JPH06320048A - Centrifugal dehydrator for sink - Google Patents

Abstract

PURPOSE:To inexpensively and extremely easily dehydrate garbage by providing a sink with a drain pipe provided through a garbage storage part, a water- permeable garbage storing means in a garbage storage part and a means for rotating the garbage storing means. CONSTITUTION:This centrifugal dehydrator has a sink S with a drain pipe provided below a water outlet O through a garbage storage part G, a water- permeable garbage storing member B arragned freely detachably and rotatably in the grabage storage part G and a manual rotating device A for rotating the garbage storing member B. When the garbage accumulated in the member B is dehydrted by such a constitution, the member B is rotated by the device A, and the garbage is drained. Consequently, the garbage is easily dehydrated, the noise due to vibration is reduced, water is not leaked, and a short circuit is not caused.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is a device adapted to a sink having a drainage pipe provided at the lower part of a drainage port through a dust storage part, and centrifugally dehydrates water from raw garbage containing water. The present invention relates to a centrifugal dehydrator for sinks that can be easily removed by.

[0002]

2. Description of the Related Art Recently, a mainstream structure is a structure in which a waste storage portion is provided following a drainage opening provided in a sink, and a drain pipe is connected below the waste storage portion. Then, a garbage bag having a draining function was freely placed inside the garbage storing section to provide a function instead of the triangular corner placed for draining on the conventional sink. However, there are many cases where the water content is not completely drained when the garbage bag is taken out from the garbage storage unit and disposed of, which is a sanitary problem.

For this reason, recently, for example, as in the device disclosed in Japanese Patent Laid-Open No. 3-65254, a disposer for crushing dust put in a casing by a rotary blade which is driven by a motor and rotates at a high speed. In addition to the function, a device that has a function to rotate the dehydrated basket separately provided with crushed dust and drains the dust by centrifugal dehydration action is also available in the market under the sink. .

[0004]

The device having the above-described combined function has a large new installation space occupying the drain of the sink, and the device itself is expensive. Installation work for the device is required, which results in a considerable increase in cost. In addition, when a driving device such as a motor is installed in the lower part of the sink in this way, there is a problem of vibration that occurs at the time of operation, and it is structurally easy to leak water and various problems such as measures against electric leakage must be taken into consideration. Had a point.

[0005]

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, the present invention provides a sink sink provided with a drainage pipe at a lower portion of a drainage port through a dust storage section, and a inside of the waste storage section. And a rotatably rotating means for rotating the trash accommodating means.

Further, a sink sink provided with a drainage pipe at a lower part of the drainage port via a dust storage portion, and a water-permeable dust storage means rotatably and rotatably disposed in the waste storage portion, It comprises a rotating means for rotating the dust accommodating means, and the rotating means is installed and used on the sink side.

[0007]

With the above-mentioned structure, when dewatering the dust stored in the dust storing means arranged in the dust storing section, the dust storing means is rotated by the rotating means. Since the rotating means is located above the drain outlet of the sink and the garbage storing means in the garbage storing section is hooked and rotated, the existing sink does not require any special construction. Good, you can easily perform the dewatering operation of garbage. With such a simple structure, there is no vibration and noise, and further water leakage,
There is no need for leakage measures.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the centrifugal dewatering device for a sink according to the present invention will be described in detail below with reference to FIGS. FIG. 1 is a perspective view showing a state where the present invention is set in a current sink, FIG. 2 is a sectional view showing a set state of the present invention, and FIGS. 3 and 4 are operation explanatory views.

Reference numeral A denotes a manual rotating device, which is used by being disposed in the drainage port O in the sink sink S for use, and is disposed in an existing garbage storage section G formed below the drainage port O. The permeable dust container B is rotated to remove the water contained in the dust by the centrifugal action. The manual rotation device A includes a base 2 having a shape that can be stably set so as to cover the drainage port O of the sink S, and a bearing portion 2a above the base 2 so that the base 2 can be smoothly rotated in a horizontal plane.
And a pusher 4 for rotating and driving the rotary shaft 3. A cross member 3a is attached to the lower end of the rotary shaft 3, and the four-way ends of the cross member 3a have a ring 12 to be described later.
A claw-shaped claw 3b is formed to rotate the claw in a predetermined direction. In addition, a spiral groove 3 is formed on the side wall of the rotary shaft 3.
c is cut off, and the pusher 4 is mounted on the outside of the rotary shaft 3 so as to cover it. Then, one bearing botch 4a fitted in the recess formed in the lower position of the inner wall of the pushing portion 4 is slidably fitted along the spiral groove 3c of the rotary shaft 3. . That is, when the pushing portion 4 is lowered, the bearing boss 4a arranged on the inner wall thereof is lowered along the spiral groove 3c, so that the rotation shaft 3 can be rotated. A coil spring 5 is interposed between the rotary shaft 3 and the pushing portion 4 and returns the descending pushing portion 4 to the upward direction.

The area 3d below the final end of the groove 3c cut in the rotary shaft 3 is formed at the same depth as the groove 3c over the entire circumference of the rotary shaft 3. By forming in this way,
The pushing portion 4 reached the bottom dead center, the bearing bocchi 4a reached the area 3d after the final end of the groove 3c, and was rotated even if the restriction due to the engagement between the groove 3c and the bearing bocchi 4a was released. While the rotating shaft 3 is configured to continue rotating by inertia, the bearing bocchi 4a keeps a state in which it is always in contact with the groove 3c of the area 3d after the final end, and therefore the lowering operation of the pushing portion 4 is performed. Coil spring 5 when is released
The bearing boss 4a is configured to rotate and rise along the groove 3c, contrary to the lowering operation, by the upward urging force of. Further, in order to set the manual rotation device A in the drainage port O of the sink S without misalignment, a positioning protrusion 2b corresponding to the drainage port O may be appropriately formed on the bottom of the base 2.

Reference numeral B denotes a dust storage member, which is detachably attached to an existing dust storage portion G formed below the drainage port O of the sink S. This dust storage member B has a ring 12 of a size that can be set on the edge C on the drain port O side,
Basket 1 made of metal mesh hanging on this ring 12
It is composed of three. (A paper dust bag may be further installed in the basket 13 for convenience.) The size of the ring 12 can be set according to the size of the drainage ports O of the various sinks S currently in circulation. It plans various sizes to do. And this ring 1
As shown in the drawing, receiving portions 12a ... Are continuously formed on the upper surface of 2, and the hook-shaped claws 3b.

When the manual rotation device A is arranged at the drainage port O, the length and position of the rotation shaft 3 are adjusted so that the key-shaped projections 3b of the rotary shaft 3 and the receiving portions 12a of the ring 12 can be smoothly matched. Is appropriately performed with screws or the like provided on the rotary shaft 3 and the cross member 3a, respectively. Further, a bearing 12b is arranged at a predetermined position on the lower surface of the ring 12 so that contact rotation between the dust storage member B and the edge C can be smoothly performed. Then, in a state where the claws 3b ... And the receiving portions 12a ... Are engaged with each other, the entire dust storage member B smoothly rotates in accordance with the rotation of the rotating shaft 3 rotated by the lowering operation of the pushing portion 4, and the dust is dehydrated. Is configured to be performed.

The dewatering operation (action) of the dust stored in the dust storage member B will be described in detail below based on the above configuration. That is, the basket 13 of the dust storage member B is put in the dust storage portion G below the drainage port O of the sink S, and the ring 12 is set at the edge C of the drainage port O. Then, the manual rotation device A is arranged at the drain port O on the side of the sink S for the dust storage member B in which dust has accumulated to some extent. Then, the hook-like claw 3b below the rotary shaft 3 and the receiving portion 1 on the upper surface of the ring 12 are provided.
Match 2a ... (Fine adjustment for this matching is performed beforehand by screws or the like provided on the rotary shaft 3 and the cross member 3a, respectively.) Then, the pushing portion 4 resists the coil spring 5 to some extent. Formed on the inner wall of the pushing portion 4 by pushing down with force (in this case, an effective rotational force is obtained by pushing down the pushing portion 4 itself while holding it so that it does not rotate). As a result of the forcible sliding of the spiral groove 3c on the side of the rotary shaft 3 along the bearing bocchi 4a, the rotary shaft 3 is rotated, and the dust storage member B matching the claw 3b is rotated. The water in the garbage in the basket 13 is dehydrated. Further, at this time, even when the bearing bocchi 4a reaches the area 3d after the final end of the groove 3c, the bearing bocchi 4a and the groove 3c are disengaged from each other, and the rotary shaft 3 continues to rotate by inertia, thus effectively The water is dehydrated.

Further, in the returning operation of the pushing portion 4, the pushing portion 4 reaches the bottom dead center and the bearing bocchi 4a of the pushing portion 4 is in the area 3
After the rotation by inertia continues in a state of always abutting and sliding on the groove 3c of d, the rotating shaft 3 rotates and rises along the groove 3c in the reverse rotation of the descending operation by the upward biasing force of the coil spring. Is. By repeating the descending and returning operations of the pushing unit 4 as described above several times, the water content of the dust can be surely removed.

As described above, when dewatering the dust, the manual rotating device A is arranged at the drainage port O in the sink S and is pushed with the key-shaped projection 3b aligned with the ring 12. The dewatering operation of dust can be quickly achieved by a very simple operation such as pushing down the section 4. Therefore, it is not necessary to use a large-scale and high-cost device that has a conventionally known combined function of a disposer and a dehydrator.

As described above, the present invention comprises the manual rotating device A having a relatively simple structure and operating mechanism, and the dust storing member B which can be easily set in the dust storing portion G of the current sink. In use, it is only necessary to set the manual rotating device A in the dust storage member B facing the drainage port in the sink, and the operating method is very simple. Therefore, it is not necessary to modify the existing sinks and drains that are widely spread. Further, it has various advantages that there is no vibration and noise unlike the case where a motor is used under the sink S as in the prior art and there is no fear of water leakage, and no countermeasure against leakage is required.

Further, as another embodiment incorporating the gist of the present invention, a simple motor may be used as a drive source for rotating the rotary shaft 3.

[0018]

[Effect] The centrifugal spin-drying device for a sink according to the present invention is a sink sink provided with a drainage pipe at a lower part of a drainage port via a waste storage part, and water which is detachably and rotatably disposed in the waste storage part. A configuration is provided that includes a permeable dust storing means and a rotating means for rotating the dust storing means, and in dewatering the dust accumulated in the dust storing means, the dust storing means is rotated by the rotating means. That is, the waste can be dehydrated very easily.

Further, the centrifugal dewatering device for a sink according to the present invention is provided with a sink sink provided with a drainage pipe at a lower part of a drainage port through a dust storage part, and is detachably and rotatably arranged in the dust storage part. And a rotating means for rotating the waste storing means. The rotating means is installed and used on the sink side. Therefore, when dehydrating the waste accumulated in the waste storing means arranged in the waste storing section, the rotating means for rotating the waste storing means is simply arranged at the drain port on the sink side, and no special operation is required for the current sink. It has advantages that it can be used without any construction work, and that it does not require a large space under the sink like a conventionally known device, resulting in no increase in cost.

When used, no troublesome vibrations occur in the neighborhood, and the size of the garbage storage means is adapted to the size used for various current sinks, so that the cost does not increase and the economy is reduced. Target.

[Brief description of drawings]

FIG. 1 is a perspective view showing a state in which the present invention is set in a current sink.

FIG. 2 is a cross-sectional view showing a set state of the present invention.

FIG. 3 is an operation explanatory diagram of the present invention.

FIG. 4 is an explanatory diagram of the operation of the present invention.

[Explanation of symbols]

 A Manual rotation device S Sink O Drain port G Dust storage part C Edge 2 Base 2a Bearing 2b (for alignment) Protrusion 3 Rotation axis 3a Cross member 3b Claw 3c Groove 3d Area 4 Pushing part 4a Bearing bocce 5 Coil spring B Garbage storage member 12 Ring 12a Receiving part 12b Bearing 13 (Metal mesh) Basket

Claims (2)

[Claims] 1. A sink sink provided with a drain pipe at a lower portion of the drainage port via a dust storage portion, and a water-permeable dust storage means detachably and rotatably disposed in the waste storage portion, A centrifugal dewatering device for a sink, comprising: a rotating means for rotating the dust storing means. 2. A sink sink provided with a drainage pipe at a lower portion of the drainage port via a dust storage portion, and water-permeable dust storage means detachably and rotatably arranged in the waste storage portion. A centrifugal dewatering device for a sink, comprising: a rotating means for rotating the garbage storing means, wherein the rotating means is installed and used on the sink side.