KR20100002054A - Food-dirt dehydration equipment - Google Patents

Abstract

PURPOSE: An apparatus for dehydrating food waste using an electric rotating handle is provided to improve dehydration efficiency of the food waste, and to offer convenience for repair and management of components. CONSTITUTION: An apparatus for dehydrating food waste using an electric rotating handle includes a container main body(1), a sealing cover(2), a supporting holder(3), and an electric handle. The container main body has an inlet(11) and a dehydration hole(12). The container main body is attached or detached to a drain(100). A shaft coupling protrusion(131) and a rotating shaft(13) are installed at the center part of the container main body. The rotating shaft includes a handle shaft guiding case(22), a driving shaft installation hole, and a driving force transferring shaft(24). The supporting holder includes a shaft installation hole, a driven connection shaft, and a plurality of settling installment pieces(32).

Description

Food-dirt dehydration equipment for food waste using electric rotary handle

The present invention relates to a dewatering device for food waste, and more particularly, to a small-capacity structure applied to a sink for a domestic sink, to facilitate a series of installation and use relations, and to drain the sewage from food waste. It relates to a dewatering device for food waste using an electric rotary handle to effectively dehydrate, remove the food waste to clean and sanitary relationship.

In general, a certain amount of food waste is inevitably generated in homes and restaurants every day, and since the generated food waste contains a lot of water itself, there is a decay phenomenon in a waiting time for disposal. Together, they cause a bad odor.

In addition, such food wastes not only increase the volume of the entire garbage due to a large amount of moisture contained in itself, but also contaminate the surrounding environment due to the leakage of the contained moisture, that is, the sewage, and make it very dirty. In the handling process, too, it causes a considerable problem.

On the other hand, despite the fact that the total number of households in Korea has exceeded 10 million, the measures and means for efficiently handling, collecting, and managing food waste in the households are still far below expectations. Able to know.

In other words, the cause of this, in particular, because the housewives waste resources and lack of awareness of environmental pollution is not able to separate the thorough collection, but the main reason, in the collection and discharge of food waste, pollution, It contains a large amount of moisture, and the food wastes that cause odors are filtered out by hand and transferred to the food waste bags, and again, the bags containing the food wastes are drained outdoors. To carry out the process of transporting food waste to the collection point;

Therefore, the food waste disposal method not only gives housewives a great feeling of disgust, but in particular, leachate is leaked from the food waste containing too much water, thereby polluting the environment of the garbage collection area very dirty. In addition, due to such pollution causes severe malodors, flies, mosquitoes, etc. to provide a habitat environment for harmful insects, thereby causing a significant harm to our living environment.

On the other hand, in recent years, as a way to more efficiently handle the food waste generated in the home, the sink sink food waste dehydrator equipped with a dehydration device in the sink drain is elected (Korean Utility Model Publication No. 1997-8281) It was created.

However, such a "sink bin food waste dehydrator" as a source technology, by attaching a drive motor to the bottom of the sink drain port, and then connecting the dehydration tank to the power shaft of the drive motor in a removable structure, As the rotational force imparted by the drive motor, the configuration to dehydrate the food waste;

Therefore, the "sink garbage dehydrator" has the same configuration and functional principle as a general laundry dehydrator, and thus sinks a series of control box configurations, such as an operation switch for on / off control of a drive motor. Since installation must be provided at an arbitrary position, it is very troublesome and difficult to install in the installation work. Particularly, the cause of failure of the electric system, such as damage to the driving motor during use, requires replacement and repair of parts. In this case, it is very inconvenient for a series of handling and maintenance relations, such as the need for a repair professional to install the parts, such as the arbitrary disassembly and replacement of parts by the user.

Alternatively, the "sink garbage dehydrator" as the above-described source technology can stably modify new components, such as drive motors or the like, in order to install the product, by applying a geometric deformation to a conventional sink drain. In the installation process, the whole pipe of the inner side of the sink drain is required to be installed and installed.In addition, waste of unnecessary materials, excessive work time, and a series of installation work are required. Because of this, it is very inefficient and makes the economic problems to exist.

Accordingly, the present invention has been made to solve the general problems of the conventional "food waste dehydrator for sink";

An object of the present invention is a small-capacity structure that can be used in a home or a small restaurant, such that it can be easily installed in a general kitchen sink drain so as to facilitate a series of installation and handling relationships, and as such a convenient handling relationship, It is to provide a dehydration device for food waste using the electric rotary handle to facilitate the replacement and repair of parts and other maintenance relationships in the event of product failure or abnormality.

On the other hand, another object of the present invention is to provide an electric rotary handle that is convenient to store and carry, so that it is connected to the drive transmission shaft of the airtight cover and the rotation shaft of the container body by a selective detachment and attachment method. Therefore, the high-speed rotational power is transmitted to increase the dehydration efficiency of the food waste, and also have a more stable use relationship according to the operation principle of the electric rotary handle that is switched and driven only by a constant pressure input action. The present invention provides a dehydration device for food waste using an electric rotary handle.

Thus, as a specific means of the dewatering device for food waste using the electric rotary handle according to the present invention for achieving the above object;

In the container body, the sealing cover, and the sink drain configuration for the container body detachable;

A shaft connecting protrusion and a rotation shaft integrally provided with a shaft support groove in an inner central portion of the container body;

The sealing cover 2 further includes a handle shaft guide case opened / closed by a protective cap, a drive shaft mounting hole formed in the inner center portion of the handle shaft guide case, and a drive transmission shaft mounted to the drive shaft mounting hole. And;

Again, as the supporting means of the container body, the supporting holder is further provided,

As the drive means connected through the handle shaft induction case of the closure cover (2), it is achieved by further comprising an electric rotary handle.

Above, the dewatering device for food waste using the electric rotary handle according to the present invention is a small-capacity structure consisting of a sealed cover and a container body, so that it can be easily installed and installed in a general kitchen sink drain, thereby simplifying a series of installation and handling relationships. As such a convenient handling relationship, it is possible to easily perform maintenance relationship, such as replacement and repair of parts in the event of product failure and abnormality;

In addition, after having the electric rotary handle for convenient storage and portability, it is connected to the container body, so that the high-speed rotational power is easily transmitted, which increases the dehydration efficiency of food waste In addition, according to the operating principle of the electric rotary handle switching is driven only by a constant pressure input action, the use stability is also extremely raised, it provides a very useful expected effect.

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

1 is an exploded perspective view of a main portion of a food waste dewatering apparatus using a motorized rotation handle according to the present invention, Figure 2 is a cross-sectional view of the installation combined state of the food waste dewatering apparatus using a motorized rotation handle according to the present invention, Figure 3 Figure 4 is a state diagram of the dehydration device for food waste using the electric rotary handle according to the present invention, Figure 4 is an enlarged state of the main action of the electric handle applied to the present invention, looking at a series of configurations;

It consists of the container body (1), the sealing cover (2), and the supporting holder (3) and the electric handle (4), the drainage for the conventional sink 100 is installed, detachable installation of the series It consists of.

Here, the container body (1) is formed on the basis of the known configuration is provided with an inlet opening 11 is opened on the upper surface, a number of dehydration holes 12 are regularly provided through the exterior body front;

Thus, in applying the container main body 1 to the present invention, as shown in FIG. 1, the rotating shaft 13 having a vertical cylindrical structure in the inner central portion of the container main body 1 having a cylindrical shape, as shown in FIG. Is installed upright integrally, the shaft connecting projection 131 having a spline shaft structure is formed on the upper surface of the rotating shaft 13, the shaft having a predetermined depth in the center of the lower surface of the rotating shaft 13 again It is preferable to form the support groove 132.

At this time, in the container body (1), the upper side of the rotating shaft (13), the screw (N) fastening type, detachable, attaching structure, as an auxiliary means for selectively opening and closing the inlet (11), Shatterproof cover 14 having a drain hole 141 on the upper surface is further coupled, formed;

Alternatively, in the container body 1, the structure of the dehydration hole 12 formed in the outer side surface of the container body 1 prevents the outflow of food waste by centrifugal force during the rotation of the container body 1, As a structure that can be stably discharged, as shown in the partially enlarged view of Figure 1, the shape of the dehydration hole 12 has a plurality of vertical comb through configuration having a predetermined length, each of the dehydration hole 12 outside To form a blocking protrusion 121 protruding in a rectangular bending structure on one surface.

In addition, the sealing cover 2 is a kind of lid to selectively open and close the opening 11 of the container body 1 described above, which is, as shown in Figure 1, the mounting piece 21 on the outer edge And a disk-shaped structure which further includes an elastic sealing opening 211 integrally around the lower surface of the seating piece 21;

Thus, in applying the sealing cover 2 to the present invention, as shown in Figures 1 to 3, in the center of the upper surface of the sealing cover 2, as a projecting structure of a predetermined length having a space portion, the protective cap (C) to form a handle shaft guide case 22 for opening and closing is intermittent, the drive shaft in which the guide guide 231 and the first bearing 232 is mounted on the inner center of the handle shaft guide case 22; Forming the installation hole 23, it is preferable to further mount and form the drive transmission shaft 24 in the rotating structure to the drive shaft installation hole 23 again.

At this time, the drive transmission shaft 24 is formed on the upper side, a power engaging port 241 of the spline shaft structure that is in power connection with the electric rotary handle 4 to be described later, the drive transmission shaft 24 At the center of the lower surface, the power connecting groove 242 is formed to insert the shaft connecting protrusion 131 of the above-described rotation shaft 13.

In addition, the support holder (3) is a kind of auxiliary support means for supporting the above-mentioned container body (1) rotatable guro-rod support, such, the support holder (3), the overall appearance of the As shown in 1 to 3, the upper surface has a cylindrical structure of a predetermined length of the blockage is blocked, and the shaft mounting hole 31 is mounted in the center of the blocked upper surface, the second bearing 311 is mounted, In a regular, repeating arrangement of the bottom surface of the support holder 3 taking the cylindrical structure, a plurality of seating mounting pieces 32 are integrally formed, and again, the driven connecting shaft in the shaft mounting hole 31. It is preferable to install and constitute (33) further in a rotatable upright structure.

At this time, the driven connecting shaft 33 has a predetermined length, as shown in Figure 1, to form a cylindrical shaft structure having a disk-shaped mounting piece 331 integrally at the center thereof.

 Finally, the electric rotary handle 4 is a separate independent article configuration provided for transmitting the rotational power to the container body (1) described above, and thus, the electric rotary handle (4) applied to the present invention 3 or 4, based on the left and right symmetry of the handle 41 formed on the upper side as a base configuration, the transmission having a transmission shaft (F) in the center of the lower portion of the handle 41 The motor M and the drive case 42 in which the storage battery 421 is built up are integrally formed, and are connected to the shaft of the electric motor F of the electric motor M at the center of the lower surface of the drive case 42. The handle shaft 43 of a predetermined length is further connected, and configured to receive and guide the outer diameter portion of the handle shaft 43 again, the handle shaft accommodating pipe 44 formed longer than the length of the handle shaft 43. As shown in FIG. 4, it is preferable to further form the structure to accommodate the handle shaft 43.

At this time, the handle shaft 43, as shown in Figure 4 on its lower surface, the internal gear groove 431 having a predetermined depth is formed, in particular, the handle shaft 43, the upper surface of Figure 4 As shown in the partially enlarged view, as the friction clutch 45 configuration, the clutch spring 451 is elastically engaged with the electric shaft F of the electric motor M by the elastic and press-fitting action of the clutch spring 451, and the electric motor M The switching action required for driving is performed.

Therefore, the dewatering device for food waste using the electric rotary handle according to the present invention having the above-described configuration is selectively applied and installed in a conventional sink drain, and used to stably dehydrate and remove the water contained in the food waste. As a result, looking at the series of installation, coupling relationship as follows.

As shown in FIG. 1 or FIG. 2, the sink sink 100 is installed as a target of installation. First, the support holder 3 is installed and seated on the inner bottom surface of the sink drain 100. On the inner surface of the sink drain hole 100 in which the holder 3 is installed, the container body 1 is accommodated and installed in the sequential form again.

Thus, in the case of forming a coupling state as described above, the upper end of the driven connecting shaft 33 formed in the support holder 3, in the container body 1, the shaft support formed in the lower surface of the rotation shaft 13 It takes the form inserted into the groove 132, as shown in Figure 2, the container body (1) in a rotatable structure, to be supported.

Subsequently, in the state in which the support holder 3 and the container main body 1 are coupled to each other, the scattering prevention cover which is detached and attached to the inlet 11 of the container main body 1 by a screw (N) fastening method ( 14), and in succession, as shown in Figure 2 to the upper surface of the container body 1, that is, the inlet portion of the sink drain 100, by coupling the sealing cover (2), Installation of the dehydration device for food waste using the electric rotary handle according to, and completes the coupling relationship.

At this time, when the sealing cover 2 is coupled, the elastic sealing opening 211 formed by the outer edge of the sealing cover 2, is inserted elastically in the inlet portion of the sink drain 100, as shown in FIG. Likewise, to form a hermetic bond structure;

Alternatively, in the sealing cover 2, in the power connecting groove 242 formed in the lower surface of the drive transmission shaft 24, in the container body 1, the shaft connecting projection 131 of the rotation shaft 13 ) Is inserted into the power connection according to the gear engagement structure.

On the other hand, look at the operation, use relations and the interaction of the dehydration device for food waste using the electric rotary handle according to the present invention coupled and installed as follows.

First, in the present invention installed as the sink drain 100, the shatterproof cover 14 and the sealing cover (2) to be opened, and then put food waste into the container body (1), and then, the The open shatterproof cover 14 and the sealing cover 2 to be recombined.

Subsequently, under the above-described state, as shown in FIG. 3, in the sealing cover 2, as a guide action by the induction guide 231 formed of the handle shaft induction case 22, the electric handle 4. The handle shaft 43 is inserted into the internal gear groove 431 formed on the lower surface of the handle shaft 43 so as to insert the power gear 241 of the drive transmission shaft 24.

Therefore, in such a state, when a constant pressure input is applied through the handle 41 of the electric rotary handle 4, as shown in the partially enlarged view of FIG. 43) The upper surface is elastically engaged with the electric shaft (F) of the electric motor (M) by the elastic indentation action by the clutch spring 451, and performs a switching action required for driving the electric motor (M), such switching By operating the electric motor (M) is driven, by transmitting the power to the drive transmission shaft and the rotation shaft through the handle shaft 43 to rotate the container body (1), to impart a dehydration action to food waste. .

At this time, as described above, in a series of dehydration action, the shatterproof cover 14, by the centrifugal force action according to the rotation of the container body 1, the food waste is scattered to press the sealing cover (2). The phenomenon will be prevented.

On the other hand, Figure 5 is another embodiment of the container body (1) to be applied to the present invention, such a container body 1 as yet another embodiment, the outer edge of the inlet port 11 of the container body (1) In addition, the plurality of rotation guides 15, which are sliding guide means, are formed in a plurality of regular and repetitive arrangements, so that the contact with the inner surface portion of the sink drain 100 during the rotation of the container body 1 is performed. It is possible to stably avoid unnecessary frictional action, which may be caused by the present invention, and this is also not intended to depart from the scope of the present invention.

Figure 1 is an exploded perspective view of the main part of the dewatering device for food waste using the electric rotary handle according to the present invention

Figure 2 is a cross-sectional view of the installation combined state of the dehydration device for food waste using the electric rotary handle according to the present invention

Figure 3 is a functional state of the dehydration device for food waste using the electric rotary handle in accordance with the present invention

Figure 4 is an enlarged action state of the main portion of the electric handle applied to the present invention

Figure 5 is another embodiment of the container body applied to the present invention

<Description of Symbols for Major Parts of Drawings>

1: container body 2: sealing cover 3: support holder

DESCRIPTION OF SYMBOLS 4 Electric steering wheel 13 Rotating shaft 14 Shatterproof cover 15 Rotating induction roller 21 Seating piece 22 Handle shaft guide case 23 Drive shaft mounting hole 24 Drive transmission shaft 31 Shaft mounting hole

32: seating installation 33: driven connecting shaft 41: handle

42: drive case 43: handle shaft 44: handle shaft receiving pipe

45: friction clutch

Claims (5)

A container body (1) provided with an inlet (11), a dehydration hole (12), an airtight cover (2) for opening and closing the opening (11) of the container body (1), and the container body (1) In the drain 100 for sink, detachable; The container body (1), the inner shaft in the inner central shaft connecting projection (131) and the shaft support groove 132 is provided with a rotation shaft (13) integrally provided; The sealing cover 2, the handle shaft guide case 22 is opened / closed by a protective cap (C) in the center of the upper surface, the guide shaft 231 is formed in the inner central portion of the handle shaft guide case 22, And a drive shaft mounting hole (23) on which the first bearing (232) is mounted, and a drive transmission shaft (24) mounted on the drive shaft mounting hole (23); As the supporting means of the container body 1, the shaft mounting holes 31, the second bearing 311 is mounted, the driven connecting shaft 33, which is installed upright and installed in the shaft mounting holes 31, and a plurality of It is further provided with a support holder (3) consisting of two seating installation pieces (32), The drive means is inserted through the handle shaft induction case 22 of the sealing cover (2), the dehydration device for food waste using the electric rotary handle, characterized in that formed by further comprising an electric handle (4). The method of claim 1; The container body (1) is detachably attached to the upper end of the rotation shaft (13), and as an auxiliary means for opening and closing the inlet (11), further comprising a shatterproof cover (14) having a drain hole (141); Dewatering device for food waste using the electric rotary handle, characterized in that the inlet (11) further comprises a plurality of rotational rollers (15) on the outer edge of the inlet. The method of claim 1; The airtight cover 2 includes a seating piece 21 provided at an outer side edge thereof; Dewatering device for food waste using the electric rotary handle, characterized in that further formed integrally the elastic sealing opening (211) around the lower surface of the seating piece (21). The method of claim 1; The drive transmission shaft 24, the upper side of the configuration, is formed of a power engaging port 241 of the spline shaft structure is power-connected with the electric handle (4); Dehydration for food waste using an electric rotary handle, characterized in that the power connecting groove 242 is inserted into the center of the lower end surface of the drive transmission shaft 24, the shaft connecting projection 131 of the rotating shaft 13 is inserted. Device. The method of claim 1; The electric handle 4 has a handle 41 is formed on the upper side; A driving case 42 having an electric motor M having an electric shaft F and a battery 421 installed therein is formed at the center of the lower portion of the handle 41; The handle shaft 43 is connected to the shaft shaft and the electric shaft (F) of the electric motor (M) in the center of the lower surface of the drive case 42 is further configured, The handle shaft 43, the internal gear groove 431 is further formed on the bottom surface, the outer diameter portion is made of a structure accommodated in the handle shaft receiving pipe 44 formed longer than the handle shaft length, characterized in that made Food waste dewatering device using electric rotary handle.

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