Whisk vibrator and whisk vibrator

Abstract

To provide a whisking container vibrator that can ensure uniformity of the product using a commonly used whisking container and reduce the workload on the operator. [Solution] One of the side panels 21 surrounding the container storage chamber 20 has an opening / closing door 22 for inserting and removing the whisking container 10, and one of the wall panels 41 surrounding the vibration chamber 40 has an operation panel 42, with the opening / closing door 22 and the operation panel 42 arranged on the same side. The vibration chamber 40 has a motor 51 and a crank 52 that causes the rotation of the motor 51 to reciprocate, and the container storage chamber 20 has a vibration frame 60 connected to the crank 52 that performs reciprocating motion, and a container fixing member 70 that fixes the whisking container 10 to the vibration frame 60, and the container fixing member 70 has a lower container fixing member 71 on which the bottom surface of the whisking container 10 is placed, and an upper container fixing member 72 that is attached to the upper cylindrical part 11b of the whisking container 10.

Description

Technical Field

[0001] The present invention relates to a whipping container vibration device that imparts vibration to a whipping container that makes food ingredients foamy by stirring, and a whipping container vibration method using this whipping container vibration device.

Background Art

[0002] Patent Document 1 discloses a foamed food production device and a foamed food production method for producing foamed foods such as whipped cream.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] As described in the prior art of Patent Document 1, a foamed food production device called a so-called espuma, in which a dispenser is attached to a container (bottle), is widely used generally. A container called an espuma is generally used in restaurants as well. However, the work of shaking a container weighing about 2 kg 80 times with food ingredients inside is extremely laborious. During peak seasons, this work has to be done several times a day, so it is extremely strenuous work for employees. In addition, there are differences among employees in the speed and angle of shaking the container, and such differences in the shaking method result in differences in the foaming and hardness of whipped cream and cream. When there are large differences in the foaming and hardness of whipped cream and cream, problems in terms of the environment are also significant, such as having to dispose of food ingredients.

[0005] Therefore, the present invention aims to provide a whisking container vibrator that can ensure uniformity of the product and reduce the workload on the operator, using a whisking container that is commonly used. [Means for solving the problem]

[0006] The whisking container 10 vibrator according to claim 1 of the present invention comprises a container body 11 and a lid body 12 that closes the opening 11c of the container body 11, the lid body 12 is provided with a gas connection part 12a for connecting gas piping, the container body 11 comprises a lower cylindrical part 11a formed with a predetermined diameter and an upper cylindrical part 11b formed with the predetermined diameter on the side of the lower cylindrical part 11a and a smaller diameter on the side of the opening 11c, the whisking container 10 vibrator that vibrates the whisking container 10 which is filled with gas together with food ingredients and stirred to make the food ingredients foamy, comprising a container housing chamber 20 for mounting the whisking container 10 and a vibration generating chamber 40 for arranging a vibration source 50 that vibrates the whisking container 10, the vibration generating chamber 40 is arranged above the container housing chamber 20, and the One of the side panels 21 surrounding the container storage chamber 20 has an opening / closing door 22 for inserting and removing the whisking container 10, and one of the wall panels 41 surrounding the vibration chamber 40 has an operation panel 42, with the opening / closing door 22 and the operation panel 42 arranged on the same plane, the vibration chamber 40 has a motor 51 and a crank 52 that causes the rotation of the motor 51 to reciprocate, the container storage chamber 20 has a vibration frame 60 connected to the crank 52 that performs reciprocating motion and a container fixing member 70 that fixes the whisking container 10 to the vibration frame 60, the container fixing member 70 is characterized by having a lower container fixing member 71 on which the bottom surface of the whisking container 10 is placed and an upper container fixing member 72 that is attached to the upper cylindrical portion 11b of the whisking container 10. The present invention as described in claim 2 is a vibrating device for a whisking container 10 as described in claim 1, wherein the upper container fixing member 72 is slidably provided with respect to the vibrating frame 60, the vibrating frame 60 is provided with a locking mechanism 61 that locks the position of the upper container fixing member 72 when the upper container fixing member 72 is in a set position, and after the whisking container 10 is placed on the lower container fixing member 71, the upper container fixing member 72 is slid from the lid body 12 side of the whisking container 10 toward the lower container fixing member 71, the upper container fixing member 72 slides to the upper cylindrical portion 11b of the whisking container 10, and when it reaches the set position, the upper container fixing member 72 is fixed to the vibrating frame 60 by the locking mechanism 61. The present invention as described in claim 3 is a vibrating device for a whisking container 10 as described in claim 2, characterized in that the lower container fixing member 71 has a ring member 71a formed with an inner diameter greater than or equal to the outer diameter of the lower cylindrical portion 11a of the whisking container 10, and a rubber material 71b disposed on the inner bottom surface of the ring member 71a. The present invention as described in claim 4 is a vibrating device for a whisking container 10 as described in claim 2, wherein the operation panel 42 is equipped with a power switch 81, an operation preparation switch 82, a vibration frequency setting unit 83, and an emergency stop switch 84, and has a door closing detection unit 91 for detecting the closed state of the opening / closing door 22, and a lock detection unit 92 for detecting the locked state of the lock mechanism 61, and the vibration operation is started by operating the operation preparation switch 82, provided that the counter of the vibration frequency setting unit 83 is reset, the emergency stop switch 84 is released, the door closing detection unit 91 detects the closed state of the door, and the lock detection unit 92 detects the locked state. The present invention as described in claim 5 is characterized in that, in the vibrating device for a whisking container 10 as described in claim 1, the speed, number of reciprocating movements, and strokes can be set and changed. The method for vibrating a frothing container 10 according to claim 6 of the present invention is a method for vibrating a frothing container 10 using the frothing container 10 vibrating device according to any one of claims 1 to 5, characterized in that the gas piping from the gas cylinder 1 is connected to the gas connection part 12a and the vibration is applied to the frothing container 10 while the introduction of the gas from the gas cylinder 1 is continued. [Effects of the Invention]

[0007] According to the whisking container vibrator of the present invention, by attaching the upper container fixing member to the upper cylindrical part of the whisking container, the upper container fixing member is less likely to shift position due to vibration, and whisking containers of different sizes can be fixed. Furthermore, the rotation of the motor is made to reciprocate by a crank, and this reciprocating motion can vibrate the whisking container fixed to the vibrating frame. Therefore, a whisking container that is commonly used can be used, and by fixing the whisking container with the lower container fixing member and the upper container fixing member, the fixing against reciprocating motion can be reliably ensured, and the reciprocating motion can be performed. Furthermore, according to the foaming container vibrator of the present invention, a vibration generating chamber is positioned above the container housing chamber, and one of the wall panels of the vibration chamber serves as the control panel. Since the opening / closing door and the control panel are positioned on the same side, the installation of the foaming container and operation of the control panel can be performed from the same direction, resulting in excellent workability. [Brief explanation of the drawing]

[0008] [Figure 1] A diagram showing a vibrating device for a foaming container according to one embodiment of the present invention. [Figure 2] This diagram shows the main components inside the container housing of the container vibrator. [Figure 3] This diagram shows the main components inside the container housing of the container vibrator. [Figure 4] This diagram shows the main components inside the container housing of the container vibrator. [Figure 5] This diagram shows the main components of the vibration generation chamber of the container vibration device. [Figure 6] This diagram shows the container vibrator with a whisking container attached. [Figure 7] This diagram shows the state of the container vibration device during vibration operation. [Modes for carrying out the invention]

[0009] A whisking container vibrator according to the first embodiment of the present invention comprises a container housing chamber for mounting a whisking container and a vibration generating chamber for arranging a vibration source that vibrates the whisking container, The vibration generating chamber is positioned above the container storage chamber, one of the side panels surrounding the container storage chamber has an opening / closing door for inserting and removing the whisking container, and one of the wall panels surrounding the vibration generating chamber has an operation panel, with the opening / closing door and the operation panel positioned on the same side, the vibration generating chamber has a motor and a crank that causes the motor's rotation to reciprocate, the container storage chamber has a vibration frame connected to the crank that performs reciprocating motion and a container fixing member that fixes the whisking container to the vibration frame, the container fixing member having a lower container fixing member on which the bottom surface of the whisking container rests and an upper container fixing member that is attached to the upper cylindrical part of the whisking container. According to this embodiment, by attaching the upper container fixing member to the upper cylindrical portion of the whisking container, the upper container fixing member is less likely to shift position due to vibration, and whisking containers of different sizes can be fixed. Furthermore, the rotation of the motor is made to reciprocate by a crank, and this reciprocating motion can vibrate the whisking container fixed to the vibrating frame. Therefore, a commonly used whisking container can be used, and by fixing the whisking container with the lower container fixing member and the upper container fixing member, the fixing against reciprocating motion can be reliably ensured, and the reciprocating motion can be performed. Furthermore, according to this embodiment, a vibration generating chamber is positioned above the container storage chamber, one of the wall panels of the vibration chamber serves as the control panel, and the opening / closing door and the control panel are positioned on the same side, so the installation of the foaming container and operation of the control panel can be performed from the same direction, resulting in excellent workability.

[0010] A second embodiment of the present invention is a whisking container vibrator according to the first embodiment, wherein an upper container fixing member is slidably provided with respect to a vibrating frame, and the vibrating frame is provided with a locking mechanism that locks the position of the upper container fixing member when it reaches a set position, and after the whisking container is placed on the lower container fixing member, the upper container fixing member is slid from the lid body side of the whisking container toward the lower container fixing member, and when the upper container fixing member slides to the upper cylindrical part of the whisking container and reaches the set position, the upper container fixing member is fixed to the vibrating frame by the locking mechanism. According to this embodiment, the upper container fixing member is attached to the upper cylindrical portion, which is formed with a predetermined diameter on the lower cylindrical portion side and a smaller diameter on the opening side, by sliding it from the lid body side toward the lower container fixing member. This makes it less likely for the upper container fixing member to shift position due to vibration, and allows for the fixing of whisking containers of different sizes. Furthermore, since it is locked in a predetermined setting position according to the whisking container, the fixing position does not differ depending on the operator, ensuring stable and reliable fixing.

[0011] A third embodiment of the present invention is a whisking container vibrator according to the second embodiment, wherein the lower container fixing member includes a ring member formed with an inner diameter greater than or equal to the outer diameter of the lower cylindrical portion of the whisking container, and a rubber material disposed on the inner bottom surface of the ring member. According to this embodiment, the ring member stabilizes the fixing position on the bottom side of the whisking container, and the rubber material allows the whisking container to be pressed and fixed to the lower container fixing member.

[0012] The fourth embodiment of the present invention is in the foaming container vibration device according to the second embodiment, and the operation panel includes a power switch, an operation preparation switch, a vibration frequency setting unit, and an emergency stop switch. It has a door closed detection unit that detects the door closed state of the opening and closing door, and a lock detection unit that detects the locked state of the lock mechanism. The vibration operation is started by operating the operation preparation switch on the condition that the counter of the vibration frequency setting unit is reset, the emergency stop switch is released, the door closed detection unit detects the door closed state, and the lock detection unit detects the locked state. According to this embodiment, since the reset of the counter of the vibration frequency setting unit, the release of the emergency stop switch, the detection of the door closed state, and the detection of the locked state are set as conditions for starting the vibration operation, it is excellent in safety.

[0013] The fifth embodiment of the present invention is in the foaming container vibration device according to the first embodiment, and the speed, frequency, and stroke of the reciprocating motion can be set and changed. According to this embodiment, by changing the setting of the speed, frequency, and stroke of the reciprocating motion, the amount of gas mixed into the food ingredients stirred inside the container body and the state of gas mixing can be changed, and the hardness and texture of the food ingredients can be changed.

[0014] The foaming container vibration method according to the sixth embodiment of the present invention is a foaming container vibration method using the foaming container vibration device according to any one of the first to fifth embodiments, and vibration is applied to the foaming container in a state where the gas pipe from the gas cylinder is connected to the gas connection part and the introduction of gas from the gas cylinder is continued. According to this embodiment, by vibrating the foaming container while continuously introducing gas, the amount of gas mixed into the food ingredients can be increased. Therefore, the amount of food ingredients accommodated in the foaming container in advance can be increased, and the working efficiency is also excellent.

Example

[0015] Hereinafter, a foaming container vibration device according to an embodiment of the present invention will be described with reference to the drawings. Figure 1 is a diagram showing the configuration of a foaming container vibrator according to this embodiment. Figure 1(a) is an overall configuration diagram of the container vibrator, and Figure 1(b) is a configuration diagram of the foaming container used in the container vibrator.

[0016] As shown in Figure 1(a), the whisking container vibrator according to this embodiment comprises a container housing chamber 20 for mounting the whisking container 10, a cylinder chamber 30 for arranging a gas cylinder 1 for introducing gas into the whisking container 10, and a vibration generating chamber 40 for arranging a vibration source 50 (see Figure 5) that vibrates the whisking container 10. The cylinder chamber 30 is located below the container storage chamber 20, and the vibration generating chamber 40 is located above the container storage chamber 20. One of the side panels 21 surrounding the container storage chamber 20 has an opening and closing door 22 for inserting and removing the whisking container 10. One of the vibration chamber wall panels 41 surrounding the vibration generating chamber 40 has an operation panel 42. The opening / closing door 22 and the control panel 42 are positioned on the same side.

[0017] The control panel 42 includes a power switch 81, an operation preparation switch 82, a vibration frequency setting unit 83, and an emergency stop switch 84. The power switch 81 operates to stop the power supply. The operation preparation switch 82 operates to start the vibration operation, but it will only start operation if predetermined conditions are met. The vibration frequency setting unit 83 allows the user to set the vibration frequency, but the vibration frequency is pre-set, and the counter is reset. The emergency stop switch 84 can be operated during vibration operation to stop the vibration operation. The whisking container vibrator according to this embodiment includes a door closing detection unit 91 that detects the closed state of the opening / closing door 22, and a lock detection unit 92 that detects the locked state of the locking mechanism 61.

[0018] As shown in Figure 1(b), the whisking container 10 has a container body 11 and a lid body 12 that closes the opening 11c of the container body 11. The lid body 12 is equipped with a gas connection part 12a for connecting the gas pipe 2. The container body 11 consists of a lower cylindrical portion 11a formed with a predetermined diameter and an upper cylindrical portion 11b formed with a predetermined diameter on the lower cylindrical portion 11a side and a smaller diameter on the opening 11c side. The whisking container 10 has a container body 11 into which the ingredients and gas are sealed, and the ingredients are turned into foam by vibration when the whisking container 10 is shaken. Here, the ingredients are, for example, cream, and for example, nitrous oxide gas is used as the gas. A whisk (Espuma, manufactured by Kinmeko Co., Ltd. (trademark registered)) is commonly used as such a whisking container 10.

[0019] According to this embodiment, by positioning the cylinder chamber 30 below the container storage chamber 20, the heavy gas cylinder 1 can be easily replaced, and by positioning the container storage chamber 20 above the cylinder chamber 30, the installation and removal of the foaming container 10 can be easily performed. Furthermore, according to this embodiment, the vibration generating chamber 40 is positioned above the container storage chamber 20, one of the vibration chamber wall panels 41 becomes the operation panel 42, and the opening / closing door 22 and the operation panel 42 are positioned on the same plane, so the installation of the whisking container 10 and the operation of the operation panel 42 can be performed from the same direction, resulting in excellent workability.

[0020] Figures 2 to 4 are diagrams showing the main components inside the container housing of the container vibrator. The container storage chamber 20 includes a vibrating frame 60 that performs a reciprocating motion, and a container fixing member 70 that fixes the whisking container 10 to the vibrating frame 60. The vibration frame 60 is composed of four support columns 60a, 60b, 60c, and 60d, and the container fixing member 70 is placed in the space surrounded by the four support columns 60a, 60b, 60c, and 60d.

[0021] The container fixing member 70 includes a lower container fixing member 71 on which the bottom surface of the whisking container 10 rests, and an upper container fixing member 72 which is attached to the upper cylindrical portion 11b of the whisking container 10. The vibration frame 60 is equipped with a locking mechanism 61 that locks the position of the upper container fixing member 72 when the upper container fixing member 72 is in the set position. The locking mechanism 61 is provided on each of the pair of support columns 60a and 60b located at the front, and can use a locking pin that engages in a set position. A pair of support columns 60a and 60b located at the front are equipped with a lock detection unit 92. A laser sensor can be used in the lock detection unit 92 to detect the lock state by detecting when the lock pin is engaged. The upper container fixing member 72 is slidably mounted relative to the vibration frame 60.

[0022] When attaching the whisking container 10, the whisking container 10 is placed on the lower container fixing member 71, and then the upper container fixing member 72 is slid from the lid body 12 side of the whisking container 10 toward the lower container fixing member 71. When the upper container fixing member 72 slides to the upper cylindrical portion 11b of the whisking container 10 and reaches the set position, the upper container fixing member 72 is fixed to the vibration frame 60 by the locking mechanism 61. In this way, by sliding the upper container fixing member 72 from the lid body 12 side toward the lower container fixing member 71 onto the upper cylindrical portion 11b, which is formed with a predetermined diameter on the lower cylindrical portion 11a side and a smaller diameter on the opening 11c side, the upper container fixing member 72 is less likely to shift position due to vibration, and different sized whisking containers 10 can be fixed. Furthermore, since it is locked in a predetermined setting position according to the whisking container 10, the fixing position will not differ depending on the operator, ensuring stable and reliable fixing.

[0023] The lower container fixing member 71 has a ring member 71a formed with an inner diameter greater than or equal to the outer diameter of the lower cylindrical portion 11a of the whisking container 10, and a rubber material 71b positioned on the inner bottom surface of the ring member 71a. Therefore, the ring member 71a stabilizes the fixing position on the bottom side of the whisking container 10, and the rubber material 71b allows the whisking container 10 to be pressed and fixed to the lower container fixing member 71. It is preferable that the ring member 71a be made of silicone material. It is also preferable that the upper container fixing member 72 has silicone material in place at the position where the upper cylindrical portion 11b abuts.

[0024] According to this embodiment, the whisking container 10 can be securely fixed against reciprocating motion by fixing it with the lower container fixing member 71 and the upper container fixing member 72. Furthermore, according to this embodiment, by attaching the upper container fixing member 72 to the upper cylindrical portion 11b, which is formed with a predetermined diameter on the lower cylindrical portion 11a side and a smaller diameter on the opening 11c side, the upper container fixing member 72 is less likely to shift position due to vibration, and whisking containers 10 of different sizes can be fixed.

[0025] Figure 5 is a diagram showing the main components of the vibration generation chamber of the container vibration device. The vibration generating chamber 40 has a motor 51 and a crank 52 that causes the rotation of the motor 51 to perform a reciprocating motion. The vibration source 50 is composed of the motor 51 and the crank 52. The rotation of the motor 51 is converted into a reciprocating motion by the crank 52, causing the vibrating frame 60 connected to the crank 52 to reciprocate, and vibrating the whisking container 10 fixed to the vibrating frame 60.

[0026] Figure 6 shows the container vibrator with a whisking container attached, and Figure 7 shows the device during vibration. The operation method of the whisking container vibrator according to this embodiment is described below. The whisking container 10 containing the ingredients is placed on the lower container fixing member 71, the upper container fixing member 72 is brought into contact with the upper cylindrical part 11b, and the whisking container 10 is fixed to the vibrating frame 60 by the locking mechanism 61. Either before or after fixing the whisking container 10 to the vibrating frame 60, the gas piping 2 from the gas cylinder 1 is connected to the gas connection part 12a. By connecting the gas piping 2 to the gas connection part 12a, gas is sealed into the whisking container 10. Although the gas pipe 2 may be removed from the gas connection part 12a after the foaming container 10 has been filled with gas, the foaming container vibrator according to this embodiment allows vibration to be applied to the foaming container 10 while the introduction of gas from the gas cylinder 1 continues.

[0027] With the gas piping 2 from gas cylinder 1 connected to the gas connection part 12a, close the opening / closing door 22. After closing the opening / closing door 22, with the power switch 81 turned ON, the counter on the vibration frequency setting unit 83 is reset, and then the reset operation preparation switch 82 is turned ON. At this time, if the counter in the vibration frequency setting unit 83 is reset, the emergency stop switch 84 is released, the door closed state is detected by the door closed detection unit 91, and the locked state is detected by the lock detection unit 92, then the vibration operation is started by operating the operation preparation switch 82. The device performs vibration operations for a predetermined number of times, and then stops the vibration operation.

[0028] As in this embodiment, the reset of the counter in the vibration frequency setting unit 83, the release of the emergency stop switch 84, the detection of the door being closed, and the detection of the door being locked are all conditions for starting the vibration operation, thus providing superior safety. Furthermore, as in this embodiment, by vibrating the whisking container 10 while continuing to introduce gas, the amount of gas mixed into the ingredients can be increased. Therefore, the amount of ingredients to be placed in the whisking container 10 in advance can be increased, resulting in excellent work efficiency. Furthermore, the vibrating device for the whisking container according to this embodiment allows for setting and changing the speed, number of reciprocating movements, and strokes. In this way, by changing the settings for the speed, number of reciprocating movements, and stroke, the amount and state of gas mixing into the food being stirred inside the container body 11 can be changed, thereby altering the hardness and texture of the food. [Industrial applicability]

[0029] According to the present invention, it is possible to provide a vibrating device for a foaming container that can adjust the knee extension limit angle. [Explanation of symbols]

[0030] 1 gas cylinder 2 Gas piping 10 Whisk 11 Container body 11a Lower cylindrical part 11b Upper cylindrical part 11c opening 12 Lid body 12a Gas connection 20 Container storage room 21 Side panel of the containment chamber 22 Opening and closing doors 30 Cylinder Room 40 Vibration Generating Chamber 41 Vibration chamber wall panel 42 Control Panel 50 Vibration source 51 Motor 52 Crank 60 vibration frame 60a, 60b, 60c, 60d posts 61 Locking mechanism 70 Container fixing member 71 Lower container fixing member 71a Ring member 71b Rubber material 72 Upper container fixing member 81 Power switch 82 Operation preparation switch 83. Vibration frequency setting section 84 Emergency Stop Switch 91 Door closing detection unit 92 Lock detection unit

Claims

1. It comprises a container body and a lid body that closes the opening of the container body. The lid body is provided with a gas connection part for connecting gas piping. The container body is A lower cylindrical portion formed with a predetermined diameter, It consists of an upper cylindrical portion, where the lower cylindrical portion has a predetermined diameter and the opening portion has a smaller diameter than the predetermined diameter, The container body is filled with food ingredients and gas, A whisking container vibrator that vibrates a whisking container to which the ingredients are turned into foam by stirring, A container housing chamber for attaching the aforementioned whisking container, A vibration generating chamber is provided in which a vibration source is placed to vibrate the aforementioned whisking container. Equipped with, The vibration generating chamber is positioned above the container housing chamber. One of the side panels of the container storage chamber that surrounds the container storage chamber has an opening and closing door for inserting and removing the whisking container. One of the vibration chamber wall panels surrounding the vibration generating chamber has an operation panel. The opening / closing door and the operation panel are arranged on the same side. The vibration generating chamber includes a motor and a crank that causes the motor to rotate in a reciprocating motion. The container housing chamber includes a vibrating frame connected to the crank and performing a reciprocating motion, and a container fixing member that fixes the whisking container to the vibrating frame. The container fixing member includes a lower container fixing member on which the bottom surface of the whisking container rests, and an upper container fixing member attached to the upper cylindrical portion of the whisking container. A vibrating device for a foaming container, characterized by the following features.

2. The upper container fixing member is slidably mounted relative to the vibration frame, The vibration frame is provided with a locking mechanism that locks the position of the upper container fixing member when the upper container fixing member is in a set position. After placing the whisking container on the lower container fixing member, The upper container fixing member is slid from the lid body side of the whisking container toward the lower container fixing member. The upper container fixing member slides up to the upper cylindrical portion of the whisking container, and when it reaches the set position, the locking mechanism fixes the upper container fixing member to the vibrating frame. The foaming container vibrator according to feature 1.

3. The lower container fixing member includes a ring member formed with an inner diameter greater than or equal to the outer diameter of the lower cylindrical portion of the whisking container, and a rubber material disposed on the inner bottom surface of the ring member. The foaming container vibrator according to feature 2.

4. The aforementioned control panel includes a power switch, an operation preparation switch, a vibration frequency setting unit, and an emergency stop switch. A door closing detection unit for detecting the closed state of the door in the aforementioned opening and closing door, A lock detection unit for detecting the locked state in the locking mechanism It has, The vibration operation is initiated by operating the operation preparation switch, provided that the counter in the vibration frequency setting unit is reset, the emergency stop switch is released, the door closing detection unit detects the door closed state, and the lock detection unit detects the locked state. The foaming container vibrator according to feature 2.

5. The speed, number of reciprocating movements, and stroke can be set and changed. The foaming container vibrator according to feature 1.

6. A method for vibrating a foaming container using a foaming container vibrator according to any one of claims 1 to 5, The gas piping from the gas cylinder is connected to the gas connection port, and while the gas from the gas cylinder is continuously introduced, the vibration is applied to the whisking container. A method for vibrating a foaming container, characterized by the following features.

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