JP2002125903A - Mop washing and dehydrating device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mop washing and dehydrating device which is provided with a function for removing water from a mop after washing the mop and an aligning device for a dehydrator. SOLUTION: In order to match the rotation center axes of a motor, a basket 6 and the mop 12 automatically to keep the mop during the rotation of the basket, an aligning means being two guide bars A and B is arranged in the center of the bottom of the basket.

Description

DETAILED DESCRIPTION OF THE INVENTION

The mop washing dewatering device of the present invention is provided with a motor under the floor of a water tank via a spring and rubber of a vibration isolator, and an extension shaft of a brake drum motor is provided under the floor with an oil seal as a waterproof device with a vibration isolating rubber. , And the basket for rotating and draining the water is fixed to the upper end of the extension shaft of the motor. The basket used is slightly larger than the mop pedestal for inserting the mop from above and for centering. The center axis of rotation of the basket determined by the center axis of rotation of the rotation axis of the motor and the center axis of rotation of the mop after the mop is mounted on the basket are automatically matched at the time of mounting, and 2 to hold the mop in the basket
By providing a centering means, which is a guide rod of the book, at the bottom of the basket, it acts to dehydrate the mop while absorbing the vibration with the vibration isolator. The basket is shaped as an elliptical cone or cube that allows a pedestal mop to be inserted into the bottom of the basket, with a minimum volume and a minimum height of the inserted mop, with the center of the mop at the bottom of the basket. The two guide rods are attached vertically at equal intervals in the lateral direction from the center of the basket so that they can be fixed to the center of the basket. The distance between the two guide rods is set to be about 5 mm larger than the width of the pedestal mop. Keep the top of the guide bar slightly open from the top so that the mop can be easily inserted into the guide bar. Dehydration of the mop is performed by inserting a mop with a pedestal washed in a water tank from above into the space between the two guide rods, depressing a pedal, and rotating the basket by starting the motor. If the mop is inserted inadvertently and the center of the rotation axis of the mop does not match the center axis of the basket, the center axes of both will always move at first, but there will be four horizontal and vertical directions inside the basket while rotating and vibrating. While reciprocating between the two guide rods in the direction, it is gradually pushed out to the center of the basket by the elasticity of the anti-vibration spring of the motor, the oil seal with anti-vibration rubber and the mop thread,
The center of the motor shaft and the center axis of the basket, which is the mop accommodating means, automatically coincide with each other, so that the mop is dehydrated while absorbing vibration with the vibration isolator while maintaining the same state. The lid is attached to prevent the hands and body from touching the basket during dehydration and to prevent splashing.

TECHNICAL FIELD OF THE INVENTION

[0002] The present invention relates to a mop washing and dewatering apparatus, and more particularly to a mop washing and dewatering apparatus having a function of removing water from the mop after washing the mop, and to a centering apparatus for the dehydrator.
Two rods, which are centering devices, are installed vertically in the center of a basket, which is a storage device for mop.

[Prior art]

[0003] Conventionally, a number of mop washing and dewatering apparatuses having a function of removing water from the mop after washing the mop with water have been proposed. The procedure for using such a mop flush dehydrator is to insert a mop from above into a water tank of the flush dehydrator in which an upper part in which a certain amount of water is stored in advance is opened,
After rinsing, place the washed mop on a turntable, basket, etc. directly connected to the output shaft of the motor to perform dehydration after rinsing, start the motor, and remove water by centrifugal force acting on the mop. Like that. For example, in Japanese Utility Model Laid-Open No. 59-145357, which is the applicant of the present application, a hole is formed in the center of rotation of the pedestal of the mop, and a hole at the center of the mop is inserted into the mandrel at the center of rotation of the dehydrator. Proposal for spinning dehydration, and 60-6012
No. 59, a basket is provided, a mop is set in this basket, and dehydration by rotation of the mop is proposed. In Japanese Utility Model Publication No. 6-21423, a basket is provided, and a pressing part of the centering means is provided in the basket. By installing the rotation center mop of the motor, the center of the mop after mounting the mop and the center of the mop accommodating unit match, the motor starts, and the mop absorbs vibration with the vibration isolating spring and the holding plate. Have made proposals for dehydration.

[Problems to be solved by the invention]

However, in the conventional mop dewatering device, it is difficult to accurately match the rotation center of the mop itself with the rotation center of the basket, ie, the mop accommodating means for accommodating and holding the mop to which the driving means is connected. Was.
For example, in Japanese Utility Model Laid-Open No. 59-145357, it is necessary to align the rotation axis of the motor and the rotation axis of the mop, so that a rotary table with three needles is provided, and a hole must be formed in the center of the mop pedestal. There was a problem that the mop could not be used. In addition, the rotary table with three needles is an open type, and when rotated, the mop spreads greatly due to centrifugal force, so that the dehydration tank is large and inconvenient to move. In Japanese Utility Model Application Laid-Open No. 60-171259, the normal mop was not stabilized in the basket, and abnormal vibration occurred, so that dehydration was sometimes impossible. Furthermore, although the rotation axes are the same in the case of Japanese Utility Model No. 6-21423, the pressing part for accommodating the mop with the pedestal is provided in the basket, so that the mop is entangled with the pressing part and the mop cannot be smoothly moved in and out. There are three problems that the load on the motor is wasted by increasing the weight of the pressing part inside the motor.

[Means for Solving the Problems]

[0005] In order to solve the above-mentioned problems and to achieve the object, the mop washing and dewatering apparatus of the present invention has the following configuration. That is, a motor is provided under the floor of the water tank via a spring and rubber of a vibration isolator, and the extension shaft of the brake drum motor is disposed above the water surface of the water tank from below the floor via an oil seal which is a waterproof device with a vibration isolating rubber. And fix the basket for rotating draining to the upper end of the motor extension shaft. The basket is slightly larger than the mop with the pedestal in order to smoothly insert the mop from the upper part and to have a centering action. The center axis of rotation of the basket determined by the center axis of rotation of the rotation axis of the motor and the center axis of rotation of the mop after the mop is mounted on the basket are automatically matched at the time of mounting, and Alignment means, which are two guide rods, are provided at the bottom of the basket to hold the mop in the basket.

BEST MODE FOR CARRYING OUT THE INVENTION

[0006] The mop dewatering device of the present invention is composed of a substantially cylindrical watertight body having an open upper portion, and can store water up to a stereotactic location. The mop is filled with water from a watertight water tank. Rinse, put in a basket which is a dewatering tank provided above the water surface, start the motor, rotate the basket, and dewater the mop by centrifugation. The feature of the present invention is a basket which is a dewatering tank, and two guide rods installed at equal intervals from the center of the bottom of the basket,
By the action of the guide rod, dehydration of the mop is performed by matching the three rotational axes of the central axis of the motor, the central axis of the basket during rotation, and the central axis of the mop during rotation.

【Example】

An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a perspective view showing an external appearance of a mop washing dewatering apparatus with a part cut away. In FIG. 1, a water tank (1) for storing and draining water is composed of a substantially cylindrical watertight body having an open upper portion, and a water supply and drainage faucet (3) ( The water faucet and the overflow faucet (4) are provided as far as possible from each other. The reason why the water faucet and the overflow faucet are installed separately is that the supplied fresh water circulates in the water tank in a short time, and the wastewater is quickly discharged from the overflow faucet (4). The overflow faucet protrudes from the bottom of the aquarium, and the water level is kept constant at the height of the overflow faucet of the aquarium. The sewage rinsed with the mop is discharged from the overflow faucet to the outside via the side wall of the watertight body via the bellows hose (5) penetrating the bottom of the water tank. The upper part of the water tap (3) is provided at a height just below the bottom of the watertight body, and when draining all the water in the water tank, the bellows hose hooked on the hook (9) is lowered to a position lower than the bottom of the water tank. Do. Water supply is performed by hooking a water supply / drainage hose (5) on a hook (9) on the side wall of the water tank and inserting a normal water supply hose into the water supply / drainage hose. Overflow hose (8) when a certain amount of water is stored in a watertight body to clean the mop
From the hook on the side wall of the watertight body and place it below the bottom of the watertight body. Since it is necessary to use fresh water for cleaning the mop, continuous water is supplied to the watertight body from the water supply / drain hose (5), and water is stored up to the line on the upper surface (W) of the overflow plug (4). It flows out of the body through an overflow hose (8).
In order to dehydrate the washed mop, the central axis of rotation of the basket, which is determined by the central axis of rotation of the rotation axis of the motor, and the central axis of rotation of the mop after the mop is mounted on the basket. In this method, two guide rods are provided at equal distances from the center of the basket in order to automatically match each other and to hold the mop in the basket. Two guide rods 2 (A) and 2 (B) are installed vertically at the center of the basket so that a mop with a pedestal 2 (12) can be accommodated between the rods 2 (A) and 2 (B). is there.
The interval between (A) and (B) is set to be about 5 mm wider than the mop with the pedestal. The reason is that after washing, the mop is inserted between the guide rods randomly, the motor is started, and when the basket and the mop start rotating simultaneously, the mop moves between the guide rods (A) and (B) of the basket in the initial stage. It moves back and forth, left and right, and the sprinkle immediately below the motor by reaction, the vibration-proof rubber, the oil seal with vibration-proof rubber at the center of the water tank (7), and absorbs the vibration by the elasticity of the mop thread. The mop is dehydrated when the center of rotation of the motor is located at the center of a basket, and the rotation center of the mop matches the rotation center of the mop. The upper end of the guide rod may be bent toward the outside of the basket so that the mop can be easily inserted from the top of the basket.

【The invention's effect】

[0008] As a result of the above, a simple and inexpensive two-rod aligning means is installed at the center of a basket which is a means for accommodating a mop, as proposed in Japanese Utility Model Laid-Open No. 59-145357. There is no need to make a hole in the center of rotation of the mop, and the mismatch between the center axis of the basket and the center axis of the mop rotation as disclosed in Japanese Utility Model Laid-Open Publication No. Sho 60-171259 can be solved. It is not necessary to provide complicated pressing parts, and the mop can be smoothly moved in and out, and the three rotation center axes of the normal mop rotation axis center, basket rotation axis center, and motor rotation axis center as described above Aligned, automatically aligned, and the mop is held in the basket. In addition, when the motor is started, the vibration of the basket is absorbed by the vibration isolator while the mop is rotating. It is possible to provide a washing dewatering device is performed.

[Brief description of the drawings]

FIG. 1 is an external perspective view showing a mop washing dehydrator with a part broken.

FIG. 2 is a perspective view of a dehydration basket and a mop with a pedestal.

[Explanation of symbols]

 (1) Watertight body (2) Lid (3) Supply / drain tap (4) Overflow faucet (5) Supply / drain hose (6) Basket (7) Oil seal with anti-vibration rubber (8) Overflow drain hose (9) Hook (10) ) Pedal (11) Power cord plug (A) Guide rod A (B) Guide rod B Explanation of symbols (12) Mop with pedestal (13) Basket

Claims (1)

[Claims] The present invention relates to a mop washing dewatering apparatus having a function of removing water from the mop after the mop is washed, and to a centering apparatus for the dehydrating machine.