CN2232719Y

CN2232719Y - Sole cleaning device

Info

Publication number: CN2232719Y
Application number: CN 95212696
Authority: CN
Inventors: 梁兴程
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-06-07
Filing date: 1995-06-07
Publication date: 1996-08-14
Anticipated expiration: 2005-06-07

Abstract

The utility model provides a household commodity device which cleans shoe soles conveniently and effectively. When guests get into the family, the device can keep a room sanitary. The main body of the device is provided with a washing device which cleans up the shoe sole and a wiping and drying device. The washing device comprises a water washing part and a brushing plate part; the wiping and drying device is composed of a water absorption material and a drying apparatus which is controlled by electricity.

Description

A kind of cleaner for shoe sole device

The invention belongs to Family Day and uses device.

Present family, health level improves day by day, and many families have taken measures to prevent to bring into the dust of sole indoor.A kind of measure is to change when entering to be through at clean slippers, and another kind of measure is to put a felt pan or brush board outdoors, enters after cleaning sole earlier for people.In these two kinds of ways, the former makes the guest feel inconvenience, and the latter then is difficult for making sole to reach the desired clean level of owner.

The purpose of the invention is exactly a kind of device that can more easily sole stolen goods soil thoroughly be removed of design.

The invention is achieved in that it except that the brush board of using for the cleaning sole is arranged, and characteristics are that brush board also is associated with for the water washing device of cleaning sole, and dry and drying unit on the side.

Concrete structure and control circuit are described below in conjunction with accompanying drawing.

This specification has accompanying drawing 5 width of cloth.Fig. 1 is total figure of a preferred embodiment of the invention, and Fig. 2 is the A-A profile of Fig. 1, and Fig. 3 is the foot control timing circuit figure of drying unit, and Fig. 4 is the automatic control circuit block diagram of drying unit, and Fig. 5 is the block diagram as the recirculated water scheme of another embodiment.

Mark is as follows among each figure: the 1st, and supply tank, the 2nd, the water supply floor push, the 3rd, the draining floor push, the 4th, potentiometer, the 5th, whole cleaner for shoe sole device main body part, the 6th, the control circuit electrical equipment box of drying unit, the 7th, the floor push of the drying unit institute adapted of foot control mode, the 8th, the humidity sensor of the drying unit institute adapted of autocontrol mode, the 9th, foul water tank, the 10th, brush board, the 11st, feed pipe, the 12nd, tap, the 13rd, the guiding valve of water supply floor push, the 14th, absorbent material, the 15th, infrared heating tube, the 16th, grid liner plate, the 17th, comparator.

Fig. 1 is total figure of preferred embodiment, and wherein 5 is these apparatus main bodies, and about its divides two ones, left part is a water washing device, right part then be dry, drying unit, its internal structure is seen A-A profile, i.e. Fig. 2.The water that certain pressure arranged is from the guiding valve 13 of supply tank 1 below tap 12 and water pipe 11 flow to water supply floor push 2, this guiding valve is 2 guiding valves, its spool has a sliding surface, cut off the water route or get out of the way water inlet in order to control, there is back-moving spring the below of spool, top connects foot-operated disk (being shower nozzle), and disc surfaces has a plurality of apertures to communicate with following water route.When the people rode on disk, the spool of guiding valve was depressed, so that its sliding surface gets out of the way water inlet, and press water just enters valve pocket upwards, comes out to be sprayed on the sole by shower nozzle.Near the water supply floor push brush board can be rubbed sole usefulness in the above with the hands for people, strengthens the effectiveness of cleaning sole.Draining floor push 3 on brush board is valve, down back-moving spring is arranged, and seals discharge outlet at ordinary times, and when sewage on the brush board will be expired, the people rode on it, and it is depressed, and sewage promptly is discharged to the foul water tank 9 that is arranged in the brush board below.Be covered with one deck absorbent material 14 above the right part of main body, washing away has water stainly on the clean sole, can wiping blot on absorbent material, has liner plate 16 to support under it, liner plate is a network, and the infrared ray of infrared heating tube 15 emissions below the liner plate can be dried absorbent material.The energising outage of infrared heating tube can be controlled with foot control mode (seeing Fig. 3 line map) or 2 kinds of schemes of autocontrol mode (seeing Fig. 4 circuit block diagram).Floor push 7 among Fig. 1,2,3 is exactly the used floor push of foot control mode; If the selection autocontrol mode is then installed humidity sensor 8 at the lower surface of absorbent material 14, according to the humidity control heat-generating pipe that is reached in the absorbent material, use the potentiometer 4 (that is VR2) among Fig. 1 and Fig. 4 simultaneously, transfer the high limit of the humidity of establishing absorbent material 14.So, when selecting the foot control mode for use, among Fig. 1 and Fig. 2 floor push 7 will be arranged and not have humidity sensor 8 and potentiometer 4; Otherwise when selecting autocontrol mode for use, humidity sensor 8 and potentiometer 4 should be arranged among Fig. 1 and Fig. 2 and do not have floor push 7, draw simultaneously in Fig. 1 and Fig. 2 floor push 7 and humidity sensor 8, potentiometer 4 only are to repeat the shared length of drawing in order to save.Below to the electric part of foot control mode and autocontrol mode, narrated respectively.

The foot control mode: circuit as shown in Figure 3, the heater element in the drying unit is an infrared heating tube 15, and control circuit is by

floor push

7 and 555 timer control relay J, again by the power supply of relay control heat-generating pipe.Be specially: 555 timers 12V dc source, it by the 220/12V transformer through D ₄, D ₅, D ₆, D ₇Rectification adds voltage-stabiliser tube Y and filter capacitor C then ₃Constitute, this positive source connects No. 4, No. 8 pin of timer and No. 6 pin (by potentiometer VR ₁), the negative pole of power supply connects No. 1 pin of timer, No. 2 pin (by floor push 7 and the capacitor C that is in parallel ₁), No. 5 pin (pass through capacitor C ₂) and No. 3 pin of output pin (by diode D ₂, relay J and diode D for preventing that the J back discharge is in parallel ₃), again No. 2 are linked to each other with No. 6 pin; Like this, when pin was stepped on switch 7, No. 2 pin of timer were changed to low level, and No. 3 pin of output pin are changed to high level, so relay J closure, the heating of heat-generating pipe power connection is left switch 7 up to pin and is started at, and No. 2 pin are changed to high level again behind the elapsed time T, and No. 3 pin of output pin are changed to low level, the relay recovery previous status is cut off the heat-generating pipe power supply, and this time T can be by potentiometer VR ₁Accent is established.

Autocontrol mode: the circuit block diagram as shown in Figure 4, the heater element in the drying unit also is an infrared heating tube 15, and control circuit comes control relay J by the humidity sensor 8 and the comparator 17 that are located at below the absorbent material, realizes control heat-generating pipe power supply at last.Be specially: provide humidity sensor power supply (their an end ground connection) by oscillator, and add a temperature-compensating thermistor RT in the humidity sensor front, the input "-" of comparator end is through diode D then ₈Link to each other with humidity sensor, and the output of comparator is by relay J and the diode D for preventing that the J back discharge is in parallel ₉Ground connection, simultaneously between the input "-" of comparator end and the ground again cross-over connection filter condenser C ₄With load resistance R ₁, another input "+" of comparator is by potentiometer 4 (that is VR ₂) meet 12V dc source Vcc, should pass through load resistance R simultaneously by "+" end ₂Ground connection; Like this, when the humidity of absorbent material reaches in limited time high, the resistance of humidity sensor just changes to the level that makes comparator that upset take place, so relay closes, the heating of heat-generating pipe power connection, otherwise, when absorbent material is dried gradually by heat-generating pipe, the resistance of humidity sensor will recover gradually, make 2 input level of comparator reach equal, be output as 0, the relay recovery previous status, cut off the heat-generating pipe power supply, the excursion of humidity can be by potentiometer VR in this absorbent material ₂Accent is established.

The preferred embodiment of the invention is more than described.

If it is convenient and truly have the occasion of assurance that the invention is used in the water source, also can be without supply tank 1, and directly the guiding valve of water supply floor push is connected on the water supply pipe; Similarly, if this device is with there being the sewer part nearby, then foul water tank 9 also can, and the discharge outlet below the draining floor push 3 are directly fed sewer with pipe.

Sketch another embodiment below in conjunction with Fig. 5.

Present embodiment is suitable for the occasion that dried up source is far away or the water intaking draining is all inconvenient.

Supply tank is with 1, water is caused the guiding valve of water supply floor push by water pipe, this floor push can with Fig. 2 in 2 and 13 identical, also can not have the aperture of shower nozzle and only diversion is to brush board, if the latter, then the people can make sole contact and clean with water by limit friction fudger, sewage flows in the foul water tank of below automatically then, screen pack and water level switch are housed in this foul water tank, and water pump is housed outside case, the exit of pump water pipe passes to supply tank top; Water level switch is set its high position and low level according to the predetermined water surface elevation scope of foul water tank, high-order water pump energising, low level Pump Failure.

The drying of present embodiment, drying unit and precedent with.

In sum, this cleaner for shoe sole device can obtain easy to use and clean effect comparatively completely.

Claims

1. a cleaner for shoe sole device that has brush board is characterized in that its brush board is associated with water washing device, and its other drying and drying unit.

2. device according to claim 1 is characterized in that 2 the guiding valves 13 control water routes of water washing device by foot-operated control, and the spool of this valve has a sliding surface, under back-moving spring is arranged, top connects foot-operated disk, i.e. shower nozzle, and disc surfaces has a plurality of apertures to communicate with following water route.

3. device according to claim 1, it is characterized in that the heater element in the drying unit is an infrared heating tube 15, and control circuit is by floor push 7 and 555 timer control relay J, control the power supply of heat-generating pipe again by relay, be specially: 555 timers 12V dc source, positive source connects No. 4, No. 8 pin of timer, and by potentiometer VR ₁With with VR ₁Diode connected in parallel D ₁Connect No. 6 pin of timer, the negative pole of power supply connects No. 1 pin of timer, and by floor push 7 and the capacitor C in parallel with it ₁Timer connects pin No. 2, also passes through capacitor C ₂Connect No. 5 pin of timer, and by diode D ₂, relay J and with J diode connected in parallel D ₃Connect No. 3 pin of timer output pin, again No. 2 are linked to each other with No. 6 pin, and the contact of relay J is connected in the electric power loop of heat-generating pipe.

4. device according to claim 1, it is characterized in that the heater element in the drying unit is an infrared heating tube 15, and control circuit is dried material by being located at, it is absorbent material, following humidity sensor 8 and comparator 17 are formed, and are specially: provide the humidity sensor power supply with oscillator, their an end ground connection, and adding a temperature-compensating thermistor RT in the humidity sensor front, the input "-" of comparator end is through diode D then ₈Link to each other with humidity sensor, and the output of comparator by relay J and with J diode connected in parallel D ₉Ground connection, the contact of relay J are connected in the electric power loop of heat-generating pipe, simultaneously between the input "-" of comparator end and the ground again cross-over connection filter condenser C ₄With load resistance R ₁, another input "+" end of comparator, by potentiometer 4, that is VR ₂, meet 12V dc source Vcc, should pass through load resistance R simultaneously by "+" end ₂Ground connection.

5. device according to claim 1 is characterized in that screen pack and water level switch are housed in the foul water tank, and water pump is housed outside case, and the exit of pump water pipe passes to supply tank top; Water level switch is set its high position and low level according to the predetermined water surface elevation scope of foul water tank, high-order water pump energising, low level Pump Failure.