CN202313129U

CN202313129U - Steam floor sweeping machine capable of performing steam adjustment

Info

Publication number: CN202313129U
Application number: CN2011204588298U
Authority: CN
Inventors: 倪祖根
Original assignee: Kingclean Electric Co Ltd
Current assignee: Lexy Electric Green Energy Technology Suzhou Co Ltd
Priority date: 2011-11-18
Filing date: 2011-11-18
Publication date: 2012-07-11
Anticipated expiration: 2021-11-18

Abstract

The utility model discloses a steam floor sweeping machine capable of performing steam adjustment. The steam floor sweeping machine disclosed by the utility model comprises a steam generator used for generating steam, an electromagnetic pump used for pumping water into the steam generator and a circuit board used for controlling the flow of the electromagnetic pump and the heating power of the steam generator, wherein the circuit board is provided with a steam adjustment control circuit. According to the utility model, a dust cup and a water tank are arranged in front of a vertical rack in parallel, and the heating and water flow of the steam floor sweeping machine are adjustable; and aiming at different cleaning objects, the steam volume can be adjusted, and multiple state gear displays are configured so as to be conveniently, automatically and selectively used by a user.

Description

But the steam sweeper that steam is regulated

Technical field

but the utility model relates to the steam sweeper that a kind of steam is regulated.

Background technology

are along with the reinforcement day by day of environmental protection consciousness; Cleaning efficiency requirement for dust catcher is increasingly high, and in order to obtain cleaning efficiency preferably, industry proposition steam and dust-absorbing function are combined in the steam dust suction of one and clean dual-purpose machine; Receive the popular welcome in market; Yet the moulding of this steam cleaner is comparatively stiff, and structure is also comparatively complicated, and its disposal box and water tank capacity are all comparatively limited.

at existing product, steam and the dual-purpose machine of dust suction that can high-efficiency cleaning ground, and steam sweeper; The size of its steam all is changeless; Big, otherwise little, always can not take into account different types of cleaning object situation such as carpet, floor, floor tile.As on carpet, it is big that steam is wanted, so that the deep layer sterilizing, and then available small amount of steam on floor and floor tile, more and moist to avoid on the ground condensation vapor.

Summary of the invention

the utility model purpose is: but the steam sweeper that provides a kind of steam to regulate.

The technical scheme of the utility model is: but the steam sweeper that a kind of steam is regulated; It comprises the steam generator that is used to produce steam, be used for water is pumped into the wiring board of the heating power of the electromagnetic pump of steam generator, the flow that is used to control electromagnetic pump and steam generator, and wherein this wiring board has a steam and regulates control circuit.

On the basis of technique scheme, further comprise attached technical scheme:

said steam is regulated control circuit and is comprised CPU, electromagnetic pump, the electromagnetic pump driver module that links to each other with electromagnetic pump, steam generator, steam generator driver module, temperature sensor module, zero cross signal detection module, decompression rectification power module at least, and wherein an end of electromagnetic pump one end, steam generator links to each other with the L end of AC power respectively.

said CPU respectively with the SYNC signal of the TEM signal of the HOT signal of the MOTOR signal of electromagnetic pump driver module, steam generator driver module, temperature sensor module, zero cross signal detection module, decompression rectification power module+the 5V signal links to each other respectively.

said electromagnetic pump driver module comprises anodal controllable silicon, the series resistance that links to each other with the silicon controlled negative pole, the output that links to each other with the other end of electromagnetic pump first photoelectrical coupler that input then links to each other with the MOTOR signal that links to each other with series resistance.

Bidirectional triode thyristor, end that said steam generator driver module comprises that an end links to each other with the other end of steam generator and the other end links to each other with the N end of AC power and resistance, the output that the control of bidirectional triode thyristor extremely links to each other link to each other with the other end of resistance and second photoelectrical coupler that input links to each other with the HOT signal.

The utility model advantage is:

The heating of steam sweeper and the equal scalable of the water yield of the utility model can be directed against the different cleaning object, carry out the adjusting of steam size, and have the various states gear to show, are convenient to user's own and select to use.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Fig. 1 is the schematic perspective view of the utility model;

Fig. 2 is the schematic top plan view of part-structure of the scrubbing brush of the utility model;

Fig. 3 is the schematic perspective view of part-structure of the scrubbing brush of the utility model;

Fig. 4 is that the steam of the utility model is regulated the control circuit schematic diagram;

wherein: 10, Vertical Rack; 12, handle; 14, support portion; 20, scrubbing brush; 22, steam generator; 24, electromagnetic pump; 26, wiring board; 28, carrier pipe; 30, head; 40, dirt cup; 50, water tank; 60, decorative panel; 200, suction inlet; 202, wireway; 204, sweep-up pipe; 280, water intake end; 282, steam output end.

The specific embodiment

embodiment: shown in Fig. 1-4; But the utility model provides the specific embodiment of the steam sweeper that a kind of steam regulates, it comprise the Vertical Rack 10 with support portion 14, the one handle 12 that is connected with Vertical Rack 10 upper ends, and the scrubbing brush 20 that connects of Vertical Rack 10 lower ends, be fixed on the head 30 of Vertical Rack 10 upper ends, the dirt cup 40 between head 30 and support portion 14, below head 30 and and the arranged side by side and decorative panel 60 that is fixed on the water tank 50 on the support portion 14 and is used to cover gap between dirt cup 40 and the water tank 50 of dirt cup 40.Wherein in the head 30 motor is arranged, so that the vacuum power source to be provided, and on Vertical Rack 10, be provided with a gas channel, so that motor 32 is communicated with on gas circuit with scrubbing brush 20.Vertical Rack 10 is provided with water pipe simultaneously, so that water tank 50 is communicated with on the water route with scrubbing brush 20.Dirt cup 40 and water tank 50 all are positioned at the place ahead of Vertical Rack 10.Likewise, be simplified structure, also can not adopt dust-absorbing function assemblies such as dirt cup, motor, gas channel.

are shown in Fig. 2-4; Scrubbing brush 20 is steam ground brush or the dual-purpose scrubbing brush of steam dust suction; Be preferably the dual-purpose scrubbing brush of steam dust suction in the present embodiment, it comprises the steam generator 22 that is used to produce steam, be used for water is pumped into the dust absorption passage that the electromagnetic pump 24 of steam generator 22, the wiring board 26 that is used to control the flow of electromagnetic pump 24 and the heating power of steam generator 22, the carrier pipe 28 and the end that are used to transmit water or steam link to each other with inlet channel.One end of carrier pipe 28 is the water intake end 280 that links to each other with water tank 50, and the other end then is a steam output end 282.Dust absorption passage comprises the suction inlet 200 that is positioned at the place ahead, the wireway 202 that links to each other with suction inlet 200 and the sweep-up pipe 204 that links to each other with wireway 202.Wiring board 26 is positioned at the below of wireway 202, and between steam generator 22 and electromagnetic pump 24, can realize that thus scrubbing brush 20 internal structures are compact and it is reasonable to arrange, and effectively steam generator 22 and electromagnetic pump 24 is carried out electrical control.

are as shown in Figure 4; Wiring board 26 has steam and regulates control circuit, and this steam is regulated control circuit and comprised CPU, electromagnetic pump J1, the electromagnetic pump driver module 1 that links to each other with electromagnetic pump J1, steam generator J2, steam generator driver module 2, temperature sensor module 3, zero cross signal detection module 4, decompression rectification power module 5 at least.Wherein the end of electromagnetic pump J1 one end, steam generator J2 links to each other with the L end of AC power respectively.Electromagnetic pump J1 and electromagnetic pump 24 are identity elements in addition, and steam generator J2 and steam generator 22 also are identity elements, just are convenient to the description of circuit theory.

CPU adopts the MC81F4204 chip, its respectively with the SYNC signal of the TEM signal of the HOT signal of the MOTOR signal of electromagnetic pump driver module 1, steam generator driver module 2, temperature sensor module 3, zero cross signal detection module 4, decompression rectification power module 5+the 5V signal links to each other respectively.The MOTOR signal is a pulse signal, and it is used to drive electromagnetic pump and controls the electromagnetic pump water yield.The HOT signal is a pulse signal, and it is used to the heating power that drives steam generator and control steam generator.The TEM signal not only is used to gather the normal temperature signal, and gathers abnormal signal, like signals such as dry combustion method, lacks of water.The SYNC signal is used to detect synchronizing signal.CPU also comprises a timing unit simultaneously, is used for regularly removing the incrustation scale in the steam generator, to improve the efficient and the life-span of steam generator.

electromagnetic pump driver module 1 comprises anodal controllable silicon TR1, the series resistance R1 that links to each other with the negative pole of controllable silicon TR1, R2, the output that links to each other with the other end of the electromagnetic pump J1 first photoelectrical coupler U3 that input then links to each other with the MOTOR signal that links to each other with series resistance R2.Wherein the first photoelectrical coupler U3 adopts the TLP521 chip.

Bidirectional triode thyristor TR2, end that steam generator driver module 2 comprises that an end links to each other with the other end of steam generator J2 and the other end links to each other with the N end of AC power and resistance R 3, the output that the control of bidirectional triode thyristor TR2 extremely links to each other link to each other with the other end of resistance R 3 and the second photoelectrical coupler U2 that input links to each other with the HOT signal.

temperature sensor module 3 comprises that positive terminal links to each other with+5V signal through resistance R 10 and temperature sensor J3, an end of negative pole end ground connection link to each other with the positive terminal of temperature sensor J3 resistance R 16 that the other end then links to each other with the TEM signal and capacitor C 7, the C11 that is in parallel with temperature sensor J3.

The sampling resistor R5 that zero cross signal detection module 4 comprises triode Q1 that grounded emitter and colelctor electrode link to each other with the SYNC signal at least, links to each other and link to each other with decompression rectification power module 5 with the base stage of triode Q1.

decompression rectification power module 5 comprises transformer T1, by rectifier bridge and voltage-stablizer U1 that four diode D1, D2, D3, D4 form, it is a common technology, so will not give unnecessary details.

steam is regulated control circuit is controlled electromagnetic pump through the pulse frequency of control electromagnetic pump J1 flow; Control the watt level of steam generator J2 through bidirectional triode thyristor TR2, control the steam of different sizes through temperature sensor J3 and regulate.When steam button was transferred to high tap position, the flow of electromagnetic pump J1 was big flow, and the high power of coordinating with steam rapid heat cycle generator J2 can produce high pressure-temperature; And control flow through temperature sensor J3, and when steam button was transferred to low-grade location, steam generator J2 power diminished; Its pressure inside and temperature all can diminish, and after the temperature sensor J3 perception, transmit signal and give CPU; The flow of control electromagnetic pump J1 diminishes, and realizes the adjusting of steam size with this, to adapt to different cleaning objects.

the foregoing description certainly only are the technical conceive and the characteristics of explanation the utility model; Its purpose is to let the people who is familiar with this technology can understand content of the utility model and enforcement according to this, can not limit the protection domain of the utility model with this.All equivalent transformation or modifications of doing according to the spirit of the utility model main technical schemes all should be encompassed within the protection domain of the utility model.

Claims

1. but the steam sweeper regulated of a steam; It is characterized in that: it comprises the steam generator (22) that is used to produce steam, be used for water is pumped into the wiring board (26) of the heating power of the electromagnetic pump (24) of steam generator (22), the flow that is used to control electromagnetic pump (24) and steam generator (22), and wherein this wiring board (26) has a steam and regulates control circuit.

2. but the steam sweeper that a kind of steam according to claim 1 is regulated; It is characterized in that: said steam is regulated control circuit and is comprised CPU, electromagnetic pump (24), the electromagnetic pump driver module (1) that links to each other with electromagnetic pump (24), steam generator (22), steam generator driver module (2), temperature sensor module (3), zero cross signal detection module (4), decompression rectification power module (5) at least, and wherein an end of electromagnetic pump (24) one ends, steam generator (22) links to each other with the L end of AC power respectively.

3. but the steam sweeper that a kind of steam according to claim 2 is regulated is characterized in that: said CPU respectively with the SYNC signal of the TEM signal of the HOT signal of the MOTOR signal of electromagnetic pump driver module (1), steam generator driver module (2), temperature sensor module (3), zero cross signal detection module (4), decompression rectification power module (5)+the 5V signal links to each other respectively.

4. but the steam sweeper that a kind of steam according to claim 3 is regulated is characterized in that: said electromagnetic pump driver module (1) comprises the anodal controllable silicon (TR1) that links to each other with the other end of electromagnetic pump (24), the series resistance, the output that link to each other with the negative pole of controllable silicon (TR1) first photoelectrical coupler (U3) that input then links to each other with the MOTOR signal that links to each other with series resistance.

5. but the steam sweeper that a kind of steam according to claim 4 is regulated is characterized in that: said steam generator driver module (2) comprises that an end links to each other with the other end of steam generator (22) and the other end is held bidirectional triode thyristor (TR2), an end that links to each other with the N of AC power and links to each other with the other end of resistance (R3) resistance (R3), the output that the control of bidirectional triode thyristor (TR2) extremely links to each other and second photoelectrical coupler (U2) that input links to each other with the HOT signal.