CN203719154U - Medical coiled tube type adjustable vacuum sphere solar heat collection complete device - Google Patents

Medical coiled tube type adjustable vacuum sphere solar heat collection complete device Download PDF

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Publication number
CN203719154U
CN203719154U CN201320873677.7U CN201320873677U CN203719154U CN 203719154 U CN203719154 U CN 203719154U CN 201320873677 U CN201320873677 U CN 201320873677U CN 203719154 U CN203719154 U CN 203719154U
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China
Prior art keywords
sphere
inner core
heat
stop valve
pipe
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Withdrawn - After Issue
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CN201320873677.7U
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Chinese (zh)
Inventor
郑珊红
赵天舒
赵文峰
张帅
孙玉娟
王郑昊
尚利国
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Individual
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Individual
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/40Solar thermal energy, e.g. solar towers
    • Y02E10/44Heat exchange systems

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  • Heat-Exchange Devices With Radiators And Conduit Assemblies (AREA)

Abstract

The utility model discloses a medical coiled tube type adjustable vacuum sphere solar heat collection complete device which consists of a base (1), a support (2), supporting rods (3), a double-spherical surface heat collection sphere (4), a reflector (5), a travel switch (6), a swing rod (7), a stay cord (8), a floater (9), an overflow water tank (10), a hot water pipe (11), an Insulation barrel (13), a temperature control stop valve (14), a water nozzle (15), a coil pipe (16), a water inlet pipe (17) and a screw rod stop valve (18), wherein the base (1) is connected with the support (2) by a bolt (25), a gasket (26) and a nut (27); the support (2) is hinged to two sides of the reflector (5); the double-spherical surface heat collection sphere (4) consists of a spherical surface shell (22), an inner core pipe (19), a sealing piece (23) and a vacuum nozzle (21); a coating film layer (20) is arranged at the outer surface of the inner core pipe (19); one end of the inner core pipe (19) is sealed; the other end of the inner core pipe is connected with the coil pipe (16); an efficient heat-conducting medium fills into the inner core pipe. By using the medical coiled tube type adjustable vacuum sphere solar heat collection complete device, bidirectional sunlight tracking is realized by mechanical adjustment, heat is absorbed and conducted and is used for heating, rapid circulation and efficient clean energy source are realized, and the medical coiled tube type adjustable vacuum sphere solar heat collection complete device can better serve the production and the life of people.

Description

Medical basin tubular type is adjustable vacuum sphere solar energy heating complexes
Technical field
The utility model is a kind of medical sunshine thermal-arrest complexes, for guaranteeing timely and effectively to provide in time to patient and each section office's occasion of hospital the adjustable vacuum sphere solar energy heating of the medical basin tubular type complexes of hot water throughout the year.
Background technology
Along with hospital moves in patient, the demand of ward condition is improved constantly, need ward to have 24 hours hot water for washing one's face and rinsing one's mouth, take a shower, add the operating room of going to the hospital, supply room, the occasions such as each medical personnel office are daily all needs a large amount of hot water, each hospital adopts boiler heat supplying water more now, be not subject to inside even from weather secure, also have and adopt vacuum cylinder glass pipe type collecting system for traditional solar energy, heat-conduction medium is generally water, at the bottom of the thermal efficiency, conduct heat slow, damaged, overcast and rainyly substantially can not use, the general fixed mode that adopts is installed, can not follow the tracks of solar azimuth, can not bring into play the peak use rate of solar energy, be difficult to guarantee to patient and each section office's occasion of hospital provide in time hot water for etc.
Summary of the invention
The purpose of this utility model is: for the occasions such as the operating room of patient ward, hospital, supply room, each medical personnel office have 24 hours hot water, use high-efficiency cleaning, energy-conserving and environment-protective.
The technical solution of the utility model is: the utility model is comprised of base, support, pole, two sphere thermal-arrest ball, reflection shield, travel switch, fork, stay cord, float, overflow tank, hot-water line, heat-preserving container, Tem .-control stop valve, water nozzle, coil pipe, water inlet pipe, screw rod stop valve.Base is provided with annular T-shaped groove, is connected by bolt, packing ring, nut with support, fastening after can following the tracks of solar azimuth in horizontal plane and being rotated in place.The overhanging semiaxis of support and reflection shield both sides is hinged, can in vertical plane, follow the tracks of solar azimuth steeves, and by nut check, realize like this bi-directional tracking sun, reflection shield is curved-surface structure, two sphere thermal-arrest balls are comprised of sphere shell, inner core tube, seal, the vacuum slot that is positioned on sphere shell, and inner core tube is that metal material is made, and outer surface is coated with the film plating layer of a floor height heat absorption.By vacuum slot, vacuumize, guarantee only heat absorption, do not dispel the heat.The sealing of inner core tube one end, the other end is connected with coil pipe, interior filling high-efficiency heat conduction medium, coil pipe and inner core tube junction adopt movable joint hose construction, are convenient to rotation, and mounting safety valve, play decompression safety effect.Coil pipe is metal material manufacture, be arranged in heat-preserving container, heat-preserving container upper end is equipped with hot-water line, overflow tank, float is suspended in overflow tank by stay cord, fork, and fork is hinged on overflow tank, and collides with the tactile pawl of travel switch, travel switch has normally-closed contact, normally opened contact, and each is a pair of, the outlet pipe of heat-preserving container is equipped with Tem .-control stop valve, water nozzle, and water inlet pipe is connected on heat-preserving container, is provided with screw rod stop valve.
When work starts, in anhydrous state, now float sinks, and drags fork the normally-closed contact of travel switch is disconnected by stay cord, and normally opened contact is closed, connects the reversion power supply of screw rod stop valve, and pipe valve is closed, and auto-breaking.When solar irradiation is on the surface of two sphere thermal-arrest balls and the parabolic surface of reflection shield, optically focused is to the centre of sphere place of two sphere thermal-arrest balls, make centre of sphere temperature rise very fast, temperature Ke Daji Baidu, under the heat transfer of high-efficiency heat conduction medium, the temperature of coil pipe raises very soon, fast by the cool water heating in heat-preserving container to design temperature, Tem .-control stop valve starts immediately, by water nozzle, emits hot water.Now screw rod stop valve is closed.When water level declines, float also sinks, fork drives the tactile pawl of travel switch, until the normally-closed contact of travel switch disconnects, normally opened contact is closed, connect the forward power supply of screw rod stop valve, pipe valve is opened, and cold water enters, when Tem .-control stop valve senses water temperature lower than design temperature, close immediately, water nozzle just can not be emitted water.Two sphere thermal-arrest balls continue to absorb solar energy heating and conduct heat, and repeat the above course of work.Find that sunlight produces while departing from, can pass through loose nut, at horizontal plane, make reflection shield rotation, loose nut rotates reflection shield in vertical plane, the reflection shield of assurance parabolic surface is accepted the sunlight of vertical irradiation, improves solar energy utilization ratio, last fastening nut and nut.Use the utility model, realize machinery and adjust bi-directional tracking sunlight, heat absorption, heat conduction, heating, Rapid Circulation, efficient clean energy, energy-conservation, production and the life that can better serve people.
Accompanying drawing explanation
Fig. 1 is the utility model schematic diagram;
Fig. 2 is the left view of Fig. 1.
The specific embodiment
The utility model is comprised of base (1), support (2), pole (3), two sphere thermal-arrest balls (4), reflection shield (5), travel switch (6), fork (7), stay cord (8), float (9), overflow tank (10), hot-water line (11), heat-preserving container (13), Tem .-control stop valve (14), water nozzle (15), coil pipe (16), water inlet pipe (17), screw rod stop valve (18).Base (1) is provided with annular T-shaped groove, is connected by bolt (25), packing ring (26), nut (27) with support (2), fastening after can following the tracks of solar azimuth in horizontal plane and being rotated in place.Support (2) is hinged with the overhanging semiaxis in reflection shield (5) both sides, can in vertical plane, follow the tracks of solar azimuth steeves, and by nut (24) locking, realize like this bi-directional tracking sun, reflection shield (5) is curved-surface structure, pole (3) one end is fixed on reflection shield (5), the other end is connected with two sphere thermal-arrest balls (4), two sphere thermal-arrest balls (4) are by sphere shell (22), inner core tube (19), seal (23), the vacuum slot (21) being positioned on sphere shell (22) forms, inner core tube (19) is that metal material is made, outer surface is coated with the film plating layer (20) of a floor height heat absorption.By vacuum slot (21), vacuumize, guarantee only heat absorption, do not dispel the heat.The sealing of inner core tube (19) one end, the other end is connected with coil pipe (16), interior filling high-efficiency heat conduction medium, coil pipe (16) adopts movable joint hose construction with inner core tube (19) junction, is convenient to rotation, and mounting safety valve (12), plays decompression safety effect.Coil pipe (16) is metal material manufacture, be arranged in heat-preserving container (13), heat-preserving container (13) upper end is equipped with hot-water line (11), overflow tank (10), float (9) is by stay cord (8), fork (7) is suspended in overflow tank (10), fork (7) is hinged on overflow tank (10), and and the tactile pawl of travel switch (6) collide, travel switch (6) has normally-closed contact, each is a pair of for normally opened contact, the outlet pipe of heat-preserving container (13) is equipped with Tem .-control stop valve (14), water nozzle (15), water inlet pipe (17) is connected on heat-preserving container (13), be provided with screw rod stop valve (18).
When work starts, in anhydrous state, now float (9) sinks, and drags fork (7) normally-closed contact of travel switch (6) is disconnected by stay cord (8), normally opened contact is closed, the reversion power supply of connecting screw rod stop valve (18), pipe valve is closed, and auto-breaking.When solar irradiation is on the surface of two sphere thermal-arrest balls (4) and the curved surface of reflection shield (5), optically focused is to the centre of sphere place of two sphere thermal-arrest balls (4), make centre of sphere temperature rise very fast, temperature Ke Daji Baidu, under the heat transfer of high-efficiency heat conduction medium, the temperature of coil pipe (16) raises very soon, fast by the cool water heating in heat-preserving container (13) to design temperature, Tem .-control stop valve (14) is opened immediately, by water nozzle (15), emits hot water.Now screw rod stop valve (18) is closed.When water level declines, float (9) also sinks, fork (7) drives the tactile pawl of travel switch (6), until the normally-closed contact of travel switch (6) disconnects, normally opened contact is closed, connect the forward power supply of screw rod stop valve (18), pipe valve is opened, cold water enters, when Tem .-control stop valve (14) senses water temperature lower than design temperature, close immediately, water nozzle (15) just can not be emitted water, guarantees that patient and medical personnel use less than terribly cold water.Two sphere thermal-arrest balls (4) continue to absorb solar energy heating and conduct heat, and repeat the above course of work.Find that sunlight produces while departing from, can pass through loose nut (27), at horizontal plane, make reflection shield (5) rotation, loose nut (24) rotates reflection shield (5) in vertical plane, the reflection shield (5) of assurance parabolic surface is accepted the sunlight of vertical irradiation, improve solar energy utilization ratio, last fastening nut (27) and nut (24).
As can be seen here, use the utility model, adopted high-efficiency vacuum thermal-arrest spherical structure and coil pipe high-efficiency heat conduction medium, and can realize machinery and adjust bi-directional tracking sunlight, heat absorption, heat conduction, heating, Rapid Circulation, efficient clean energy, energy-conservation, production and the life that can better serve people.

Claims (1)

1. the adjustable vacuum sphere solar energy heating of medical basin tubular type complexes are by base (1), support (2), pole (3), two sphere thermal-arrest balls (4), reflection shield (5), travel switch (6), fork (7), stay cord (8), float (9), overflow tank (10), hot-water line (11), heat-preserving container (13), Tem .-control stop valve (14), water nozzle (15), coil pipe (16), water inlet pipe (17), screw rod stop valve (18) forms, and base (1) is provided with annular T-shaped groove, passes through bolt (25) with support (2), packing ring (26), nut (27) connects, support (2) is hinged with the overhanging semiaxis in reflection shield (5) both sides, by nut (24), lock, pole (3) one end is fixed on reflection shield (5), the other end is connected with two sphere thermal-arrest balls (4), inner core tube (19) one end sealing of two sphere thermal-arrest balls (4), and the other end is connected with coil pipe (16), coil pipe (16) is arranged in heat-preserving container (13), and heat-preserving container (13) upper end is equipped with hot-water line (11), overflow tank (10), float (9) is by stay cord (8), fork (7) is suspended in overflow tank (10), and it is upper that fork (7) is hinged on overflow tank (10), and and the tactile pawl of travel switch (6) collide, the outlet pipe of heat-preserving container (13) is equipped with Tem .-control stop valve (14), water nozzle (15), it is upper that water inlet pipe (17) is connected in heat-preserving container (13), is provided with screw rod stop valve (18).
2. the adjustable vacuum sphere solar energy heating of medical basin tubular type as claimed in claim 1 complexes, it is characterized in that two sphere thermal-arrest balls (4) are comprised of sphere shell (22), inner core tube (19), seal (23), the vacuum slot (21) that is positioned on sphere shell (22), inner core tube (19) outer surface is coated with the film plating layer (20) that a floor height absorbs heat.
CN201320873677.7U 2013-12-29 2013-12-29 Medical coiled tube type adjustable vacuum sphere solar heat collection complete device Withdrawn - After Issue CN203719154U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320873677.7U CN203719154U (en) 2013-12-29 2013-12-29 Medical coiled tube type adjustable vacuum sphere solar heat collection complete device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320873677.7U CN203719154U (en) 2013-12-29 2013-12-29 Medical coiled tube type adjustable vacuum sphere solar heat collection complete device

Publications (1)

Publication Number Publication Date
CN203719154U true CN203719154U (en) 2014-07-16

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Application Number Title Priority Date Filing Date
CN201320873677.7U Withdrawn - After Issue CN203719154U (en) 2013-12-29 2013-12-29 Medical coiled tube type adjustable vacuum sphere solar heat collection complete device

Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104748401B (en) * 2013-12-29 2016-09-07 赵文峰 Medical basin tubular type is adjustable vacuum sphere solar energy heating complexes

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104748401B (en) * 2013-12-29 2016-09-07 赵文峰 Medical basin tubular type is adjustable vacuum sphere solar energy heating complexes

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AV01 Patent right actively abandoned

Granted publication date: 20140716

Effective date of abandoning: 20160907

C25 Abandonment of patent right or utility model to avoid double patenting