KR200231617Y1 - A multi-purpose mixer - Google Patents

Abstract

In order to increase the crushing efficiency of food ingredients, and to maintain the freshness of foods or foods and to store them for a long time, it is designed to use a vacuum packaging machine or a vacuum container inhaler variably.

In particular, the screw is provided with a cutter to improve the flow of the contents inside the container during grinding, so that the powder is evenly ground and the vacuum pump is built into the main body so that the vacuum packaging machine and the vacuum container inhaler can be used to connect the freshness of the food. The vacuum packaging and the use of the vacuum container, which are easy to maintain and long-term storage, can be made easily in the home.

The present invention as described above;

A container containing the food material to be crushed;

A crushing unit comprising a cutter unit which is screwed to the container and forms a screw on the upper part of the cutter and a joining protrusion on the lower edge of the outer circumferential surface thereof;

A main body having a vacuum device including a driving part and a vacuum pump including a driving motor while the grinding part is coupled;

It provides a multi-purpose mixer consisting of a vacuum packaging machine and a vacuum container inhaler is used to be detachably connected to one side of the main body.

Description

Multi-purpose mixer

The present invention relates to a blender, and more particularly, to increase the crushing efficiency of food ingredients and, if necessary, a vacuum packaging machine or a vacuum container inhaler, which is used for maintaining the freshness of foods or foods while maintaining the freshness of the food for a long time. It is about a blender.

A general blender is simply used to grind food or make juices. The main body is built with a container containing a cutter for grinding food and grinding the food at the bottom, and a motor that generates power by applying power. It consists of.

In general, most foodstuffs have a short shelf life or are susceptible to deterioration and are vacuum-packed in plastic bags for hygienic safety and handling convenience.

As a result, in general homes or businesses, vacuum-packed foodstuffs can be stored safely for a longer period of time than conventionally-packed foodstuffs. It can be easily altered or spoiled, and especially the storage of the opened food, such as the refrigerator is a factor that inhibits the pleasant kitchen environment due to the smell of the food.

Recently, a simple vacuum packaging machine has been developed and used to easily vacuum-pack foods, vegetables, meat, etc., which are required to be stored in foodstuffs or organs, which are opened from the vacuum packaging in general homes or businesses.

In addition, as another method for storing food in a vacuum state, a method of storing food in a vacuum container having a lid of a special structure, which has been filed as a 'vacuum container lid structure' of Application No. 20-2000-209055, is used. This is used by connecting a vacuum vessel inhaler to a valve of a special structure located on the lid of the vessel to extract air from the vessel.

As described above, storing foods in a vacuum state has many advantages, but it is widely used in terms of cost to use the vacuum packaging machine or the vacuum container inhaler for enabling the use of the vacuum container separately in a general household. Had a difficult problem.

In addition, the above-described general blender pulverizes a large amount of food, or when crushing the food material having a characteristic of increasing the viscosity (viscosity) while pulverizing, such as sesame, the flow in the container during the crushing causes an overload to the motor There was a problem that it is difficult to crush all of the contents uniformly.

The purpose of the present invention devised to solve the problems of the prior art as described above is to increase the crushing efficiency of the food and, if necessary, using a vacuum packaging machine or a vacuum container inhaler provided to maintain the freshness of the food or food, while maintaining easy It is to provide a multi-purpose mixer that enables the use of vacuum packaging and vacuum vessels.

1 is an exploded perspective view showing a multipurpose mixer according to the present invention.

Figure 2 is a partial side cross-sectional view of the multipurpose mixer according to the present invention.

3 is a view showing a state of use of the vacuum packaging machine according to the present invention.

Figure 4 is a view showing a state of use of the vacuum vessel inhaler according to the present invention.

* Description of the symbols for the main parts of the drawings *

10: Container

12: cutter

13: screw

20: cutter part

32: limit switch

38: drive motor

48: vacuum pump

50: suction port

64: changeover switch

90: vacuum packaging machine

100: vacuum vessel inhaler

The present invention to realize this

A container that contains the ingredients to be crushed,

A crushing unit comprising a cutter unit having a cutter crushing the food material while being combined with the container;

A driving unit coupled to the crushing unit to a main body and installed to generate power by operating a switch;

A vacuum device that is variably connected to the driving unit and installed to suck air;

A main body including a power supply, a switching switch, and a suction switch for supplying power to the driving unit and the vacuum device;

A vacuum packaging machine which is assembled to the vacuum device in a detachable form to vacuum-pack food ingredients;

Provided is a multi-purpose mixer composed of a configuration including a vacuum container inhaler to be assembled to the vacuum device in the same manner as the vacuum packaging machine to enable the use of a vacuum container.

The cutter unit is provided with a cutter unit housing having a coupling protrusion formed at a lower edge of an outer circumferential surface thereof so as to be coupled to the main body, and installed to rotate by power transmitted from a driving unit and penetrated through the center of the cutter unit housing. 1 comprises a rotary shaft provided with a coupling and a screw assembled to the upper end of the rotary shaft;

The drive unit includes a drive motor having an upper shaft for arranging a second coupling engaged with the first coupling provided on the rotating shaft on the cutter unit, and a bidirectional drive shaft having a lower shaft for power transmission to the vacuum apparatus;

A clutch installed at the lower drive shaft of the motor to variably control the power by the operation of the changeover switch;

A connecting shaft connected to the lower plate of the clutch and having a first bell gear arranged at one end for transmitting power to the pump driving shaft;

The vacuum apparatus includes a vacuum pump operated by a power transmitted from a motor having a pump driving shaft for storing a second bevel gear engaged with the first bevel gear on the drive unit at one end thereof;

A suction port connected to the vacuum pump and formed on one side of the main body housing to suck air from an external device such as a vacuum packaging machine and a vacuum container inhaler;

In addition, the pressure sensor for detecting the pressure of the suction port side,

The electronic controller is configured to process the signal detected by the pressure sensor to control the motor and the vacuum pump and to control the overall length of the vacuum packaging machine;

The vacuum packaging machine includes a connector coupled to the suction port of the main body housing, a lower packing, a heater, a vacuum suction port, a choke valve, and a base frame having a base handle at one end thereof;

An upper frame coupled to the base frame by a hinge shaft and having an upper packing matching the lower packing, and a heater pressing pad corresponding to the heater, and having an upper handle formed on one side thereof;

The vacuum container suction device is a rubber hose-type pressure tube having a connector coupled to the suction port of the main body at one end,

A vacuum cover coupled with a valve located at the lid of the vacuum container,

Located on the outer circumferential surface of the vacuum cover is composed of a pressure release valve for releasing the vacuum pressure remaining between the valve and the vacuum cover after vacuum suction to simply separate the vacuum cover from the vacuum vessel.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the present invention will be described in more detail.

1 is an exploded perspective view showing a multipurpose mixer according to the present invention, Figure 2 is a partial side cross-sectional view of the multipurpose mixer according to the present invention.

And Figure 3 is a view showing a state of use of the vacuum packaging machine according to the present invention, Figure 4 is a view showing the state of use of the vacuum container inhaler according to the present invention.

The multipurpose mixer includes a main body 70 composed of a pulverization part 5 consisting of a container 10 and a cutter part 20, a driving part 35, and a vacuum device 45, a vacuum packaging machine 90, and a vacuum container. It consists of the inhaler 100, and is made.

If the configuration of the multi-purpose mixer of the present invention in more detail;

The multipurpose mixer of the present invention;

It is made of a transparent or semi-transparent material to check the state of the contents, the top is a conical shape to contain the food material to be crushed inside, the male screw provided for coupling with the cutter unit 20 on the lower outer peripheral surface of the opening side ( The container 10 in which 2) is located,

It is assembled by screwing the container 10, the housing 17 having a coupling protrusion 16 on the lower edge of the outer peripheral surface for the purpose of coupling with the main body 70 and the container 10 on the inner wall of the upper end of the housing 17. The female threaded portion 14 for coupling with the male screw 2 of) is installed, installed through the hole in the center of the housing, and installed to rotate by the power transmitted from the driving unit 35, and the cutter 12 and the upper and lower ends. Crushing unit (5) consisting of a cutter shaft 20 having a rotary shaft 22, the first coupling 18 is provided, and a screw 13 is assembled to the upper portion of the cutter 12 on the upper end of the rotary shaft 22 );

Coupling grooves 34 for engaging the crushing unit 5 by fitting the engaging projection 16 provided on the cutter unit 20 of the crushing unit 5 on the inner surface of the upper end,

Coupling groove (34) for engaging the engaging projection (16) of the crushing unit 5 and the engaging projection (16) at the same time to be operated in contact with the engaging projection (16) to control the operation of the cutter (12). With limit switch 32 provided inside:

Power transmission to the upper shaft (39) and the vacuum device (45) for laying up the second coupling (36) engaging with the first coupling (18) provided on the rotating shaft (22) on the cutter (20). Drive motor 38 having a bi-directional drive shaft of the lower shaft 40 for installation, and the lower shaft 40 of the drive motor 38 is installed to variably control the power by the operation of the changeover switch 64 A driving part composed of a clutch 42 and a connecting shaft 43 connected to a lower plate of the clutch 42 and having a first bevel gear 44 formed therein for transmitting power to the pump driving shaft 49 at one end thereof; 35) and

A vacuum pump operated by the power transmitted from the drive motor 38 by having a pump drive shaft 49 for arranging a second bevel gear 46 engaging with the first bevel gear 44 on the drive unit 35 at one end. And a suction port 50 connected to the vacuum pump 48 and formed on one side of the main body housing to suck air from an external device such as a vacuum packaging machine 90 and a vacuum container inhaler 100. The vacuum sensor 38 and the vacuum pump 48 are controlled based on the set pressure by processing the pressure sensor 56 for sensing the pressure on the suction port 50 and the signal detected by the pressure sensor 56. And an electronic control device 58 for controlling the heater 84 of the vacuum packaging machine 90, the packing for pressing the heater 86, and the like, and

A switch (64) and an electronic control device as means for contacting and spaced apart the clutch 42 for connecting the power of the motor 38 to the vacuum pump 48 side and sequentially operating the electronic control device 58. A suction switch 62 for instructing the operation of the vacuum device 45 to 58;

A power supply unit 54 for supplying power to the driving unit 35, the vacuum device 45, and the vacuum packaging machine 90, and a power plug 82 on the vacuum packaging machine 90 side beneath the suction port 50. A main body 70 including an outlet 52 which can be connected;

It is divided into a base frame 72 and the upper frame 74 which is installed by connecting the hinge 75 to the shaft so as to face the upper surface portion of the base frame 72,

A lower packing 76 which forms an oval sealing wall on the base frame 72 and forms a vacuum suction port 88 on one side thereof and a choke valve 89 on the other side thereof, and the lower packing 76 and An upper packing 78 formed on the upper frame 74 in the same shape and installed to be engaged with the lower packing 76 when in close contact;

A heater 84 installed on the side of the lower packing 76 and applying heat to a sealed position of the vacuum packing paper, and a heater pressing packing 86 installed on the upper frame 74 to press the heater 84; Press packing packing means (not shown) for transferring the heater pressing packing 86 is installed in the upper frame 74,

The upper handle 87 attached to one side of the upper frame 74 to closely adhere the upper frame 74 to the base frame 72 side during vacuum packaging, and the upper handle on the base frame 72. A base handle 85 attached to the same position as 87;

Power source required for the connector 80 and the heater 84 and the like coupled to the suction port 50 of the main body vacuum apparatus 45 to receive the vacuum pressure of the vacuum pump 48 from the main body 70 A vacuum packaging machine (90) consisting of a power plug (82) fitted to the outlet (52) of the body (70) for connecting and connecting the electronic control device (58) of the body (70); And

A vacuum cover 92 coupled with a valve 116 located at the lid 114 of the vacuum container 110,

Pressure release valve to release the vacuum pressure remaining between the vacuum cover 92 and the valve 116 in order to remove the vacuum cover 92 after making the inside of the vacuum container 110 in a vacuum state 94,

And in connection with the suction port 50 of the main body 70 in order to receive the vacuum pressure of the vacuum pump 48, as in the case of the vacuum packaging machine 90, the pressure hose 96 of the rubber hose type and the It is provided with a multi-purpose mixer consisting of a configuration of the vacuum vessel inhaler 100 is composed of a connector 98 is connected to the pressure tube 96 end and directly coupled to the suction port 50.

Referring to the operation of the present invention made as described above,

If you want to use for the same purpose as a conventional blender,

After the main power is connected to the food to be crushed in the container 10, the container 10 is screwed with the cutter 20 to form a crushing unit 5, and then pulverizing the crushing unit 5 After fitting so that the coupling protrusion 16 formed in the lower end can be combined with the coupling groove 34 of the upper portion of the main body 70,

When the container 10 is rotated at a predetermined angle in one direction, the entire grinding part 5 rotates, and the engaging protrusion 16 rotates the limit switch 32 provided in the coupling groove 34. The limit switch 32 is short-circuited so that the driving motor 38 rotates, and the combination of the pulverization unit 5 and the main body 70 is securely fixed, and the pulverization unit 5 is fixed to the main body 70. The driving force is transmitted to the cutter 12 through the first and second couplings 18 and 36 engaged with each other at the same time to be fitted to the upper end to crush the food in the container 10.

In addition, in the present invention, the screw 13 is provided on the cutter to improve the flow of the contents in the container 10 during grinding, thereby preventing the entire contents from being uniformly crushed and overloading the motor 38.

If the user wants to vacuum the food,

After connecting the connector 80 of the vacuum packaging machine 90 to the suction port 50 of the main body 70 and the power plug 82 provided in the vacuum packaging machine to the outlet 52 of the main body 70, With the hinge 75 of the base and upper frames 72 and 74 of the vacuum packaging machine 90 open on the shaft,

The vacuum suction port 88 is inserted into the opening of the vacuum packaging paper containing food, and then the upper frame 74 is brought into close contact with the base frame 72 using the upper handle 87 provided on one side of the upper frame 74. .

At this time, the vacuum packing paper is in close contact with the upper and lower packings 76 and 78. In this state, the clutch 42 contacts and the power is supplied to the electronic control device 58 by operating the changeover switch 64. When the vacuum pump 48 is operated by pressing the switch 62, the pressing packing transfer means (not shown) built into the upper frame 74 moves the heater pressing packing 86 to a predetermined height at the same time. Air in the sealed space generated by the upper and lower packings 76 and 78 is discharged through the vacuum suction port 88 by the vacuum pressure generated by the vacuum pump 48.

Then, when the set pressure is reached, the pressure sensor 56 detects this and sends a signal to the electronic controller 58. The electronic controller 58 processes the received signal to control the driving motor 38 to inhale. To stop the, and the packing packing means for compression (not shown) built in the upper frame 74 lowers the heater pressing packing 86 to press the heater 84, in that state the heater 84 Heated to seal the opening of the vacuum packaging paper to complete the vacuum packaging,

In addition to this, the choke valve 89 is opened to release the residual vacuum pressure between the upper and lower packings 76 and 78, and then the upper frame 74 is lifted using the upper handle 87 and then packed. Can be separated from the vacuum packaging machine (90).

In addition, when the vacuum container 110 is used as a vacuum container suction device 100 for making a vacuum state,

The valve 116 of the cover 114 of the vacuum container 110 in which the connector 98 of the vacuum container inhaler 100 side is coupled to the suction port 50 of the main body 70, and the vacuum cover 92 contains food. ), Then

When the changeover switch 64 is placed in the vacuum mode and the suction switch 62 is operated, the inside of the vacuum container 110 is operated by the vacuum pressure generated by the operation of the vacuum pump 48 as in the case of the vacuum packaging machine 90 described above. The air of the air escapes to the outside, and when the set pressure is reached, the pressure sensor 56 detects this and sends a signal to the electronic controller 58, so that the electronic controller 58 receiving the signal stops the suction. At this time, the pressure release switch 94 attached to the side of the vacuum cover 92 is operated to release the vacuum pressure remaining between the vacuum cover 92 and the valve 116 of the lid 114 of the vacuum container 110. By doing so, the vacuum cover 92 is separated from the vacuum container and the work is completed.

The changeover switch 64 may be operated in two ways, a mixer mode and a vacuum mode. In the mixer mode state, the limit switch 32 side and the power supply unit 54 used at the time of grinding are kept in a short circuit state. In the vacuum mode state, the clutch 42 placed in the spaced apart state in the mixer mode state is switched to the contact state to transfer power to the vacuum pump 48 while simultaneously opening the power supply with the limit switch 32 side. The role of shorting the electronic control device 58 side with the power supply is also performed simultaneously.

In addition, the electronic control unit 58 starts suction when the suction switch 62 is operated, and processes the signal of the pressure sensor 56 to control the driving motor 38 to stop the suction when the set pressure is reached. Subsequently, the heater 84 is heated on the vacuum packaging machine 90 side, and the packing conveying means (not shown) for pressing the heater has a characteristic of performing together.

As described above, the present invention as described above is a blender to increase the crushing power by securing the fluidity of the contents crushed in the container using a screw,

It is a multipurpose mixer that combines the conventional blender, vacuum packaging machine, and vacuum container suction unit into a single package, which is used independently in the kitchen. The vacuum packaging machine or vacuum container inhaler, which has been difficult to be used separately in a general home, can be easily provided at a reasonable price by combining with a mixer, and thus vacuum packaging having many advantages in food storage. And the use of the vacuum container is to be made easily in the general home.

Although the present invention has been described in detail only with respect to specific embodiments, it is apparent to those skilled in the art that the present invention can be modified or changed within the scope of the technical idea of the present invention, and such modifications or changes are the utility model claims of the present invention. Will belong to.

Claims (10)

A container 10 into which the ingredients to be crushed are contained, A crushing unit (5) consisting of a cutter unit (20) having a cutter (12) for crushing food materials while being combined with the container (10); A drive unit 35 coupled to the crush unit 5 to the main body 70 and installed at the same time as the limit switch 32 is operated to generate power; A vacuum device 45 that is variably connected to the drive unit 35 and is installed to suck air; A main body 70 including a power supply device 54, a switching switch 64, and a suction switch 62 for supplying power to the driving part 35 and the vacuum device 45; A vacuum packaging machine (90) for assembling and detaching the vacuum device (45) and packaging the food material; Multipurpose mixer characterized in that the configuration including the vacuum container inhaler 100 is assembled to the vacuum device 45 in the same manner as the vacuum packaging machine 90 to enable the use of the vacuum container 110. . The method of claim 1; The cutter unit 20 on the crush unit 5 has a cutter unit housing 17 having a coupling protrusion 16 formed at the lower edge of the outer circumferential surface thereof so as to be coupled to the main body 70, and the cutter unit housing 17 at the center thereof. Rotating shaft 22 having a cutter 12 and a first coupling 18 installed at upper and lower ends and installed to rotate by power transmitted from the driving unit 35, and an upper end of the rotating shaft 22. Multipurpose mixer, characterized in that consisting of a configuration including a screw (13) to be installed in the assembly. The method of claim 1; The drive unit 35 includes an upper shaft 39 which accumulates a second coupling 36 engaged with the first coupling 18 provided on the rotary shaft 22 on the cutter unit 20, and a vacuum device. A drive motor 38 having a bidirectional drive shaft of the lower shaft 40 for power transmission to the 45; A clutch 42 installed on the lower shaft 40 of the drive motor 38 and installed to control the power variably by the operation of the changeover switch 64; Multi-purpose mixer, characterized in that consisting of a connecting shaft 43 is connected to the lower plate of the clutch 42 and the first bevel gear 44 for the power transmission to the pump drive shaft 49 at one end. The method of claim 1; The vacuum device 45 is provided with a pump drive shaft 49 for arranging, at one end, a second bevel gear 46 meshing with the first bevel gear 44 on the drive portion 35 from the drive motor 38. A vacuum pump 48 which is operated by the transmitted power; A suction port 50 connected to the vacuum pump 48 and formed on one side of the main body housing to suck air from an external device such as a vacuum packager 90 and a vacuum container inhaler 100; In addition to the pressure sensor 56 for detecting the pressure of the suction port 50 side, It is composed of a configuration including an electronic control device 58 for processing the signal detected by the pressure sensor 56 to control the drive motor 38 and the vacuum pump 48 and to control the overall length of the vacuum packaging machine 90 Multipurpose blender characterized by. The method of claim 1; The vacuum packaging machine 90 has a connector 80, a lower packing 76, a heater 84, a vacuum suction port 88, a choke valve 89 and one side coupled to the suction port 50 of the main body housing. A base frame 72 having a base handle 85, It is coupled to the hinge (75) shaft to the base frame (72) and has an upper packing (78) matching with the lower packing 76, and a heater pressing pad (86) matching with the heater (84) and upper on one side. Multi-purpose mixer, characterized in that consisting of the upper frame 74, the handle 87 is formed. The method of claim 1; The vacuum vessel inhaler 100 includes a pressure tube 96 formed of a rubber hose having one end of a connector 80 coupled to the suction port 50 of the main body 70, and A vacuum cover 92 coupled with a valve 116 located at the lid 114 of the vacuum container 110, Located on the outer circumferential surface of the vacuum cover 92 and releases the vacuum pressure remaining between the valve 116 and the vacuum cover 92 after the vacuum suction to simply separate the vacuum cover 92 from the vacuum vessel 110 Multi-purpose mixer, characterized in that consisting of a pressure release valve (94) to bet. The method of claim 1 or 2; The screw 13 is formed on the cutter 12 provided at the upper end of the rotating shaft 22 of the cutter unit 20 to improve the flow of the crushed food material, thereby increasing the grinding efficiency and overloading the driving motor 38. Multipurpose blender, characterized in that to prevent. The method of claim 1 or 3; The clutch 42 is provided on the lower shaft 40 of the drive unit 35 to variably transfer the power generated from the drive motor 38 to the vacuum pump 48 of the vacuum device 45 when necessary. Multipurpose blender characterized in that it comprises a). The method of claim 1 or 3; The changeover switch 64 may be operated in two ways, a mixer mode and a vacuum mode. In the mixer mode state, the limit switch 32 side and the power supply unit 54 used at the time of grinding are kept in a short circuit state, and the vacuum In the mode state, the clutch 42, which is in the spaced apart state in the mixer mode state, is switched to a contact state to transmit power to the vacuum pump 48, while at the same time opening power to the limit switch 32 side and Multipurpose mixer, characterized in that also performs the role of short-circuit the control unit 58 side with the power supply. The method of claim 1 or 4; The electronic controller 58 starts suction when the suction switch 62 is operated while the changeover switch 64 is in a vacuum mode, and processes and sets a signal detected by the pressure sensor 56. When the pressure is reached, the driving motor 38 is controlled to stop the suction, and then, the heater 84 on the vacuum packaging machine 90 side and the packing transfer means for heating the heater (not shown) are also performed. Multipurpose blender, characterized in that.