CN201764587U - Temperature control device specially used for floor heating - Google Patents
Temperature control device specially used for floor heating Download PDFInfo
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- CN201764587U CN201764587U CN2010205044427U CN201020504442U CN201764587U CN 201764587 U CN201764587 U CN 201764587U CN 2010205044427 U CN2010205044427 U CN 2010205044427U CN 201020504442 U CN201020504442 U CN 201020504442U CN 201764587 U CN201764587 U CN 201764587U
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Abstract
The utility model relates to the technical field of temperature control, in particular to a temperature control device specially used for floor heating, which is characterized in that the temperature control device mainly comprises a temperature sensing controller, a component tee joint, an automatic exhaust valve, an angle valve, outer plug sleeve direct connectors, a mini valve, a connecting pipe and connecting nuts, wherein the temperature sensing controller is connected with the angle valve through a connecting part and the first connecting nut of the angle valve; the angle valve is connected with the connecting pipe through the third connecting nut of the angle valve; the angle valve is also connected with the second outer plug sleeve direct connector through the second connecting nut of the angle valve; the component tee joint is connected with the other end of the connecting pipe through the third connecting nut; the component tee joint is connected with the first outer plug sleeve direct connector through the second connecting nut of the tee joint; the component tee joint is also connected with one end of the mini valve through the first connecting nut of the tee joint; and the other end of the mini valve is connected with the automatic exhaust valve. The utility model has the benefits of safety and reliability of the device, convenience, beauty, saving, conciseness, simple assembling and accurate and stable temperature control.
Description
Technical field
The utility model relates to the temperature control technology field, in particular for the adjustment control in floor heating single household list room, specifically relates to the special-purpose temperature control equipment of a kind of floor heating.
Background technology
In the prior art, do not have temp regulating function, can only adopt valve regulated, can't regulate the temperature that needs and can not accomplish thermostatic control for floor heating.
Along with going deep into of energy-saving and emission-reduction, heating single home metering table is unified to be installed and to the needs of each room different temperatures, and country to energy-saving and emission-reduction require clear and definite, domestic requirement for single household floor heating control is more and more stronger; Yet, regrettably, the present domestic special-purpose attemperating unit of the floor heating that meets above-mentioned requirements that still do not have.
The utility model content
At the problems referred to above, the purpose of this utility model is to provide a kind of safe, reliable, convenient, beautiful, economical, simple floor heating temperature control equipment, and it is realized by the following technical solutions:
The special-purpose temperature control equipment of a kind of floor heating is characterized in that: mainly by a temperature sense controller, an assembly threeway, an automatic exhaust steam valve, an angle valve, two outer silk cutting ferrules directly, a mini valve, tube connector, a plurality of coupling nut form; Described temperature sense controller is mainly by temperature sense controller housing 11, temperature sense controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15, angle valve depression bar 16, ventilative fenestra 111, base pointer 121, graduated scale 122, pressure is carried out bar base 123, angle valve coupling part 124, angle valve packing ring 222 constitutes, temperature sense controller housing 11 is installed on the temperature sense controller base 12 and can rotates by relative temperature induction controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15 is positioned at temperature sense controller housing 11 inside, memory metal bag 13 bottoms connect pressure and carry out bar 14, pressure is carried out bar 14 belows and is fixed with back-moving spring 15, back-moving spring 15 lower ends are fixed on pressure and carry out on the bar base 123, pressure is carried out bar base 123 belows and is fixed with elongated angle valve depression bar 16, angle valve depression bar 16 belows are connected with angle valve packing ring 222, ventilative fenestra 111 runs through temperature sense controller housing 11, base pointer 121 is positioned at temperature sense controller base 12 outward flanges, and graduated scale 122 is positioned at the lower surface of temperature sense controller housing 11; Described assembly threeway mainly is made of the assembly threeway first 31 that connects together, assembly threeway second portion 32, assembly threeway third part 33, assembly threeway first 31 linearly is connected with assembly threeway second portion 32, and assembly threeway third part 33 is perpendicular with first 31 and assembly threeway second portion 32; Described automatic exhaust steam valve mainly by automatic vent valve body 4, bump needle stand shell 41, bump pin 42, float 45 constitutes, bumping needle stand shell 41 joins with automatic vent valve body 4 and is positioned at automatic vent valve body 4 outsides, the root that bumps pin 42 is fixed on and bumps in the needle stand shell 41, the other parts of bumping pin 42 are arranged in the cavity on top within the automatic vent valve body 4, float 45 is fixed on and bumps pin 42 ends, float 45 is arranged in the cavity of automatic vent valve body 4, and the below of automatic vent valve body 4 is openings; Described angle valve mainly is made of angle valve valve body first 21, angle valve valve body second portion 22, angle valve valve body third part 23, angle valve valve body first 21 linearly is connected with angle valve valve body second portion 22, angle valve valve body third part 23 constitutes with angle valve valve body first 21 and angle valve valve body second portion 22 perpendicular, the inside of angle valve valve body first 21 is fixed with angle valve depression bar fixed part 212 along inwall, angle valve depression bar fixed part 212 central authorities have through hole, have groove 213 on the inwall from through hole to angle valve depression bar fixed part 212; Described mini valve mainly is made of mini valve body 5, mini valve handle 51, mini valve handle connector 52 and the spheroid that is positioned at valve inner, mini valve handle connector 52 1 ends connect mini valve handle 51, the other end is fixed on the mini valve body 5, and mini valve handle 51 is positioned at outside the mini valve body 5; Described temperature sense controller is connected with angle valve by angle valve coupling part 124 and angle valve first coupling nut 211, angle valve is connected with an end of tube connector 7 by angle valve the 3rd coupling nut 231, angle valve is connected with second an outer cutting ferrule direct 62 by angle valve second coupling nut 221, the assembly threeway is connected with the other end of tube connector 7 by assembly threeway the 3rd coupling nut 331, the assembly threeway is connected with first an outer cutting ferrule direct 61 by assembly threeway second coupling nut 321, the assembly threeway is connected with an end of mini valve by assembly threeway first coupling nut 311, and the other end of mini valve is connected with automatic exhaust steam valve.
The special-purpose temperature control equipment of above-mentioned described floor heating, it is characterized in that: described automatic exhaust steam valve is mainly by automatic vent valve body 4, bump needle stand shell 41, bump pin 42, float 45, automatic exhaust steam valve connecting rod 40 constitutes, bumping needle stand shell 41 joins with automatic vent valve body 4 and is positioned at automatic vent valve body 4 outsides, the root that bumps pin 42 is fixed on and bumps in the needle stand shell 41, the other parts of bumping pin 42 are arranged in the cavity on top within the automatic vent valve body 4, float 45 is fixed on and bumps pin 42 ends, the automatic exhaust steam valve connecting rod is fixed on the below of float 45, float 45 is arranged in the cavity of automatic vent valve body 4, and the below of automatic vent valve body 4 is openings.
The special-purpose temperature control equipment of above-mentioned described floor heating, it is characterized in that: described automatic exhaust steam valve is mainly by automatic vent valve body 4, bump needle stand shell 41, bump pin 42, spring 43, connecting rod 44, float 45, valve core case 46, shell body 47, impulse force spring 48, plunger 49 constitutes, bumping needle stand shell 41 joins with automatic vent valve body 4 and is positioned at automatic vent valve body 4 outsides, the root that bumps pin 42 is fixed on and bumps in the needle stand shell 41, bumping pin 42 links to each other with spring 43, spring 43 links to each other with connecting rod 44, spring 43, connecting rod 44 is arranged in the cavity on top within the automatic vent valve body 4, float 45 is fixed on connecting rod 44 ends, float 45 is arranged in the cavity of automatic vent valve body 4, shell body 47 is socketed in automatic vent valve body 4 lower external face, impulse force spring 48 is installed in its internal cavities, and plunger 49 is positioned under the impulse force spring 48 and is positioned under shell body 47 bottoms.
The special-purpose temperature control equipment of above-mentioned described floor heating, it is characterized in that: the ventilative fenestra 111 on the described temperature sense controller housing 11 is at least one.
Principle of the present utility model is such: regulate temperature by temperature perception controller during operation, after regulating required temperature, temperature perception controller is regulated automatically according to indoor temperature, when temperature was lower than design temperature, temperature perception controller can be controlled the flow that angle valve increases recirculated water; Water cutting ferrule direct 61 outside first enters, and a cutting ferrule direct 62 flows out outside second at last; Perhaps a cutting ferrule direct 62 enters outside second, and a cutting ferrule direct 61 flows out outside first at last; When indoor temperature arrived setting value, temperature perception controller can be controlled the flow that recirculated water was closed or reduced to angle valve; Make indoor temperature remain on design temperature; Automatic exhaust steam valve and mini valve are used for getting rid of the steam of recirculated water.
Because this device is installed in the height place of the 30-50cm of the wall in the room, the gas that the floor heating circulation time produces is focused at this and highly locates, and influences the floor heating circulation, and in the case, automatic exhaust steam valve can be discharged gas automatically, makes unit normal run.
By automatically regulating, the floor heating circulating water flow is controlled in the utility model, thereby made indoor heat that distributes and required heat reach balance, the realization indoor temperature is regulated control as required.
The utlity model has following beneficial effect: install safe, reliable, convenient, beautiful, economical, simple; Assembling is simple, and the temperature precise control is steady.
Description of drawings
Below in conjunction with accompanying drawing technical solutions of the utility model are described further:
Fig. 1 is the utility model perspective view;
Fig. 2 is the parting face schematic diagram of the automatic vent valve portion that uses in the utility model first embodiment;
Fig. 3 is the parting face schematic diagram of the automatic vent valve portion that uses in the utility model second embodiment;
Fig. 4 is the parting face schematic diagram of the automatic vent valve portion that uses in the utility model the 3rd embodiment;
Fig. 5 is the utility model temperature sense controller and the cut-away section schematic diagram of angle valve under installment state.
The implication of each Reference numeral sees the following form among the figure:
The specific embodiment
Embodiment one
See also Fig. 1, Fig. 2 and Fig. 5, the special-purpose temperature control equipment of a kind of floor heating is characterized in that: mainly by a temperature sense controller, an assembly threeway, an automatic exhaust steam valve, an angle valve, two outer silk cutting ferrules directly, a mini valve, tube connector, a plurality of coupling nut form; Described temperature sense controller is mainly by temperature sense controller housing 11, temperature sense controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15, angle valve depression bar 16, ventilative fenestra 111, base pointer 121, graduated scale 122, pressure is carried out bar base 123, angle valve coupling part 124, angle valve packing ring 222 constitutes, temperature sense controller housing 11 is installed on the temperature sense controller base 12 and can rotates by relative temperature induction controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15 is positioned at temperature sense controller housing 11 inside, memory metal bag 13 bottoms connect pressure and carry out bar 14, pressure is carried out bar 14 belows and is fixed with back-moving spring 15, back-moving spring 15 lower ends are fixed on pressure and carry out on the bar base 123, pressure is carried out bar base 123 belows and is fixed with elongated angle valve depression bar 16, angle valve depression bar 16 belows are connected with angle valve packing ring 222, ventilative fenestra 111 runs through temperature sense controller housing 11, base pointer 121 is positioned at temperature sense controller base 12 outward flanges, and graduated scale 122 is positioned at the lower surface of temperature sense controller housing 11; Described assembly threeway mainly is made of the assembly threeway first 31 that connects together, assembly threeway second portion 32, assembly threeway third part 33, assembly threeway first 31 linearly is connected with assembly threeway second portion 32, and assembly threeway third part 33 is perpendicular with first 31 and assembly threeway second portion 32; Described automatic exhaust steam valve mainly by automatic vent valve body 4, bump needle stand shell 41, bump pin 42, float 45 constitutes, bumping needle stand shell 41 joins with automatic vent valve body 4 and is positioned at automatic vent valve body 4 outsides, the root that bumps pin 42 is fixed on and bumps in the needle stand shell 41, the other parts of bumping pin 42 are arranged in the cavity on top within the automatic vent valve body 4, float 45 is fixed on and bumps pin 42 ends, float 45 is arranged in the cavity of automatic vent valve body 4, and the below of automatic vent valve body 4 is openings; Described angle valve mainly is made of angle valve valve body first 21, angle valve valve body second portion 22, angle valve valve body third part 23, angle valve valve body first 21 linearly is connected with angle valve valve body second portion 22, angle valve valve body third part 23 constitutes with angle valve valve body first 21 and angle valve valve body second portion 22 perpendicular, the inside of angle valve valve body first 21 is fixed with angle valve depression bar fixed part 212 along inwall, angle valve depression bar fixed part 212 central authorities have through hole, have groove 213 on the inwall from through hole to angle valve depression bar fixed part 212; Described mini valve mainly is made of mini valve body 5, mini valve handle 51, mini valve handle connector 52 and the spheroid that is positioned at valve inner, mini valve handle connector 52 1 ends connect mini valve handle 51, the other end is fixed on the mini valve body 5, and mini valve handle 51 is positioned at outside the mini valve body 5; Described temperature sense controller is connected with angle valve by angle valve coupling part 124 and angle valve first coupling nut 211, angle valve is connected with an end of tube connector 7 by angle valve the 3rd coupling nut 231, angle valve is connected with second an outer cutting ferrule direct 62 by angle valve second coupling nut 221, the assembly threeway is connected with the other end of tube connector 7 by assembly threeway the 3rd coupling nut 331, the assembly threeway is connected with first an outer cutting ferrule direct 61 by assembly threeway second coupling nut 321, the assembly threeway is connected with an end of mini valve by assembly threeway first coupling nut 311, and the other end of mini valve is connected with automatic exhaust steam valve; Ventilative fenestra 111 on the described temperature sense controller housing 11 has four.
During installation, take off angle valve depression bar fixed part 212, the sealing density ring of in groove 213, packing into, the through hole and the sealing density ring that angle valve depression bar 16 are passed angle valve depression bar fixed part 212 are fixed on the angle valve packing ring 222 then, then put it into again in the angle valve inner chamber, the temperature sense controller can be finished with angle valve by angle valve coupling part 124 and angle valve first coupling nut 211 be connected simultaneously.
The memory metal bag has utilized principle of expanding with heat and contracting with cold, and its heat rises and will make pressure carry out bar compressing back-moving spring, otherwise cooling just makes spring shrink.
Embodiment two
See also Fig. 1, Fig. 3 and Fig. 5, substantially with embodiment one, the special-purpose temperature control equipment of a kind of floor heating is characterized in that: mainly by a temperature sense controller, an assembly threeway, an automatic exhaust steam valve, an angle valve, two outer silk cutting ferrules directly, a mini valve, tube connector, a plurality of coupling nut form; Described temperature sense controller is mainly by temperature sense controller housing 11, temperature sense controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15, angle valve depression bar 16, ventilative fenestra 111, base pointer 121, graduated scale 122, pressure is carried out bar base 123, angle valve coupling part 124, angle valve packing ring 222 constitutes, temperature sense controller housing 11 is installed on the temperature sense controller base 12 and can rotates by relative temperature induction controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15 is positioned at temperature sense controller housing 11 inside, memory metal bag 13 bottoms connect pressure and carry out bar 14, pressure is carried out bar 14 belows and is fixed with back-moving spring 15, back-moving spring 15 lower ends are fixed on pressure and carry out on the bar base 123, pressure is carried out bar base 123 belows and is fixed with elongated angle valve depression bar 16, angle valve depression bar 16 belows are connected with angle valve packing ring 222, ventilative fenestra 111 runs through temperature sense controller housing 11, base pointer 121 is positioned at temperature sense controller base 12 outward flanges, and graduated scale 122 is positioned at the lower surface of temperature sense controller housing 11; Described assembly threeway mainly is made of the assembly threeway first 31 that connects together, assembly threeway second portion 32, assembly threeway third part 33, assembly threeway first 31 linearly is connected with assembly threeway second portion 32, and assembly threeway third part 33 is perpendicular with first 31 and assembly threeway second portion 32; Described automatic exhaust steam valve is mainly by automatic vent valve body 4, bump needle stand shell 41, bump pin 42, float 45, automatic exhaust steam valve connecting rod 40 constitutes, bumping needle stand shell 41 joins with automatic vent valve body 4 and is positioned at automatic vent valve body 4 outsides, the root that bumps pin 42 is fixed on and bumps in the needle stand shell 41, the other parts of bumping pin 42 are arranged in the cavity on top within the automatic vent valve body 4, float 45 is fixed on and bumps pin 42 ends, the automatic exhaust steam valve connecting rod is fixed on the below of float 45, float 45 is arranged in the cavity of automatic vent valve body 4, and the below of automatic vent valve body 4 is openings; Described angle valve mainly is made of angle valve valve body first 21, angle valve valve body second portion 22, angle valve valve body third part 23, angle valve valve body first 21 linearly is connected with angle valve valve body second portion 22, angle valve valve body third part 23 constitutes with angle valve valve body first 21 and angle valve valve body second portion 22 perpendicular, the inside of angle valve valve body first 21 is fixed with angle valve depression bar fixed part 212 along inwall, angle valve depression bar fixed part 212 central authorities have through hole, have groove 213 on the inwall from through hole to angle valve depression bar fixed part 212; Described mini valve mainly is made of mini valve body 5, mini valve handle 51, mini valve handle connector 52 and the spheroid that is positioned at valve inner, mini valve handle connector 52 1 ends connect mini valve handle 51, the other end is fixed on the mini valve body 5, and mini valve handle 51 is positioned at outside the mini valve body 5; Described temperature sense controller is connected with angle valve by angle valve coupling part 124 and angle valve first coupling nut 211, angle valve is connected with an end of tube connector 7 by angle valve the 3rd coupling nut 231, angle valve is connected with second an outer cutting ferrule direct 62 by angle valve second coupling nut 221, the assembly threeway is connected with the other end of tube connector 7 by assembly threeway the 3rd coupling nut 331, the assembly threeway is connected with first an outer cutting ferrule direct 61 by assembly threeway second coupling nut 321, the assembly threeway is connected with an end of mini valve by assembly threeway first coupling nut 311, and the other end of mini valve is connected with automatic exhaust steam valve; Ventilative fenestra 111 on the described temperature sense controller housing 11 has four.
During installation, automatic vent valve body 4 is installed in mini valve body 5, the spheroid that makes automatic exhaust steam valve connecting rod 40 run into mini valve gets final product.
After heating installation gas arrived certain altitude, the float in the automatic vent valve body will descend, and float one descends and will drop-downly bump pin and makes its distortion, will form an outside mouth after the pin distortion and reached self-bleeding function thereby bump.
When the automatic vent valve body has been broken, can directly control the handle of mini ball valve for preventing to leak, make the spheroid of mini ball valve inside block inner chamber, thereby thoroughly close, in order to avoid leak.
Embodiment three
See also Fig. 1, Fig. 4 and Fig. 5, substantially with embodiment one, see also Fig. 1, Fig. 3 and Fig. 5, substantially with embodiment one, the special-purpose temperature control equipment of a kind of floor heating is characterized in that: mainly by a temperature sense controller, an assembly threeway, an automatic exhaust steam valve, an angle valve, two outer silk cutting ferrules directly, a mini valve, tube connector, a plurality of coupling nut form; Described temperature sense controller is mainly by temperature sense controller housing 11, temperature sense controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15, angle valve depression bar 16, ventilative fenestra 111, base pointer 121, graduated scale 122, pressure is carried out bar base 123, angle valve coupling part 124, angle valve packing ring 222 constitutes, temperature sense controller housing 11 is installed on the temperature sense controller base 12 and can rotates by relative temperature induction controller base 12, memory metal bag 13, pressure is carried out bar 14, back-moving spring 15 is positioned at temperature sense controller housing 11 inside, memory metal bag 13 bottoms connect pressure and carry out bar 14, pressure is carried out bar 14 belows and is fixed with back-moving spring 15, back-moving spring 15 lower ends are fixed on pressure and carry out on the bar base 123, pressure is carried out bar base 123 belows and is fixed with elongated angle valve depression bar 16, angle valve depression bar 16 belows are connected with angle valve packing ring 222, ventilative fenestra 111 runs through temperature sense controller housing 11, base pointer 121 is positioned at temperature sense controller base 12 outward flanges, and graduated scale 122 is positioned at the lower surface of temperature sense controller housing 11; Described assembly threeway mainly is made of the assembly threeway first 31 that connects together, assembly threeway second portion 32, assembly threeway third part 33, assembly threeway first 31 linearly is connected with assembly threeway second portion 32, and assembly threeway third part 33 is perpendicular with first 31 and assembly threeway second portion 32; Described automatic exhaust steam valve is mainly by automatic vent valve body 4, bump needle stand shell 41, bump pin 42, spring 43, connecting rod 44, float 45, valve core case 46, shell body 47, impulse force spring 48, plunger 49 constitutes, bumping needle stand shell 41 joins with automatic vent valve body 4 and is positioned at automatic vent valve body 4 outsides, the root that bumps pin 42 is fixed on and bumps in the needle stand shell 41, bumping pin 42 links to each other with spring 43, spring 43 links to each other with connecting rod 44, spring 43, connecting rod 44 is arranged in the cavity on top within the automatic vent valve body 4, float 45 is fixed on connecting rod 44 ends, float 45 is arranged in the cavity of automatic vent valve body 4, shell body 47 is socketed in automatic vent valve body 4 lower external face, impulse force spring 48 is installed in its internal cavities, and plunger 49 is positioned under the impulse force spring 48 and is positioned under shell body 47 bottoms; Described angle valve mainly is made of angle valve valve body first 21, angle valve valve body second portion 22, angle valve valve body third part 23, angle valve valve body first 21 linearly is connected with angle valve valve body second portion 22, angle valve valve body third part 23 constitutes with angle valve valve body first 21 and angle valve valve body second portion 22 perpendicular, the inside of angle valve valve body first 21 is fixed with angle valve depression bar fixed part 212 along inwall, angle valve depression bar fixed part 212 central authorities have through hole, have groove 213 on the inwall from through hole to angle valve depression bar fixed part 212; Described mini valve mainly is made of mini valve body 5, mini valve handle 51, mini valve handle connector 52 and the spheroid that is positioned at valve inner, mini valve handle connector 52 1 ends connect mini valve handle 51, the other end is fixed on the mini valve body 5, and mini valve handle 51 is positioned at outside the mini valve body 5; Described temperature sense controller is connected with angle valve by angle valve coupling part 124 and angle valve first coupling nut 211, angle valve is connected with an end of tube connector 7 by angle valve the 3rd coupling nut 231, angle valve is connected with second an outer cutting ferrule direct 62 by angle valve second coupling nut 221, the assembly threeway is connected with the other end of tube connector 7 by assembly threeway the 3rd coupling nut 331, the assembly threeway is connected with first an outer cutting ferrule direct 61 by assembly threeway second coupling nut 321, the assembly threeway is connected with an end of mini valve by assembly threeway first coupling nut 311, and the other end of mini valve is connected with automatic exhaust steam valve; Ventilative fenestra 111 on the described temperature sense controller housing 11 has four.
Certainly, the special-purpose temperature control equipment of floor heating described in above-mentioned arbitrary embodiment is characterized in that: the ventilative fenestra 111 on the described temperature sense controller housing 11 also can be a plurality of more than one.
Further, above-mentioned described ventilative fenestra 111 can also be to be distributed in symmetrically on the temperature sense controller housing 11.
Certainly, above-mentioned described graduated scale 122 can be the raised line that protrudes from temperature sense controller housing 11 outer surfaces, can also be to the groove of temperature sense controller housing 11 outer surfaces depression, represent a certain specified temp as long as can show a certain characteristics position.
Principle of the present utility model is such: regulate temperature by temperature perception controller during operation, after regulating required temperature, temperature perception controller is regulated automatically according to indoor temperature, when temperature was lower than design temperature, temperature perception controller can be controlled the flow that angle valve increases recirculated water; When indoor temperature arrived setting value, temperature perception controller can be controlled the flow that recirculated water was closed or reduced to angle valve; Make indoor temperature remain on design temperature; Automatic exhaust steam valve and mini valve are used for getting rid of the steam of recirculated water.
Because this device is installed in the height place of the 30-50cm of the wall in the room, the gas that the floor heating circulation time produces is focused at this and highly locates, and influences the floor heating circulation, and in the case, automatic exhaust steam valve can be discharged gas automatically, makes unit normal run.
By automatically regulating, the floor heating circulating water flow is controlled in the utility model, thereby made indoor heat that distributes and required heat reach balance, the realization indoor temperature is regulated control as required.
The utlity model has following beneficial effect: install safe, reliable, convenient, beautiful, economical, simple; Assembling is simple, and the temperature precise control is steady.
Certainly, the utility model can also be applicable to the mode that adopts groundwater refrigeration.
This paper understands exemplary embodiment of the utility model and present preferred implementation specifically, should be appreciated that design of the present utility model can be by other various forms enforcement utilizations, and they drop in the protection domain of the present utility model equally.
Claims (6)
1. the special-purpose temperature control equipment of a floor heating is characterized in that: mainly by a temperature sense controller, an assembly threeway, an automatic exhaust steam valve, an angle valve, two outer silk cutting ferrules directly, a mini valve, tube connector, a plurality of coupling nut form; Described temperature sense controller is mainly by temperature sense controller housing (11), temperature sense controller base (12), memory metal bag (13), pressure is carried out bar (14), back-moving spring (15), angle valve depression bar (16), ventilative fenestra (111), base pointer (121), graduated scale (122), pressure is carried out bar base (123), angle valve coupling part (124), angle valve packing ring (222) constitutes, temperature sense controller housing (11) is installed on the temperature sense controller base (12) and can rotates by relative temperature induction controller base (12), memory metal bag (13), pressure is carried out bar (14), back-moving spring (15) is positioned at temperature sense controller housing (11) inside, memory metal bag (13) bottom connects pressure and carries out bar (14), pressure is carried out bar (14) below and is fixed with back-moving spring (15), back-moving spring (15) lower end is fixed on pressure and carries out on the bar base (123), pressure is carried out bar base (123) below and is fixed with elongated angle valve depression bar (16), angle valve depression bar (16) below is connected with angle valve packing ring (222), ventilative fenestra (111) runs through temperature sense controller housing (11), base pointer (121) is positioned at temperature sense controller base (12) outward flange, and graduated scale (122) is positioned at the lower surface of temperature sense controller housing (11); Described assembly threeway mainly is made of the assembly threeway first (31) that connects together, assembly threeway second portion (32), assembly threeway third part (33), assembly threeway first (31) linearly is connected with assembly threeway second portion (32), and assembly threeway third part (33) is perpendicular with first (31) and assembly threeway second portion (32); Described automatic exhaust steam valve mainly by automatic vent valve body (4), bump needle stand shell (41), bump pin (42), float (45) constitutes, bumping needle stand shell (41) and automatic vent valve body (4) joins and is positioned at automatic vent valve body (4) outside, the root that bumps pin (42) is fixed on and bumps in the needle stand shell (41), the other parts of bumping pin (42) are arranged in the cavity on top within the automatic vent valve body (4), float (45) is fixed on and bumps pin (42) end, float (45) is arranged in the cavity of automatic vent valve body (4), and the below of automatic vent valve body (4) is an opening; Described angle valve is mainly by angle valve valve body first (21), angle valve valve body second portion (22), angle valve valve body third part (23) constitutes, angle valve valve body first (21) linearly is connected with angle valve valve body second portion (22), angle valve valve body third part (23) constitutes with angle valve valve body first (21) and angle valve valve body second portion (22) perpendicular, the inside of angle valve valve body first (21) is fixed with angle valve depression bar fixed part (212) along inwall, angle valve depression bar fixed part (212) central authorities have through hole, have groove (213) on the inwall from through hole to angle valve depression bar fixed part (212); Described mini valve mainly is made of mini valve body (5), mini valve handle (51), mini valve handle connector (52) and the spheroid that is positioned at valve inner, mini valve handle connector (52) one ends connect mini valve handle (51), the other end is fixed on the mini valve body (5), and mini valve handle (51) is positioned at outside the mini valve body (5); Described temperature sense controller is connected with angle valve by angle valve coupling part (124) and angle valve first coupling nut (211), angle valve is connected by the end of angle valve the 3rd coupling nut (231) with tube connector (7), angle valve is connected with second an outer cutting ferrule direct (62) by angle valve second coupling nut (221), the assembly threeway is connected by the other end of assembly threeway the 3rd coupling nut (331) with tube connector (7), the assembly threeway is connected with first an outer cutting ferrule direct (61) by assembly threeway second coupling nut (321), the assembly threeway is connected with an end of mini valve by assembly threeway first coupling nut (311), and the other end of mini valve is connected with automatic exhaust steam valve.
2. the special-purpose temperature control equipment of floor heating as claimed in claim 1, it is characterized in that: described automatic exhaust steam valve is mainly by automatic vent valve body (4), bump needle stand shell (41), bump pin (42), float (45), automatic exhaust steam valve connecting rod (40) constitutes, bumping needle stand shell (41) and automatic vent valve body (4) joins and is positioned at automatic vent valve body (4) outside, the root that bumps pin (42) is fixed on and bumps in the needle stand shell (41), the other parts of bumping pin (42) are arranged in the cavity on top within the automatic vent valve body (4), float (45) is fixed on and bumps pin (42) end, the automatic exhaust steam valve connecting rod is fixed on the below of float (45), float (45) is arranged in the cavity of automatic vent valve body (4), and the below of automatic vent valve body (4) is an opening.
3. the special-purpose temperature control equipment of floor heating as claimed in claim 1, it is characterized in that: described automatic exhaust steam valve is mainly by automatic vent valve body (4), bump needle stand shell (41), bump pin (42), spring (43), connecting rod (44), float (45), valve core case (46), shell body (47), impulse force spring (48), plunger (49) constitutes, bumping needle stand shell (41) and automatic vent valve body (4) joins and is positioned at automatic vent valve body (4) outside, the root that bumps pin (42) is fixed on and bumps in the needle stand shell (41), bumping pin (42) links to each other with spring (43), spring (43) links to each other with connecting rod (44), spring (43), connecting rod (44) is arranged in the cavity on top within the automatic vent valve body (4), float (45) is fixed on connecting rod (44) end, float (45) is arranged in the cavity of automatic vent valve body (4), shell body (47) is socketed in automatic vent valve body (4) lower external face, impulse force spring (48) is installed in its internal cavities, and plunger (49) is positioned under the impulse force spring (48) and is positioned under shell body (47) bottom.
4. as claim 1 or the special-purpose temperature control equipment of 2 or 3 described any floor heatings, it is characterized in that: the ventilative fenestra (111) on the described temperature sense controller housing (11) is at least one.
5. the special-purpose temperature control equipment of floor heating as claimed in claim 4, it is characterized in that: described ventilative fenestra (111) can also be to be distributed in symmetrically on the temperature sense controller housing (11).
6. as claim 1 or the special-purpose temperature control equipment of 2 or 3 described any floor heatings, it is characterized in that: described graduated scale (122) is the raised line that protrudes from temperature sense controller housing (11) outer surface, or to the groove of temperature sense controller housing (11) outer surface depression.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205044427U CN201764587U (en) | 2010-08-20 | 2010-08-20 | Temperature control device specially used for floor heating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205044427U CN201764587U (en) | 2010-08-20 | 2010-08-20 | Temperature control device specially used for floor heating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201764587U true CN201764587U (en) | 2011-03-16 |
Family
ID=43717195
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205044427U Expired - Fee Related CN201764587U (en) | 2010-08-20 | 2010-08-20 | Temperature control device specially used for floor heating |
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| Country | Link |
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| CN (1) | CN201764587U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GR1008173B (en) * | 2012-12-06 | 2014-04-17 | Αναστασιος Θεοφιλου Ριζοπουλος | Themostatic angle with incorporated valve for use in external loop heating bodies |
| CN110332582A (en) * | 2019-07-09 | 2019-10-15 | 广东埃文低碳科技股份有限公司 | A kind of ground heater laying device using clean energy resource heat supply |
-
2010
- 2010-08-20 CN CN2010205044427U patent/CN201764587U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GR1008173B (en) * | 2012-12-06 | 2014-04-17 | Αναστασιος Θεοφιλου Ριζοπουλος | Themostatic angle with incorporated valve for use in external loop heating bodies |
| CN110332582A (en) * | 2019-07-09 | 2019-10-15 | 广东埃文低碳科技股份有限公司 | A kind of ground heater laying device using clean energy resource heat supply |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110316 Termination date: 20130820 |