CN2187474Y

CN2187474Y - Far infrared ray radiation controller

Info

Publication number: CN2187474Y
Application number: CN 93242496
Authority: CN
Inventors: 潘承道
Original assignee: Individual
Current assignee: Individual
Priority date: 1993-10-27
Filing date: 1993-10-27
Publication date: 1995-01-18
Anticipated expiration: 2003-10-27

Abstract

The utility model relates to a far infrared ray irradiator, which is mainly characterized in that a far infrared ray ceramic heating element is arranged in a host; a protection net is arranged in the front of the host. Matched with devices of timing, temperature fixing, approach detection, etc., the utility model operates the action of temperature set of the far infrared ray heating element in the set time, and thereby, the utility model can achieve the functions of medical treatment, facial beautification, heat insulation, etc.

Description

Far infrared ray radiation controller

The relevant a kind of far-infrared radiation control device of this utility model, You Zhineng is with the setting of time, temperature, and the electromagnetic intensity of control far infrared heater element, with the far-infrared radiation control device of detecing element formation safety guard.

The ceramic heating science and technology of far infrared is an emerging technology, and domestic side in recent years begins to apply to industrial various heating purposes, still is in the starting stage but be used in medical aspect.The irradiation principle of far infrared, be to be longer than when touching any material because of its ripple, can produce vibrations jointly with this material, and the formation frictional heat, so when human body is accepted infrared ray radiation, when skin temperature rises, human vas will be expanded, and the generation space makes to free circulation of the blood, and absorbs nutrition by blood circulation, and eliminating refuse, that is enhance metabolism, have some setbacks as metabolism, then human body will produce disease, therefore, the far infrared excellent permeation, as be used for the irradiating human body medical treatment, can make the muscle vascular diastole, blood circulation promoting and metabolism and reach good medical effect, various slight illness, the anxiety of muscle and internal organs under the irradiation that far infrared penetrates, can obtain the effect of releiving.

Existing far-infrared radiation device though can reach above-mentioned effect, does not generally have timing, constant temperature function, and it is convenient inadequately to use, and in addition, owing to very near apart from human body, lacks preventer in use, user might be scalded unavoidably.

The purpose of this utility model is promptly providing a kind of far-infrared radiation control device, mainly be for the far-infrared ray ceramic heater element, cooperate timing, constant temperature equal controller, make far infrared in the time of setting, temperature range, reach purposes such as irradiation medical treatment, beauty treatment, and can detect approaching object, increase the safety of using.

The purpose of this utility model reaches as follows:

A kind of far-infrared radiation control device is provided with a main frame, inserts a far-infrared ray ceramic heater element in this main frame, it is characterized in that: main frame the place ahead also is provided with a protecting wire net, and both sides then are provided with the knob of adjusting this main frame swaying angle; Main frame is connected a support with two bracing frames, the place ahead of this support is provided with gauge taps such as timing, constant temperature, startup, the top also is provided with one near detector, be provided with the control circuit that the far-infrared ray ceramic heater element is moved in main frame inside in setting-up time, temperature range, this detector cuts off the detector of the power supply in the use for the approaching object of angle detection that can be suitable; This control circuit comprises starting switch SW1, circuits for triggering, audion Q1, drives relay R Y1 and regulating circuit, make circuits for triggering output high level signal by starting switch SW1, amplify to audion Q1 through resistance R 3 commissures, order drives relay conducting regulating circuit, exports the far-infrared ray ceramic heater element to; By near the detecing element of detector any object near the time export high level signal, through a reverser audion Q1 is ended; This control circuit also comprises a timing circuit, and this timing circuit is a concussion frequency of being adjusted agitator IC1 by potentiometer VR1, to adjust the setting-up time of enumerator IC2, is put again by these counter controls circuits for triggering, and audion Q1 is ended.

The purpose of this utility model can also following mode reach: described far-infrared radiation control device, this bracing frame is to be connected with upper and lower two bracing frames to constitute, and sets up one in lower support and by locking screw upper support frame is done to reach the microscler groove that front and rear angles is adjusted up and down.

Described far-infrared radiation control device, should be the top of being located at support with photoelectricity or ultrasound element near detector, and with a suitable inclined-plane tilt angle with around detecting host the place ahead near object, and make control circuit end the power supply of far-infrared ray ceramic heater element.

Described far-infrared radiation control device, it establishes a suspension arrangement, and main frame is hooked in support end before, and this support also is provided with the rotation collar and the knob of adjusting its height and the left and right angle of front end.

The utility model has the advantages that with a far-infrared radiation element, cooperate timing, constant temperature circuit, and can produce effects such as medical treatment, beauty treatment, and can detect approaching object, increase the safety of using.

Characteristics of the present utility model and novelty thereof will cooperate following appended illustrated embodiment and be illustrated, as shown in the figure:

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is a perspective exploded view of the present utility model.

Fig. 3 is a control device preferred embodiment circuit diagram of the present utility model.

Fig. 4 is the another kind of embodiment schematic perspective view of this utility model.

Fig. 5 is another embodiment sketch map of this utility model.

Fig. 6 is this utility model operation chart.

See also Fig. 1; this utility model is provided with a support 1; be provided with on and off switch 11 in this support 1 the place ahead; starting switch 12 and time are set button 13; temperature is set button 14; this support 1 top center part then is provided with one near detector 15; with the angle detection at the suitable elevation angle near thing; and can cut off main power source; to form safeguard protection; support 1 both sides also articulate a bracing frame 2 respectively to accept main frame 3; be provided with a far-infrared radiation element 31 in this main frame 3, and be isolated from the outside with a protecting wire net 32, main frame 3 can be controlled on it by the rotation of adjusting button 35; under pendulum angle.

See also Fig. 2, the two ends of far-infrared radiation element 31 of the present utility model are to be connected respectively with two holders 33, and be connected on the control circuit device 5 by lead 34, by controlling of switch 11-14, in the time of setting, temperature, move and make this circuit arrangement drive far-infrared radiation element 31; Main frame 3 sides respectively are provided with an adjustment button 35 and penetrate upper bracket 21 and be locked in main frame 3 both sides, make when rotating this adjustment button 35, can drive main frame 3 and do upper and lower pendulum angle variation, in addition, bracing frame 2 is with 21,22 linkings of upper and lower two bracing frames, this lower support frame 22 and be provided with a microscler groove 221 makes it can do moving of upper and lower length and front and rear angles along screw 23.

See also Fig. 3, preferred embodiment control circuit figure of the present utility model, circuit makes circuits for triggering output high level signal via starting switch SW1, amplify to audion Q1 via resistance R 3 commissures, be connected to drive relay R Y1, and make the regulating circuit conducting, and make the output of regulating circuit be linear change via the adjustment of potentiometer VR2, and the temperature of the far-infrared radiation element of load L is changed because of its voltage power, and as any object during near illumination elements, detecing element will be exported a high level signal, via a reverser audion Q1 is ended, regulating circuit thereby stop the output of load, in addition, timing circuit is changed the concussion frequency of agitator IC1 by the rotation of potentiometer VR1, the setting-up time of enumerator IC2 is adjusted, and when the expiration set, make circuits for triggering put again, and make the far-infrared radiation element because of audion Q1 by stopping action.

See also Fig. 4, far-infrared radiation element of the present utility model also can be circle, and with a trumpet type outer housing and catch net device, and the embodiment of formation different shaping.

See also Fig. 5, this utility model also can be established an axial support 6, this utility model is hooked in the front end of support 6, this support 6 also can be adjusted its height by the rotation collar 61, and with a linking joint 62 its elevation angle angles of change, and when human body is upright, can shine its head, positions such as shoulder.

See also Fig. 6, this utility model can be placed in desktop, and adjusts its suitable irradiating angle, the human body of sitting up straight with irradiation.

Claims

1, a kind of far-infrared radiation control device is provided with a main frame, inserts a far-infrared ray ceramic heater element in this main frame, it is characterized in that: main frame the place ahead also is provided with a protecting wire net, and both sides then are provided with the knob of adjusting this main frame swaying angle; Main frame is connected a support with two bracing frames, the place ahead of this support is provided with gauge taps such as timing, constant temperature, startup, the top also is provided with one near detector, be provided with the control circuit that the far-infrared ray ceramic heater element is moved in main frame inside in setting-up time, temperature range, this detector cuts off the detector of the power supply in the use for the approaching object of angle detection that can be suitable; This control circuit comprises starting switch SW1, circuits for triggering, audion Q1, drives relay R Y1 and regulating circuit, make circuits for triggering output high level signal by starting switch SW1, amplify to audion Q1 through resistance R 3 commissures, order drives relay conducting regulating circuit, exports the far-infrared ray ceramic heater element to; By near the detecing element of detector any object near the time export high level signal, through a reverser audion Q1 is ended; This control circuit also comprises a timing circuit, and this timing circuit is a concussion frequency of being adjusted agitator IC1 by potentiometer VR1, to adjust the setting-up time of enumerator IC2, is put again by these counter controls circuits for triggering, and audion Q1 is ended.

2, by the described far-infrared radiation control device of claim 1, it is characterized in that: this bracing frame is to be connected with upper and lower two bracing frames to constitute, and sets up one in lower support and by locking screw upper support frame is done to reach the microscler groove that front and rear angles is adjusted up and down.

3, by the described far-infrared radiation control device of claim 1, it is characterized in that: this is the top of being located at support with photoelectricity or ultrasound element near detector, and with a suitable inclined-plane tilt angle with around detecting host the place ahead near object, and make control circuit end the power supply of far-infrared ray ceramic heater element.

4, by the described far-infrared radiation control device of claim 1, it is characterized in that: it establishes a suspension arrangement, and main frame is hooked in support end before, and this support also is provided with the rotation collar and the knob of adjusting its height and the left and right angle of front end.