cabinet in this way.
7. The milk tea raw material storage cabinet according to claim 6, characterized in that: There are a plurality of hanging plate holes arranged in parallel up and down, and the hook of the horizontal partition can be changed from being buckled into one of the hanging plate holes to being buckled into another hanging plate hole.
8. A milk tea machine, comprising a milk tea raw material storage cabinet and a milk tea making mechanism, wherein the milk tea making mechanism takes milk tea raw materials from the milk tea raw material storage cabinet and makes milk tea, characterized in that: The milk tea raw material storage cabinet is as described in any one of claims 1 to 7, and the milk tea making mechanism is connected to the discharge end of the material taking pipe of the milk tea raw material storage cabinet.