JP3146677U - Ice cream making machine - Google Patents

Abstract

An ice cream making device that can easily and quickly make delicious ice cream to be made at home.
A cooling pot 2, which is a bottomed cylindrical body made of a synthetic resin and is detachably engaged with an opening of a main body 1, encloses a cold storage agent A in an outer peripheral wall housing portion, and the cooling pot A stirring blade 3 for agitating the frozen dessert food B injected from the opening of 2 is inserted, and one axial end 3a of the stirring blade 3 is engaged with the opening of the main body 1. In a manual ice cream manufacturing machine that is coupled to a handle 5 that passes through the shaft end hole 4a and rotates on the outer peripheral surface of the lid body 4, a frozen dessert food with a small lid 6 on a part of the lid body 4 The injection port 7 through which B can be injected is opened so that the frozen confectionery material B can be injected after the final assembly of the rotating form of the handle 5 is completed.
[Selection] Figure 1

Description

  The present invention relates to an improvement of an ice cream manufacturing device that can be used at home in general households. Specifically, in a manual ice cream manufacturing device, a cooling pot, a stirring blade, and a lid are assembled to the main body, and the handle is smoothly sealed. Concerning a highly convenient manufacturing device that can inject frozen desserts after operation, and in an electric ice cream manufacturing device, it is difficult to cool the temperature of the cooling pot and the ice cream can be made quickly. It is about.

  As a conventional technique of this type, the present invention will be described with reference to FIG. 1. FIG. 1 is an exploded perspective view showing the whole of the present invention, and an opening of a body 1 having a bottomed cylindrical body made of synthetic resin. The cooling pot 2 that can be inserted and removed freely seals the regenerator A in the outer peripheral wall housing part, and the shaft of the stirring blade 3 for stirring the frozen dessert food B injected from the opening of the cooling pot 2 The end 3a penetrates the shaft end hole 4a of the lid 4 and is engaged with the handle 5 that rotates on the outer peripheral surface of the lid 4. The lid 4 according to the prior art has a small lid as a part thereof. It is common that the opening part which becomes the injection port 7 with 6 is not installed. The perspective view of the external view in these prior art is shown in FIG.

  The manual ice cream making machine described above is made of a metal that is cold and frozen in order for a user to make ice cream, to put the cooling pot 2 into the freezer, and to transfer the well-cooled cooling pot 2 to the main body 1. The cooling pot 2 is made of mittens with bare hands, picked out from the freezer compartment using a dry cloth, taken out of the freezer compartment, and stored in the main body 1 to quickly put the stirring blade 3 into the cooled cooling pot 2. For example, after the tip of the stirring blade 3 is inserted into the center of the recess provided at the bottom of the cooling pot and is pivotally supported, the liquid prepared by being individually prepared in the empty cooling pot 2 After the appropriate amount of the frozen dessert food material was injected into the opening of the cooling pot 2, the shaft end 3a of the stirring blade 3 was inserted into the shaft end hole 4a provided in the lid 4, and the cooling pot 2 was sealed. Hand on the shaft end 3a that pivotally supports the lid 4 5 is plugged tightly, is rotated quickly handle 5, frozen dessert for foodstuff placed in the cooling pot is cooled slowly stirred, ice cream is made.

  Next, in the electric ice cream manufacturing device according to the prior art, a perspective view in a partial cross section of the present invention will be described with reference to FIG. The cooling pot 20, the stirring blade 30, and the lid body 40, and the drive shaft 9 provided in the electric motor drive device box C disposed on the outer peripheral upper surface of the lid body 40 is configured to be freely coupled to the stirring blade 30. The lid 40 has a configuration in which an inlet 70 for injecting frozen dessert food is opened. The lid 40 is open in the prior art, and the inlet 70 is small in the prior art. Generally, the lid 60 is not installed.

  As described above, FIG. 1 is a generally known and used prior art ice cream making machine with a new function added to the lid body 1, and the main body equipment excluding the lid body 1 is as follows. It is not specified at all, and it is natural that there may be a slight difference in the configuration, operation, and effect of the main body equipment.

  However, in the case of the above-described prior art, in the manual ice cream making machine, after the frozen confectionery ingredients are poured into the cooling pot, the lid is fitted into the opening of the main body and sealed, and the central portion of the lid is sealed. After inserting the handle into the shaft end of the stirring blade that penetrates the shaft end hole, the food for frozen dessert that is close to the wall surface of the cooling pot is solidified by the transmission of cold air until the operation of turning the handle, which greatly affects the rotation of the stirring blade. Additional issues remain, such as obstructing the rotation work operation.

  In addition, when you open the lid to check the condition of the ice cream at the middle point, you can not check unless you remove the handle, and every time you open the lid, cold air will diverge to the outside, producing frozen dessert This obstructs the operation, so that the operation is interrupted almost without confirming the result, and there is a problem that the workmanship is difficult.

  In addition, in the electric ice cream manufacturing machine, since the inlet for injecting the frozen dessert food that opens to the lid remains open, the cold air diffuses to the outside during the manufacturing time, and the operation time becomes longer. In addition to the above problems, there are problems such as unintentionally causing trouble by misuse of inserting a fingertip or disposable chopsticks into the inlet opening during the operation time to see the workmanship of the ice cream.

  In order to solve this problem, the present invention is a cooling pot that is detachably engaged with an opening of a synthetic resin main body 1 as described in the overall perspective view of FIG. 1 and the external perspective view of FIG. 2, the cooling agent A is enclosed in the outer peripheral wall housing portion, and the stirring blade 3 for stirring the frozen dessert food B injected from the opening of the cooling pot 2 is inserted, and one of the stirring blades 3 is inserted. The shaft end 3a penetrates the shaft end hole 4a of the lid body 4 that is coupled to the opening of the main body 1 and is coupled to a handle 5 that rotates on the outer peripheral surface of the lid body 4. The injection port 7 into which the frozen dessert material B with the small lid 6 can be injected is opened in a part of the lid 4 and the frozen dessert material B is injected after the final assembly of the rotating form of the handle 5 is completed. Make it possible.

  Further, as described in the external perspective view in a partial cross section of FIG. 4, it is constituted by a lid body 40 with a main body 10, a cooling pot 20, a stirring blade 30, an inlet 70, and an outer peripheral surface of the lid body 40. In the electric ice cream manufacturing machine formed by combining the drive shaft 8 provided in the electric motor driving device box C and the stirring blade 30 disposed on the inlet 40 of the frozen dessert food B formed in the lid 40. It is set as the structure which provided the detachable child lid 60 for sealing.

  Since this device works as described above, the following effects can be obtained. That is, the effect of claim 1 is that the handle can be rotated simultaneously with one hand while putting the food for frozen confectionery from a relatively small inlet provided in the lid, so that the stirring blade does not become hardened. Ice cream can be manufactured by operation, and furthermore, an ice cream maker can be provided in which the handle can be rested and the ice cream taken out from the inlet immediately to confirm the workmanship.

  Next, the effect of Claim 2 is that a small lid is provided at the inlet, so that it is possible to reduce the time required to complete the ice cream, which is difficult for cold air to escape to the outside, and a small lid is attached to the inlet. An ice cream maker can be provided that can prevent accidental insertion of little fingers or disposable chopsticks into the inlet.

  Hereinafter, the present invention will be described in more detail based on the embodiments shown in the drawings. 1 is an exploded perspective view showing a partial cross section of the present invention, and FIG. 2 is an external perspective view of the first embodiment of the present invention. In the present invention, an inlet 7 with a relatively small round hole opening is provided in a part of the lid body 4 in the prior art, and a small lid 6 is detachably sealed in these inlets 7. The engagement may be a plug-in type or a screw type, or both the small lid 6 and the injection port 7 may be linked with hinges, and the round hole opening may be a square or an ellipse. By adding the injection port 7, a new function is added so that the small lid 6 can be opened and the injection port 7 can be easily injected without opening the lid 4 firmly tightening the injection of the frozen dessert B.

  Next, FIG. 4 is a second embodiment of the external perspective view showing a partial cross section in the present invention, and describes the configuration of these electric ice cream manufacturing devices. The finished product with the electric motor drive unit box C, which is mounted and detachably integrated, injects the frozen dessert B directly into the injection port 70 provided in the lid 40. In this case, the electric motor is driven. It is common to inject while rotating the stirring blade 30, that is, the injection port 70 has a configuration without the small lid 60 as a conventional technique. In order to prevent the cold air from emanating and making the finish time zone longer than necessary, it is difficult to make a hard and delicious ice cream. Has also added a new function to seal It is.

  It is a disassembled perspective view in the partial cross section in 1st Example concerning this invention.   1 is an external perspective view of a first embodiment according to the present invention.   It is an external appearance perspective view which shows the manual ice cream manufacturing apparatus in a prior art.   It is an external appearance perspective view in the partial cross section in 2nd Example concerning this invention.

Explanation of sign

A Cold storage agent B Food for frozen dessert C Electric motor drive unit box 1, 10 Main body 2, 20 Cooling pot 3,30 Stirring blade 3a Shaft end 4a Shaft end hole 4, 40 Lid 5 Handle 6, 60 Small lid 7,70 Note Inlet 8 Drive shaft

Claims (2)

  A cooling pot 2 detachably engaged with the opening of the main body 1 made of a synthetic resin bottomed cylindrical body encloses the cold storage agent A in the outer peripheral wall housing portion, and the opening of the cooling pot 2 A stirring blade 3 for stirring the frozen dessert food B injected from the inside is inserted, and one shaft end 3a of the stirring blade 3 is engaged with the opening of the main body 1 and the shaft end hole of the lid 4 In a manual ice cream maker that penetrates 4a and is coupled to a handle 5 that rotates on the outer peripheral surface of the lid 4, the frozen dessert B with a small lid 6 can be injected into a part of the lid 4 The ice cream manufacturing device is characterized in that the injection port 7 is opened and the food B for frozen dessert B can be injected after the final assembly of the rotating form of the handle 5 is completed.   The main body 10, the cooling pot 20, the stirring blade 30, and the lid body 40 with the injection port 70, and the driving shaft 8 provided in the electric motor driving device box C disposed on the outer peripheral surface of the lid body 40 and the stirring blade 30. In the electric ice cream manufacturing apparatus combined with, a removable small lid 60 for sealing the inlet 70 of the frozen dessert food B, which is opened in the lid 40, is provided. , Ice cream making machine.

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