TWM523306U - Coaxial brake type ice product manufacturing machine - Google Patents

Description

Coaxial brake type ice machine manufacturing machine

The present invention relates to a coaxial brake-type ice-making machine, and more particularly to a coaxial brake-type ice-making machine that uses a driving mode switching mechanism to control the rotation or depression of the rotating rod in situ.

Generally speaking, in order to cool off the heat or satisfy the appetite, the general public chooses to eat ice, such as shaved ice, ice or ice cream. The production of shaved ice is mainly caused by the use of the ice machine's turntable to drive the ice to rotate and contact the planer to produce shaved ice or ice. The ice cream is made by the machine to squeeze the ice body that has been mixed into the air. Therefore, the general shaved ice can only produce the shaved ice, and the ice cream needs to be extruded through the ice cream machine, which cannot be selected through a single machine. Make shaved ice or ice cream.

As mentioned above, in the prior art, the shaved ice can only be made by the ice machine, and the ice cream can only be made by the ice cream machine, so when the store wants to sell both ice and ice cream. When it comes to the product, it is necessary to separately prepare one ice machine and one ice cream machine, which will lead to an increase in operating costs. Since the ice machine and the ice cream machine can only produce shaved ice and ice cream, they cannot be effectively flexed according to the needs of the guests. It is extremely inconvenient to use.

In addition, since the conventional ice machine uses horizontal brakes, when the thickness of the ice shaving knife (for example, 0.05 mm) is less than the distance of each thread of the middle shaft (for example, 0.1 mm), if none Appropriate pressure relief will cause the ice brick to be crushed. Therefore, the traditional ice planer is equipped with a transverse gear system that is perpendicular to the central axis at 90 degrees. The middle shaft hits the hard ice and cannot be smoothly removed. The gear rotates to achieve the pressure relief function. The disadvantage is that the central axis and the gear are staggered at 90 degrees, and the impact force is large to generate noise and the middle shaft is easily damaged.

In view of the existing technology, shaved ice and ice cream are produced by ice machine and ice cream machine respectively, so most of the stores usually only sell shaved ice or ice cream, and when there is a store that wants to sell both shaved ice and ice cream, it needs It is very inconvenient and will increase the cost of preparing at least one ice machine and ice cream machine.

The necessary technical means for solving the prior art problem is to provide a coaxial brake type ice product manufacturing machine, which comprises a machine body and a driving module. The machine system has an accommodating space, and is provided with an output shaft hole and two tracks. The output shaft hole is connected to the accommodating space, and the two track systems are symmetrically disposed on both sides of the output shaft hole, so as to be used for The drawer type ice base carrier of the ice base housing box is correspondingly installed under the output shaft hole.

The driving module is disposed in the accommodating space and includes a driving mode switching mechanism and a power device. The drive mode switching mechanism includes a support frame body, a coaxial brake ring, a power output rod, a brake assembly, and a drive plate. The support frame system is fixedly disposed in the accommodating space.

The coaxial brake ring is rotatably disposed on the support frame and has a screw hole. The power output rod has a screw section and a driving section. The screw section is cooperatively disposed through the screw hole. The driving section extends from the screw section to the shaft hole, and a driving disk fixing hole is opened at the end of the driving section. brake The component is disposed on the support frame and abuts against the coaxial brake ring. The drive plate is detachably secured to the drive section.

The power unit is coupled to the power output rod to drive the power output rod to rotate at a first speed, so that the coaxial brake ring is simultaneously driven by the power output rod and the braking device is braked to be smaller than the first speed. The second rotation speed is rotated, so that the power output rod is pushed downward by the cooperation of the screw segment and the screw hole.

Wherein, when the power device stops driving the power output rod, the coaxial brake ring stops the rotation of the power output rod through the screw hole and the screw segment through the brake of the brake assembly.

An auxiliary technical means derived from the above-mentioned technical means is that the coaxial brake ring is further provided with at least one locking hole, and the locking hole extends outwardly around the screw hole for the user to lock the coaxial brake ring. . Preferably, the threaded bore extends vertically, the keyhole extending radially outward. In addition, the driving mode switching mechanism further includes an electromagnetic brake component disposed on the support frame body and configured to extend the locking hole into a locking lever to lock the coaxial brake ring.

An auxiliary technical means derived from the above-mentioned necessary technical means is that the driving module further comprises a controller disposed in the accommodating space and configured to control the power output of the power device.

An auxiliary technical means derived from the above-mentioned necessary technical means is that the coaxial brake type ice product manufacturing machine further comprises a tripod, a lower casing and an upper casing, wherein the lower casing is fixed on the tripod. The housing is fixedly attached to the lower housing, and the receiving space is enclosed by the lower housing.

Preferably, the coaxial brake type ice making machine further comprises a cup holder, and the cup holder is Removably attached to the stand for carrying a beverage cup. Wherein, the driving mode switching mechanism further comprises a stirring rod which is detachably mounted on the driving section when the driving disc is detached from the driving section, and is used for stirring the beverage in the beverage cup. In addition, the stirring rod has a blade portion and a flow guiding portion.

As described above, the shaved ice and the ice cream can be manufactured through the ice machine and the ice cream machine respectively compared with the prior art. However, the coaxial brake type ice making machine provided by the present invention can switch the manufacturing of the shaved ice mode or the ice cream mode through the power device. Therefore, it is possible to selectively manufacture shaved ice or ice cream according to the needs of the user. In addition, since the creation has a coaxial brake ring, it is possible to effectively control the rotational speed of the power output rod through the coaxial brake of the coaxial brake ring.

100, 100a, 100b‧‧‧ coaxial brake ice making machine

1, 1a, 1b‧‧‧ machine body

11, 11a, 11b‧‧‧ feet

12, 12a‧‧‧ lower casing

121‧‧‧ Output shaft hole

122‧‧‧Motor shaft hole

123, 123a‧‧ Track

13, 13a‧‧‧ upper casing

131a‧‧‧racks

2, 2a‧‧‧ drive module

21, 21a‧‧‧ fixed substrate

211, 211a‧‧‧ slotting

212, 212a‧‧‧ perforation

22, 22a‧‧‧ Drive mode switching mechanism

221, 221a‧‧‧Support frame

2211, 2211a‧‧‧ perforation

2212, 2212a‧‧‧ brake holes

2213a‧‧‧煞Car hole

222, 222a‧‧‧Rotor bearing

223, 223a‧‧‧ rotor

224, 224a‧‧‧ inch car ring bearings

225, 225a‧‧‧ coaxial brake ring

2251, 2251a‧‧‧ screw holes

2252a‧‧‧Keyhole

226, 226a‧‧‧ power output rod

2261, 2261a‧‧‧ screw segment

2262, 2262a‧‧‧ drive segment

22621, 22621a‧‧‧ drive plate fixing holes

22622, 22622a‧‧‧ latch

227, 227a‧‧‧ brake components

2271, 2271a‧‧‧煞Rolling screws

2272, 2272a‧‧‧煞片

2273, 2273a‧ ‧ spring

228, 228a‧‧‧ drive disk

228b‧‧‧ stir bar

2281, 2281a‧‧ ‧ one-way occlusion structure

2282, 2282a‧‧‧ center positioning cone structure

2281b‧‧‧ Blades

2282b‧‧‧Drainage Department

229a‧‧‧Electromagnetic lock firmware

23, 23a‧‧‧ Powerplant

231, 231a‧‧‧ power output shaft

24, 24a‧‧‧ Transmission components

241, 241a‧‧‧ first drive plate

242, 242a‧‧‧second drive plate

243, 243a‧‧‧ drive belt

25, 25a‧‧‧ controller

3b‧‧‧ cup holder

31b‧‧‧ openings

500‧‧‧ drink cup

S‧‧‧ accommodating space

The first figure shows a schematic view of a coaxial brake-type ice-making machine provided by the first preferred embodiment of the present invention; the second figure shows a coaxial brake-type ice-making machine provided by the first preferred embodiment of the present invention. FIG. 3 is a perspective exploded view showing the coaxial brake manufacturing machine of the first preferred embodiment of the present invention; and the fourth drawing shows the first preferred embodiment of the present invention. The schematic diagram of the three-dimensional exploded view of the driving module provided; the fifth drawing is a schematic view of the AA cross section of the first figure; the sixth and seventh figures show the ice base substrate accommodating mechanism equipped with a hard ice base by means of ice The product base mechanism carrier is mounted on the coaxial brake type ice product provided by the first preferred embodiment of the present invention. A schematic plan view of the manufacturing machine; the eighth and ninth drawings show that the ice base substrate accommodating mechanism equipped with the soft ice base is installed in the first preferred embodiment of the present by the ice base receiving mechanism carrier FIG. 10 is a schematic plan view showing a coaxial brake-type ice product manufacturing machine provided by the second embodiment; FIG. 11 is a perspective view showing the coaxial brake-type ice product manufacturing machine provided by the second preferred embodiment of the present invention; An exploded perspective view of a coaxial brake-type ice-making machine provided by the second preferred embodiment; a twelfth view showing a schematic exploded view of the driving module provided by the second preferred embodiment of the present invention; 3 is a perspective view showing a coaxial brake ring provided by a second preferred embodiment of the present invention; FIG. 14 is a cross-sectional view of a CC of the tenth embodiment; and a fifteenth view showing a third preferred embodiment of the present creation A schematic view of a coaxial brake-type ice product manufacturing machine provided by the present invention; and a sixteenth drawing showing a schematic diagram of the actual operation of the coaxial brake-type ice-making machine provided by the third preferred embodiment of the present invention.

Please refer to the first to fifth figures. The first figure shows a schematic view of the coaxial brake-type ice manufacturing machine provided by the first preferred embodiment of the present invention; the second figure shows the first preferred embodiment of the present creation. An exploded perspective view of a coaxial brake-type ice-making machine provided; second The figure shows another perspective exploded view of the coaxial brake type ice making machine provided by the first preferred embodiment of the present invention; and the fourth figure shows the three-dimensional structure of the driving module provided by the first preferred embodiment of the present invention. The schematic diagram of the decomposition; the fifth diagram is a schematic diagram of the AA section of the first figure. As shown, a coaxial brake-type ice product manufacturing machine 100 includes a machine body 1, a drive module 2, and a drawer type ice base carrier 3.

The machine body 1 includes a tripod 11, a lower casing 12 and an upper casing 13. The tripod 11 is placed on a plane (not shown), and the lower casing 12 is fixed on the platform 11. The upper casing 13 is fixedly attached to the lower casing 12 and encloses an accommodating space S (indicated in the fifth figure), and the lower casing 12 and the upper casing 13 are transmitted through the stand 11 Support and keep a distance from the plane. The lower housing 12 defines an output shaft hole 121, a motor shaft hole 122, and two rails 123 (only one is shown). The output shaft hole 121 and the motor shaft hole 122 are spaced apart from each other and communicate with the accommodating space. S, and the two tracks 123 are symmetrically disposed on both sides of the output shaft hole 121.

The driving module 2 includes a fixed substrate 21, a driving mode switching mechanism 22, a power unit 23, a transmission assembly 24, and a controller 25.

The fixed substrate 21 is disposed in the accommodating space S and is fixed to the lower casing 12 , and the fixed substrate 21 defines a through hole 211 and a through hole 212 . The driving mode switching mechanism 22 is disposed on the fixed substrate 21 and includes a supporting frame body 221, a rotor bearing 222, a rotor 223, a two-turning ring bearing 224 (only one is shown), a coaxial brake ring 225, and a power. The output rod 226, the two brake assemblies 227 (only one is shown), and a drive plate 228.

The support frame 221 is fixed to the fixed substrate 21 and correspondingly located above the through slot 211, and the support frame 221 defines a through hole 2211 and two brake holes 2212 (only one is shown), wherein the through hole 2211 is vertically downward. Extending, and the two brake holes 2212 are horizontally extended Set. The rotor bearing 222 is disposed on the through slot 211, and the rotor 223 is disposed on the rotor bearing 222 and located between the support frame body 221 and the rotor bearing 222. The second brake ring bearing 224 is disposed on the rotor 223, and the coaxial brake ring 225 is located between the two brake ring bearings 224, so that the upper and lower sides of the support coaxial brake ring 225 are supported by the two-turn race bearing 224, and the coaxial brake is also provided. The ring 225 has a screw hole 2251.

The power output rod 226 has a screw section 2261 and a driving section 2262. The screw section 2261 is cooperatively disposed through the screw hole 2251. The driving section 2262 extends integrally from the screw section 2261 and extends out to the shaft hole 121. The drive segment 2262 extends through the end of the shaft hole 121 to define a drive plate fixing hole 22621, and the drive plate fixing hole 22621 is for inserting a pin 22622.

The two brake assemblies 227 are respectively disposed on the two brake holes 2212, and the two brake assemblies 227 each include a brake screw 2271, a brake shoe 2272, and a spring 2273. The brake screw 2271 is rotatably screwed through the brake hole 2212. The brake shoe 2272 is disposed in the support frame body 221 and abuts against the coaxial brake ring 225, and the spring 2273 is disposed between the brake shoe 2272 and the brake screw 2271, so that the brake shoe 2272 is elasticized by the support of the brake screw 2271. Push against the coaxial brake ring 225. The user can adjust the force of the brake shoe 2272 against the coaxial brake ring 225 by the degree of locking of the brake screw 2271 to the brake hole 2212.

The driving disc 228 is fixed to the end of the driving section 2262 through the latch 22622 and the driving disc fixing hole 22621, and the driving disc 228 has six one-way engaging structures 2281 and a central positioning tapered structure 2282, and six one-way engaging structures. The 2281 is evenly circumferentially disposed, and the centrally located tapered structure 2282 is located at the center between the six one-way occlusal structures 2281.

The power unit 23 is disposed on the fixed substrate 21 and corresponds to the through hole 212, and the power unit 23 has a power output shaft 231, and the power output shaft 231 is a self-piercing 212 and a motor shaft. The hole 122 is pierced. The transmission assembly 24 includes a first transmission disk 241, a second transmission disk 242 and a transmission belt 243. The first transmission disk 241 is interferingly disposed in the driving segment 2262 and located between the fixed substrate 21 and the driving plate 228. That is, in practical practice, the first driving disk 241 is first inserted through the driving section 2262, and then the driving disk 228 is fixed to the end of the driving section 2262.

The controller 25 is disposed on the fixed substrate 21 for the user to control the power output mode of the power unit 23. In practice, the controller 25 is electrically coupled to the power unit 23 and a control panel (not shown) for the user to control the power output of the power unit 23.

Please continue to refer to the sixth and seventh figures. The sixth and seventh figures show that the ice base base containing the hard ice base is installed in the creation by the ice base receiving mechanism. A schematic plan view of a coaxial brake ice making machine provided by a preferred embodiment. As shown in the figure, an ice base receiving mechanism carrier 200 has a carrier frame 201 and a discharge port 202, and the carrier frame 201 corresponds to the two rails 123, so that the ice base receiving mechanism carrier The 200 is replaceably mounted on the machine body 1. In the embodiment, the ice base receiving mechanism 300 is provided with a hard ice base 400, and the hard ice base 400 is, for example, ice, and the ice base receiving mechanism 300 has a cover corresponding to the driving plate 228. 301. Thereby, when the power output rod 226 rotates, the hard ice base 400 can be rotated by the driving disk 228, thereby making the hard ice base 400 and the bottom of the ice base receiving mechanism carrier 200 (Fig. The contact is dropped by the discharge port 202 and forms an ice product.

Please continue to refer to the eighth and ninth diagrams. The eighth and ninth diagrams show that the ice base substrate accommodating mechanism equipped with the soft ice base is installed in the creation by the ice base accommodating mechanism carrier. A schematic plan view of a coaxial brake ice making machine provided by a preferred embodiment. As shown in the figure, the coaxial winding type ice making machine 100 of the present invention can be equipped with an ice base body. The mechanism carrier 200a is disposed, and the ice substrate receiving mechanism carrier 200a is also replaceably mounted on the two rails 123 by a carrier frame 201a, and the ice substrate receiving mechanism carrier 200a is used to carry an ice. The base body accommodating mechanism 300a is provided with a soft ice base 400a, and the soft ice base 400a is ice cream; wherein, since the ice cream only needs to be discharged through extrusion, the ice product is The bottom of the base receiving mechanism carrier 200a is provided with only the discharge opening 202a, and no planing blade is provided, and the upper cover 301a of the ice base receiving mechanism 300a is not provided with a structure that interferes with the driving plate 228. In practice, the user can tighten the brake shoe 2272 against the coaxial brake ring 225 by the locking of the brake screw 2271, so that the coaxial brake ring 225 cannot rotate, so that when the power unit 23 rotates with the power output rod 226, The screw section 2261 is pushed down the thread of the screw hole 2251 to squeeze the ice cream out of the discharge port 202a.

Please refer to the tenth to fourteenth drawings. FIG. 10 is a perspective view showing the coaxial brake-type ice product manufacturing machine provided by the second preferred embodiment of the present invention; FIG. 11 is a second preferred embodiment of the present invention. FIG. 12 is a perspective exploded view showing the driving module provided by the second preferred embodiment of the present invention; FIG. 13 is a perspective exploded view showing the driving module provided by the second preferred embodiment of the present invention; A schematic perspective view of a coaxial brake ring provided by the second preferred embodiment is shown. The fourteenth embodiment is a CC cross-sectional view of the eleventh figure. As shown in the figure, a coaxial brake type ice making machine 100a includes a machine body 1a, a driving module 2a and a drawer type ice base carrier 3a.

The machine body 1a includes a tripod 11a, a lower housing 12a and an upper housing 13a. The tripod 11a is for being placed on a plane (not shown), and the lower housing 12a is fixed on the stand 11a. The upper casing 13a is fixedly attached to the lower casing 12a, and encloses an accommodating space (not shown), and the lower casing 12a and the upper casing 13a are supported by the support of the footrest 11a. Plane to maintain a distance from. The lower housing 12a defines an output shaft hole (not shown), a motor shaft hole (not shown), and two rails 123a (only one is shown), the output shaft hole (not shown) and the motor shaft hole. (not shown) are spaced apart and communicated with the accommodating space, and the two tracks 123a are symmetrically disposed on opposite sides of the output shaft hole (not shown). In addition, the upper casing 13a is further provided with two shelves 131a (not shown).

The driving module 2a includes a fixed substrate 21a, a driving mode switching mechanism 22a, a power unit 23a, a transmission assembly 24a, and a controller 25a.

The fixed substrate 21a is disposed in the accommodating space and is fixed to the lower casing 12a. The fixed substrate 21a defines a through hole 211a and a through hole 212a. The driving mode switching mechanism 22a is disposed on the fixed substrate 21a, and includes a supporting frame body 221a, a rotor bearing 222a, a rotor 223a, a two-turn ring bearing 224a (only one is shown), a coaxial brake ring 225a, and a power. The output rod 226a, the two brake assemblies 227a (only one is shown), a drive plate 228a, and an electromagnetic brake member 229a.

The support frame body 221a is fixed to the fixed substrate 21a and correspondingly located above the through slot 211a, and the support frame body 221a defines a through hole 2211a, two brake holes 2212a (only one is shown) and a brake hole 2213a, wherein the through hole 2211a It extends vertically downward, and the two brake holes 2212a are horizontally extended, and the brake holes 2213a are also horizontally disposed, but perpendicular to the extending direction of the two brake holes 2212a. The rotor bearing 222a is disposed in the through groove 211a, and the rotor 223a is disposed on the rotor bearing 222a and located between the support frame body 221a and the rotor bearing 222a. The second brake ring bearing 224a is disposed on the rotor 223a, and the coaxial brake ring 225a is located between the two brake ring bearings 224a, so that the upper and lower sides of the support coaxial brake ring 225a are supported by the two-turn race bearing 224a, and the coaxial brake is also provided. The ring 225a has a screw hole 2251a and a plurality of locking holes 2252a, and the locking hole 2252a is a screw hole. The 2251a is centered around.

The power output rod 226a has a screw section 2261a and a driving section 2262a. The screw section 2261a is cooperatively disposed through the screw hole 2251a. The driving section 2262a integrally extends downwardly from the screw section 2261a and passes out to the shaft hole 121a. The driving segment 2262a has a driving disk fixing hole 22621a at the end of the shaft hole 121a, and the driving disk fixing hole 22621a is for inserting a pin 22622a.

The two brake assemblies 227a are respectively disposed on the two brake holes 2212a, and the two brake assemblies 227a each include a brake screw 2271a, a brake shoe 2272a, and a spring 2273a. The brake screw 2271a is rotatably screwed through the brake hole 2212a. The brake shoe 2272a is disposed in the support frame body 221a and abuts against the coaxial brake ring 225a, and the spring 2273a is disposed between the brake shoe 2272a and the brake screw 2271a, so that the brake shoe 2272a is elasticized by the support of the brake screw 2271a. The ground brake ring 225a is pushed against the ground and a static friction force is generated between the coaxial brake ring 225a. The user can adjust the force of the brake shoe 2272a against the coaxial brake ring 225a by the degree of locking of the brake screw 2271a to the brake hole 2212a.

The driving disc 228a is fixed to the end of the driving section 2262a through the latch 22622a and the driving disc fixing hole 22621a, and the driving disc 228a has six one-way engaging structures 2281a and a central positioning tapered structure 2282a, and six one-way engaging structures. The 2281a is evenly circumferentially disposed, and the centrally located conical structure 2282a is located at the center between the six one-way occlusal structures 2281a.

The electromagnetic brake member 229a is disposed on the brake hole 2213a, and is configured to extend into the lock hole 2252a a locking lever (not shown), so that the coaxial brake ring 225a is fixed and does not rotate.

The power unit 23a is disposed on the fixed substrate 21a and corresponds to the through hole 212a, and the power unit 23a has a power output shaft 231a, and the power output shaft 231a is self-piercing 212a and The motor shaft hole 122a is pierced. The transmission assembly 24a includes a first transmission disk 241a, a second transmission disk 242a and a transmission belt 243a. The first transmission disk 241a is interferingly disposed in the driving segment 2262a and located between the fixed substrate 21a and the driving plate 228a. That is, in practical practice, the first driving disk 241a is first inserted into the driving section 2262a, and then the driving disk 228a is fixed to the end of the driving section 2262a.

The controller 25a is disposed in the upper casing 13a for the user to control the power output mode of the power unit 23a. The controller 25a includes a detecting component 251a and a control panel 252a, so that the user can pass through the control panel 252a. The power output of the power unit 23a is controlled, and the degree of downward movement of the power output rod 226a can be detected by the detecting element 251a to more precisely control the moving position of the power output rod 226a.

As described above, the difference between the coaxial brake-type ice-making machine 100a of the present embodiment and the coaxial brake-type ice-making machine 100 provided by the first preferred embodiment is mainly that the coaxial brake ring 225a has more The locking frame 2252a has more of the brake holes 2213a for the electromagnetic brake member 229a to be installed, whereby the electromagnetic brake member 229a can be controlled when the user wants to push the power output rod 26a downward. Extending the locking lever to the locking hole 2252a causes the coaxial braking ring 225a to stop rotating. At this time, the screw segment 2261a of the power output lever 26a will directly push downward along the thread of the screw hole 2251a without the power device. The power delivered by 23a consumes friction between the coaxial brake ring 225a and the brake shoe 2272a.

Please refer to the fifteenth and sixteenth drawings. FIG. 15 is a perspective view showing the coaxial brake-type ice manufacturing machine provided by the third preferred embodiment of the present invention; A schematic plan view of the actual operation of the coaxial brake-type ice product manufacturing machine provided by the third preferred embodiment. As shown in the figure, a coaxial brake-type ice product manufacturing machine 100b and the above-mentioned coaxial brake The ice product manufacturing machine 100 is similar to 100a except that the coaxial brake type ice making machine 100b further includes a cup holder 3b, and the driving mode switching mechanism (not shown) further includes a stirring bar 228b. The cup holder 3b is detachably mounted on a stand 11b of the machine body 1b, and the cup holder 3b defines an opening 31b for placing a beverage cup 500, and the stirring rod 228b is attached to the driving plate 228. When the driving section 2262 is detached, it is detachably mounted on the driving section 2262, and is used for stirring the beverage in the beverage cup 500, and the stirring bar 228b further has a blade portion 2281b and a guiding portion 2282b, and the blade portion The 2281b can be used to smash the fruits and the like in the beverage cup 500, and the flow guiding portion 2282b can guide the liquid in the beverage cup 500 to generate eddy currents to achieve the effect of accelerating the mixing and mixing.

In summary, compared with the prior art, in order to manufacture shaved ice and ice cream, two machines are specially prepared. The coaxial brake-type ice manufacturing machine provided by the present invention mainly uses a coaxial brake ring coaxially disposed on the power output rod. The screw section, so the user only needs to control the coaxial brake ring to make the power output rod generate different power modes. For example, when the user wants to manufacture the shaved ice, only the brake assembly needs to abut the coaxial brake ring to reduce the power. The pressure generated when the output rod rotates, to avoid the power output rod being stuck because the ice is too hard; when the user wants to make the ice cream, only the brake assembly is required to lock the coaxial brake ring, or the electromagnetic lock and the lock are utilized. The cooperation of the holes to lock the coaxial brake ring allows the power output rod to push down the ice cream under the full force of the thread in the screw hole.

In addition, since this creation has a cup holder and a stir bar, it can be used to make drinks or chopped fruits in addition to ice.

The features and spirit of the present invention are more clearly described in the above detailed description of the preferred embodiments, and the scope of the present invention is not limited by the preferred embodiments disclosed herein. Those who have the usual knowledge in the technical field can be based on this creation. Various other modifications and variations are described in the description of the embodiments. However, all of the improvements and variations made in accordance with the present embodiment are still within the scope of the creative spirit and definition of the present invention.

100‧‧‧Coaxial Brake Ice Manufacturing Machine

11‧‧‧ foot stand

12‧‧‧ Lower case

121‧‧‧ Output shaft hole

13‧‧‧Upper casing

2‧‧‧Drive Module

Claims (10)

A coaxial brake-type ice product manufacturing machine includes: a machine body having an accommodation space, and is provided with an output shaft hole and two tracks, wherein the output shaft hole is connected to the accommodation space, and the two track systems Illustratively disposed on both sides of the output shaft hole, so that a drawer type ice base carrier for accommodating an ice base receiving box is correspondingly installed under the output shaft hole; and a driving The module is disposed in the accommodating space, and includes: a driving mode switching mechanism, comprising: a supporting frame fixedly disposed in the accommodating space; a coaxial brake ring rotatably disposed on the The support frame body has a screw hole; a power output rod has a screw segment and a driving segment, the screw segment is cooperatively threaded through the screw hole, and the driving segment extends from the screw segment to the a shaft assembly; a brake assembly disposed on the support frame and abutting the coaxial brake ring; and a drive plate detachably fixed to the drive segment; and a power unit coupled to the drive unit The power output rod is used for The power output rod is rotated at a first rotation speed, so that the coaxial brake ring is simultaneously driven by the power output rod and the brake of the brake assembly to rotate at a second rotation speed lower than the first rotation speed, thereby making the power output The rod is pushed downward by the cooperation of the screw segment and the screw hole; wherein when the power device stops driving the power output rod, the coaxial brake ring passes through the screw hole of the brake assembly and the screw hole The power rod is stopped by the cooperation of the screw segments. The coaxial brake-type ice-making machine of claim 1, wherein the coaxial brake ring is further provided with at least one locking hole, and the locking hole extends outwardly around the screw hole for the user to lock Die the coaxial brake ring. The coaxial brake type ice making machine of claim 2, wherein the screw hole extends vertically, the keyhole extending radially outward. The coaxial brake-type ice-making machine of claim 2, wherein the driving mode switching mechanism further comprises an electromagnetic brake device disposed on the support frame and configured to extend the lock hole into the lock hole. In order to lock the coaxial brake ring. The coaxial brake-type ice-making machine of claim 1, wherein the driving module further comprises a controller disposed in the accommodating space for controlling the power output of the power device. The coaxial brake-type ice-making machine of claim 1, wherein the machine body further comprises a tripod, a lower casing and an upper casing, wherein the lower casing is fixed to the tripod, the upper casing The system is fixedly attached to the lower casing, and surrounds the accommodating space with the lower casing. The coaxial brake-type ice-making machine of claim 6, further comprising a cup holder, the cup holder being detachably mounted on the stand for carrying a beverage cup. The coaxial brake type ice making machine of claim 7, wherein the driving mode switching mechanism further comprises a stirring rod, detachably mounted on the driving plate when the driving plate is detached from the driving section. On the segment, and used to stir the beverage in the beverage cup. The coaxial brake type ice making machine of claim 8, wherein the stirring rod further has a blade portion. The coaxial brake type ice making machine of claim 8, wherein the stirring rod further has a flow guiding portion.