KR19990023982U - Blender for easy power cord management - Google Patents

Abstract

The present invention consists of an upper case 14 and a lower base 17 to accommodate various electric appliances such as a drive motor (4) and the main body (13) is attached to the outer peripheral surface of the outer case 14 ( 3) a mixing cup 5 mounted on an upper end of the main body 3 and equipped with a rotary cutter 11 at a lower portion thereof so as to mix the food introduced into the main body 3, and the mixing cup 5 on the main body 3; In the mixer (1) consisting of a cup base (7) mounted between the main body (3) and the mixing cup (5) so as to be installed, the outer case (14) of the main body (3) and the base (17) is the power cord 19 receiving space 35 is formed by the upper and lower ribs 31 and 33, which are arranged in a row to be aligned in the engagement, at the occlusal surface edge of the upper and lower ribs 31 and 33 The upper and lower seating grooves (23, 21) is processed to a power cord management easy mixer, combined An accommodating space 35 for folding the power cord 19 is formed at the rear of the outer case 14 and the base 17 forming the clerk main body 3, and a seating groove ( 21 and 23 are processed so that the mounting grooves 21 and 23 are inserted between the engaging projections 25 and 26 at the tip of the power cord 19 when assembling the power cord. ), So that the power cord 19 is not pushed into the mixer by the pushing force.

Description

A mixer provided with easy handling power cord

The present invention relates to a mixer that can easily manage the power cord, and more specifically, to secure a space suitable for the length of the power cord in the outer case and the base of the mixer body, and processing the seating groove in the lower portion of the mixer to assemble the power cord The present invention relates to a mixer in which a seating groove is fitted between the protrusions of the end of the power cord, and the power cord fits into the inner space during storage, thereby significantly increasing the convenience of use of the power cord.

Generally, a device for grinding food includes a juicer, a blender, and a grinder. Here, the juicer separates the food into solid components such as particles or dry matter and liquid components such as juice or liquid to extract juice or liquid. The blender is to grind and mix one or more foods in the same container and to eat all the mixed foods without separating the liquid components, unlike the juicer. In addition, the grinder, which is not widely used in the general household, is used to grind foods containing little liquid to powder.

Such a juicer, blender or grinder has been manufactured and supplied with a variety of functions that can be used more conveniently in accordance with the recent trend of high-quality dietary culture. For example, the juicer, blender and grinder as described above An integrated product is being released.

Of course, to enable a multifunctional product as mentioned above commonly requires a rotational force providing means that the juicer or blender and the grinder can provide a rotational force, and the rotational force provided from such a rotational force providing means By selectively using a rotary cutter and similar rotary members capable of finely slicing foods are divided into a juicer, a mixer or a grinder, respectively.

In other words, juicers, blenders, and grinders basically have the function of slicing food into smaller grains, and the ability to squeeze juice or to crush harder objects into pieces. By adding a structure suitable for betting to form a product with each characteristic, it is possible to combine the components that can provide different functions by combining the rotational power providing means, which is the basic power source, in common. One product is possible.

Here, a brief look at the structure of the conventional mixer 101 as shown in Figure 1, the mixer 101 is largely a main body 103, the mixing cup 105 is mounted on the top of the main body 103, and the mixing It consists of a cup base 107 to allow the cup 105 to be installed on the body 103.

The main body 103 is provided with a home electric motor (not shown) which can be easily used at home, and the electric motor is driven to rotate by a current supplied by the power cord 119 and mounted at the bottom of the mixing cup 105. It is coupled to the rotary cutter 111 is to generate a rotational force of the cutter 111, the operation unit 113, such as various operation switches and indicator lights are attached to the outer case of the main body, the mixing cup 105 The top opening is covered with a cup cover 109.

Here, the main body 103 has an opening 115 for fitting the cup base 107 at the top as shown in a planar state in FIG. 2, and the power cord 119 is inserted and fixed at the rear bottom. . In addition, the main body 103 is composed of a lower base 117 and an upper outer case 114 that is fitted and coupled to the base 117, as shown in FIG. Semicircular seating grooves 121 and 123 are machined in the rear lower edge surface of the outer case 114 so that the power cord 119 can be fitted therein.

At this time, the power cord 119 has a protrusion protrusion 125 protrudes in the circumferential direction, so that when the outer case 114 and the base 117 are coupled between the seating grooves 121 and 123, the outer case 114 and the base are combined. The catching protrusion 125 is caught inside the rear surface of the 117, and is prevented from escaping from the main body 103 by the external force to be pulled out.

However, since the conventional mixer 101 has only one locking protrusion 125 protrudingly formed on the outer surface of the power cord 119, it is disposed between the seating grooves 121 and 123 as shown by a dotted line in FIG. In this case, it is possible to prevent the power cord 119 from being pulled out by the pulling force by the locking protrusion 125, but on the contrary, when the cord 119 is pushed into the main body 103 by this force, Due to this, the cord 119 joint and related parts in the outer case 114 cannot be prevented from being damaged.

In addition, the mixer 101 of the present invention is adjacent to the rear surface of the outer case 114 and the base 117, so that the power cord 119 fixing means, that is, the seating grooves 121 and 123 and the locking protrusion 125 are formed. When the mixer 101 is not used, that is, when the power cord 119 does not need to be inserted into the power outlet, the power cord 119 is stretched to the rear of the mixer 101. 101) There were frequent problems that caused inconveniences in use, such as being caught by other objects between transportation or movement, which may be a factor that hinders transportation.

Therefore, the present invention has been devised to solve the problems of the conventional blender as described above, so that the power cord for supplying power to the blender can be protected not only from the pulling force but also from the external force being pushed in. Improved cord joints of the blender body, and power cord storage space inside the blender body when the cord does not need to be used, the cord is stored inside the main body to minimize the inconvenience caused by the cord, furthermore, the overall blender The purpose is to improve the aesthetics.

1 is a schematic side view of a conventional blender.

FIG. 2 is a plan view illustrating only the mixer body of FIG. 1. FIG.

Figure 3 is a perspective view of the power cord fitted to the AA line longitudinal section and the main body mounting groove of Figure 2;

Figure 4 is a schematic side view of the blender according to the present invention.

FIG. 5 is a plan view illustrating only the mixer body of FIG. 4. FIG.

6 is a longitudinal cross-sectional view taken along the line AA of FIG.

Explanation of symbols on the main parts of the drawings

1: blender 3: body

5: mixing cup 7: cup base

14: outer case 17: base

19: power cord 21, 23: seating groove

25, 26: engaging projection 31, 33: upper and lower ribs

35: storage space

In order to achieve this purpose, the present invention is composed of an upper case and a base of a lower part to embed various electric appliances such as a driving motor, and a main body having an operation part attached to an outer circumferential surface of the outer case, which is mounted on the top of the main body and put into the food. A mixer consisting of a mixing cup having a rotary cutter mounted on the lower portion to mix the mixture, and a cup base mounted between the main body and the mixing cup so that the mixing cup can be installed on the main body. The power cord receiving space is formed by the upper and lower ribs erected in the inner line that is aligned in a row when combined, and to provide a power cord manageable blender that is processed upper and lower seating grooves on the occlusal edge of the upper and lower ribs.

Hereinafter, an embodiment of the mixer according to the present invention will be described in detail with reference to the accompanying drawings.

The mixer of the present invention has a structure similar to that of a conventional mixer, as shown by reference numeral 1 in FIG. 1, and thus, a main body 3 in which various electric appliances such as a driving motor 4 are incorporated, and this main body 3 It is composed of a mixing cup (5) and a cup base (7) mounted between the mixing cup (5) and the main body (3) installed at the top of the.

Here, the main body 3 is equipped with not only a drive motor 4 therein, but also various electric appliances connected to the motor 4, and an outer circumferential surface of the outer case 14 forming an outer body of the main body 3. The operation part 13 for controlling and displaying the on-off switch and operation | movement of the mixer 1 is provided in the. The mixing cup 5 mounted on the upper end of the main body 3 by the cup base 7 is provided with food for mixing therein, and a rotary cutter 11 for mixing food in the lower surface is installed. In the upper opening, a cup cover 9 for sealing the mixing cup 5 is placed.

At this time, the main body 3 is composed of an upper outer case 14 and a base 17 interlocked with the outer case 14, as shown in Figs. 5 and 6, the outer case 14 and the base ( 17 has upper and lower ribs 31 and 33 which protrude from the upper and lower surfaces, respectively, so as to be aligned in a row when engaged. Accordingly, when the outer case 14 and the base 17 are mated, a c-shaped storage space 35 is formed inside the main body 3 according to the shape of the ribs 31 and 33, for example, as shown by a dotted line in FIG. 5. The power cord 19 is folded into the storage space 35.

In addition, an opening 37 having a smaller area than the protrusion positions of the ribs 31 and 33 is formed in the bottom surface of the base 17 to allow the power cord 19 to be received into the storage space 35. Upper and lower seating grooves 23 and 21 are formed in the occlusal surface edges of the upper and lower ribs 31 and 33 to form, for example, circular cord insertion holes when the outer case 14 and the base 17 are engaged.

The power cord 19 inserted into the seating grooves 23 and 21 formed as described above is connected to the upper and lower seating recesses 23 and 21 when the outer case 14 and the base 17 are coupled to each other. Inner and outer double locking projections 25 and 26, in which the circumferential wall surface is sandwiched, protrude from the outer peripheral surface of the tip.

According to the mixer 1 of the present invention configured as described above, the mixing operation is performed in the same manner as the general mixer, and for this purpose, the mixer 1 must supply a current to the driving motor 4 to rotate the rotary cutter 11. This is done by means of a power cord 19 connected in the body 3.

The power cord 19 has edge portions of upper and lower ribs 31 and 33 when the inner and outer double locking protrusions 25 and 26 protruding from the outer peripheral surface of the tip are engaged with the outer case 14 and the base 17. It is to be fitted between the upper and lower seating grooves (23, 21) processed at this time, the portion of the cord 19 between the double locking projections (25, 26) is seated in the seating grooves (23, 21). Therefore, when the power cord 19 is pulled, the inner locking protrusion 25 is supported by the upper and lower seating grooves 23 and 21, and when the power cord 19 is pushed in, the outer locking protrusion 26 is the mounting groove 23 and 21. ) Can be held in position while being supported.

In addition, when the blender 1 is not used, the power cord 19 does not need to be left in a stretched state, but rather interferes with the transport or movement of the blender 1. 37) can be folded into the storage space (35).

As described above, according to the mixer of the present invention, the power cord is fixed to the wall around the seating groove processed in the rib extending from the outer case and the base of the mixer main body by the inner and outer locking protrusions protruding at the tip, so Even when the cord is pulled or pushed in, it can be held in place to protect the various parts inside the body that are connected to the power cord from unexpected external forces applied to the cord.

In addition, when the base is assembled with the outer case, the ribs arranged in a line form the power cord storage space inside the main body so that the power cord can be folded through the opening in the bottom of the base when the mixer is not in use. It is possible to make the use or storage of the blender easier by not disturbing the transport or movement of the blender. In addition, by storing the power cord inside the main body, the aesthetics of the storage can be more beautiful.

Claims (2)

A main body 3 having an upper outer case 14 and a lower base 17 so as to house various electric appliances such as a driving motor 4 and having an operation unit 13 attached to an outer circumferential surface of the outer case 14; The mixing cup 5 mounted on the upper part of the main body 3 and equipped with a rotary cutter 11 at the lower part to mix the food introduced into the main body 3 and the mixing cup 5 so as to be installed in the main body 3. In the blender (1) consisting of a cup base (7) mounted between the main body (3) and the mixing cup (5), an outer case (14) and a base (17) of the main body (3). The power cord 19 receiving space 35 is formed by the upper and lower ribs 31 and 33 erected in a row to be aligned at the time of coupling, and upper and lower seating grooves are formed at the occlusal edges of the upper and lower ribs 31 and 33. Blender with easy power cord management, characterized in that (23, 21) is processed. The inner and outer double locking protrusions 25 and 26 of claim 1, wherein the circumferential surface of the power cord 19 fitted into the upper and lower seating grooves 23 and 21 is interposed between the upper and lower seating recesses 23 and 21 therebetween. Mixer easy to manage power cord, characterized in that the protrusion is formed.