CN207527542U - A kind of sterilizing chamber using fused salt steam supply - Google Patents
A kind of sterilizing chamber using fused salt steam supply Download PDFInfo
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- CN207527542U CN207527542U CN201721171379.8U CN201721171379U CN207527542U CN 207527542 U CN207527542 U CN 207527542U CN 201721171379 U CN201721171379 U CN 201721171379U CN 207527542 U CN207527542 U CN 207527542U
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- steam
- tank
- tank body
- sterilizing chamber
- fused salt
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Abstract
The utility model discloses a kind of sterilizing chambers using fused salt steam supply, including single tank fused salt tank and sterilizing chamber's ontology, single tank fused salt tank includes tank body, resistance heater, coil heat exchanger and partition board, partition board is set in tank body, coil heat exchanger is sheathed on partition board periphery in the shape of a spiral, tank body is equipped with water feed inlet and steam (vapor) outlet, coil heat exchanger one end is connect by the first telescoping tube with water feed inlet, the other end is connect by the second telescoping tube with steam (vapor) outlet, the elevating mechanism that coil heat exchanger is made to move up and down is equipped with outside tank body, sterilizing chamber's ontology includes sterilization tank and steam line, steam line includes steam supply manifold, top branch pipe and lower part branch pipe, steam supply manifold is connected with steam (vapor) outlet, top branch pipe is connected with sterilizing box cavity top, lower part branch pipe is connected with sterilizing box cavity lower part.The utility model provides steam using single tank fused salt tank for sterilizing chamber's ontology, has rationally using resource, overcomes the insufficient technique effect of existing Thermal facility and pipe network.
Description
Technical field
The utility model is related to fused salt accumulation of heat heating technical fields, and in particular to a kind of sterilizing chamber using fused salt steam supply.
Background technology
Pressure and the urbanization process that constantly accelerates due to environmental protection control coal, existing Thermal facility and pipe network increasingly without
Power meets growing heat demand.Fused salt is the molten state liquid of salt, there is extremely stable thermal physical characteristic and heat chemistry
Property is splendid accumulation of heat and heat transfer medium.Fused salt accumulation of heat heating technology is using abandoning when wind abandons light in section or evening low-valley interval
Low ebb electrical heating fused salt, heat storage is got up using fused salt heat storage technology, in other periods, fused salt tank high temperature fused salt changes
Water is heated heat output hot water or steam supplies user, is a novel green heating technology.
High-temp steam sterilizing is most reliable, using most common physical sterilization method, be mainly used for can heat safe article,
Such as the sterilizing of metallic weapon, glass, enamel, dressing, rubber and some drugs.It can be consumed during the use of steam sterilizing room a large amount of
If providing steam for sterilizing chamber using fused salt accumulation of heat heating equipment, heat, Neng Gouhe are stored using low ebb electrical heating fused salt for steam
Reason overcomes the shortcomings of existing Thermal facility and pipe network using resource.
Utility model content
The purpose of this utility model is that：Insufficient for prior art Thermal facility and pipe network, the consumption of steam sterilizing room is big
Measure steam, steam the technical issues of supply falls short of demand, the utility model provides a kind of sterilizing chamber using fused salt steam supply.
The technical solution adopted in the utility model is as follows：
A kind of sterilizing chamber using fused salt steam supply, including single tank fused salt tank and sterilizing chamber's ontology, single tank fused salt tank includes tank
Body, resistance heater, coil heat exchanger and partition board, partition board are tubular structure, and partition board is vacantly set in tank body up and down, and coil pipe changes
Hot device is movably set in partition board periphery in the shape of a spiral, and tank body is equipped with water feed inlet and steam (vapor) outlet, and coil heat exchanger one end passes through
First telescoping tube is connect with water feed inlet, and the coil heat exchanger other end is connect by the second telescoping tube with steam (vapor) outlet, outside tank body
Portion is equipped with the elevating mechanism that coil heat exchanger is made to move up and down；Sterilizing chamber's ontology includes sterilization tank and steam line, steam line
The top branch pipe and lower part branch pipe, steam supply manifold connected including steam supply manifold and with steam supply manifold is connected with steam (vapor) outlet, top
Branch pipe is connected with sterilizing box cavity top, and lower part branch pipe is connected with sterilizing box cavity lower part.
Further, elevating mechanism include being set to pulley at the top of tank body, the motor that is set on the outside of tank body and with electricity
The turntable of machine connection, coil heat exchanger are connected with turntable by bypassing the draught line of pulley.
Further, temperature sensor is equipped in tank body, motor is connected with controller, and controller is connect with temperature sensor
For controlling electric machine operation state.
Further, tank wall is equipped with the drum connected with steam (vapor) outlet, and drum is equipped with pressure maintaining valve and for steam ports, steam supply
Manifold is connect with for steam ports.
Further, sterilization tank both sides are both provided with top branch pipe and lower part branch pipe.
Further, sterilization tank is equipped with roller delivery mechanism.
Further, sterilization tank includes babinet and chamber door, and babinet one end offers feed inlet, and the babinet other end offers out
Material mouth, chamber door are set in inlet port and outlet port, are hinged at the top of chamber door with babinet, are connected with to close between chamber door and babinet
The resetting spring of inlet port and outlet port is closed, roller delivery mechanism is set to the bottom of box.
Further, tank body is provided with bottom plate, and resistance heater is uniformly distributed on bottom plate and stretches into the enclosing chamber of partition board
In.
In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are：
1. the utility model sterilizing chamber includes single tank fused salt tank and sterilizing chamber's ontology, single tank fused salt tank is using when abandoning wind and abandoning light
Low ebb electrical heating fused salt in section or evening low-valley interval, heat storage is got up, and in other time section, fused salt is produced with water heat exchange
Raw steam supply sterilizing chamber's ontology rationally using resource, overcomes existing Thermal facility and pipe network insufficient；
2. in the utility model sterilizing chamber, by setting the top branch pipe connected with sterilizing chamber chamber body top, with going out
The lower part branch pipe of bacterium room chamber body connection, makes steam be evenly distributed in sterilizing chamber's ontology, improves sterilizing efficiency and antimicrobin
Amount.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model sterilizing chamber；
Fig. 2 is structure diagram of the sterilizing chamber's ontology of the utility model sterilizing chamber in addition to steam line；
It is marked in figure：The mono- tank fused salt tanks of 10-, 100- tank bodies, 110- water feed inlets, 120- steam (vapor) outlets, 130- temperature pass
Sensor, 140- bottom plates, 300- coil heat exchangers, the first telescoping tubes of 310-, the second telescoping tubes of 320-, 400- partition boards, 500- liftings
Mechanism, 510- pulleys, 520- motors, 530- turntables, 540- draught lines, 600- drums, 610- pressure maintaining valves, 620- for steam ports,
700- resistance heaters, 20- sterilizing chambers ontology, 200- sterilization tanks, 210- babinets, 211- feed inlets, 212- discharge ports, 220- casees
Door, 221- resetting springs, 240- roller delivery mechanisms, 250- steam lines, 251- steam supply manifold, 252- tops branch pipe, 253-
Lower part branch pipe.
Specific embodiment
All features disclosed in this specification, can be with any other than mutually exclusive feature and/or step
Mode combines.
It elaborates below in conjunction with the accompanying drawings to the utility model.
Embodiment 1, as shown in Figure 1 and Figure 2, a kind of sterilizing chamber using fused salt steam supply, including single tank fused salt tank 10 and sterilizing
Room ontology 20, single tank fused salt tank 10 include tank body 100, resistance heater 700, coil heat exchanger 300 and partition board 400, partition board 400
For tubular structure, partition board is vacantly set to about 400 in tank body 100, and coil heat exchanger 300 is movably set in partition board in the shape of a spiral
400 peripheries, tank body 100 are equipped with water feed inlet 110 and steam (vapor) outlet 120, and 300 one end of coil heat exchanger passes through the first telescoping tube
310 connect with water feed inlet 110, and 300 other end of coil heat exchanger is connect by the second telescoping tube 320 with steam (vapor) outlet 120, tank
100 outside of body is equipped with the elevating mechanism 500 that coil heat exchanger 300 is made to move up and down；Sterilizing chamber's ontology 20 includes 200 He of sterilization tank
Steam line 250, steam line 250 include steam supply manifold 251 and the top branch pipe 252 connected with steam supply manifold 251 and lower part
Branch pipe 253, steam supply manifold 251 are connected with steam (vapor) outlet 120, and top branch pipe 252 is connected with 200 inner cavity top of sterilization tank, lower part
Branch pipe 253 is connected with 200 inner cavity lower part of sterilization tank.Elevating mechanism 500 includes being set to pulley 510, the setting at 100 top of tank body
Motor 520 and the turntable 530 that is connect with motor 520 in the outside of tank body 100, coil heat exchanger 300 and turntable 530 are by bypassing
The draught line 540 of pulley 510 connects.100 outer wall of tank body is equipped with the drum 600 connected with steam (vapor) outlet 120, and drum 600 is equipped with
Pressure maintaining valve 610 and confession steam ports 620, steam supply manifold 251 are connect with for steam ports 620.
The utility model sterilizing chamber, including single tank fused salt tank 10 and sterilizing chamber's ontology 20, single tank fused salt tank 10 utilizes and abandons wind
Low ebb electrical heating fused salt when abandoning light in section or evening low-valley interval, heat storage is got up, in other time section, fused salt and water
Heat exchange generates steam supply sterilizing chamber's ontology 20.Steam is sent into sterilizing chamber's ontology 20 by steam line 250, passes through setting and sterilizing
The top branch pipe 252 of 20 inner cavity top of room ontology connection, the lower part branch pipe 253 connected with 20 inner cavity of sterilizing chamber's ontology, make steam
It is evenly distributed in sterilizing chamber's ontology 20, improves sterilizing efficiency and sterilization quality.
Single 10 heating principles of tank fused salt tank：The height of fused salt is slightly larger than the height of partition board 400 in tank body 100, and fused salt can be
It is flowed freely in tank body 100, partition board 400 is for increasing flow path of the fused salt in tank body 100, by being set in tank body 100
Coil heat exchanger 300 is put, the water inputted in coil heat exchanger 300 exchanges heat with the high-temperature molten salt in tank body 100, generates steaming
Vapour.When heat exchange starts, 300 part of coil heat exchanger is immersed in high-temperature molten salt, fused salt is changed with the water in coil heat exchanger 300
Heat, temperature of molten salt constantly reduces simultaneously for heat exchange, and motor 520 drives turntable 530 to rotate, and the draught line 540 on turntable 530 is released
It puts, coil heat exchanger 300 is driven to move gradually downward, so as to increase the contact area of coil heat exchanger 300 and fused salt, to protect
Card generates the substantially constant of vapor (steam) temperature.The water of certain mass is injected in drum 600 in advance, the steam that fused salt heat exchanging generates is through steaming
Make the water evaporation in drum 600 after the entrance drum 600 of vapor outlet 120, make pressure in drum 600 permanent by adjusting pressure maintaining valve 610
It is fixed, it is further ensured that from the constant temperature that steam is exported for steam ports 620.
In the present embodiment, preferably, being equipped with temperature sensor 130 in tank body 100, motor 520 is connected with controller, controls
Device processed connect to control 520 working condition of motor with temperature sensor 130.When temperature is reduced to special value, motor 520
Coil heat exchanger 300 is driven to decline a certain distance, so as to reach the contact between automatic adjustment coil heat exchanger 300 and fused salt
Area ensures the stable purpose of heating.
200 both sides of sterilization tank are both provided with top branch pipe 252 and lower part branch pipe 253, make steam in sterilizing chamber's ontology 20
Inside it is more evenly distributed.Sterilization tank 200 is equipped with roller delivery mechanism 240.Sterilization tank 200 includes babinet 210 and chamber door 220, babinet
210 one end offer feed inlet 211, and 210 other end of babinet offers discharge port 212, and chamber door 220 is set to 211 He of feed inlet
On discharge port 212,220 top of chamber door is hinged with babinet 210, is connected with to close feed inlet between chamber door 220 and babinet 210
211 and the resetting spring 221 of discharge port 212, roller delivery mechanism 240 be set to 210 bottom of babinet.Pending object is put
It puts on roller delivery mechanism 240, article enters babinet 210 by feed inlet 211, by high-temp steam sterilizing in babinet 210
It is exported after reason from discharge port 212, sterilizing works are efficient, and resetting spring 221 is connected between chamber door 220 and babinet 210, can
Feed inlet 211 and discharge port 212 are closed in time, are prevented vapour losses, are prevented article secondary pollution.
Tank body 100 is provided with bottom plate 140, and resistance heater 700 is uniformly distributed on bottom plate 140 and stretches into partition board 400
It encloses in chamber, fused salt homogeneous heating, heating speed is fast.
It is the embodiment of the utility model as described above.The utility model is not limited to the above embodiment, anyone
It should learn the structure change made under the enlightenment of the utility model, it is every that there is same or similar skill with the utility model
Art scheme, each falls within the scope of protection of the utility model.
Claims (7)
1. a kind of sterilizing chamber using fused salt steam supply, which is characterized in that including single tank fused salt tank (10) and sterilizing chamber's ontology (20),
The list tank fused salt tank (10) includes tank body (100), resistance heater (700), coil heat exchanger (300) and partition board (400), institute
Partition board (400) is stated as tubular structure, partition board (400) is vacantly set to up and down in tank body (100), the coil heat exchanger (300)
It is movably set in partition board (400) periphery in the shape of a spiral, the tank body (100) is equipped with water feed inlet (110) and steam (vapor) outlet
(120), coil heat exchanger (300) one end is connect by the first telescoping tube (310) with water feed inlet (110), coil heat exchanger
(300) other end is connect by the second telescoping tube (320) with steam (vapor) outlet (120), and being equipped with outside tank body (100) makes coil heat exchange
The elevating mechanism (500) that device (300) moves up and down；Sterilizing chamber's ontology (20) includes sterilization tank (200) and steam line
(250), steam line (250) is connected including steam supply manifold (251) and with steam supply manifold (251) top branch pipe (252) and under
Portion's branch pipe (253), sterilization tank (200) both sides are both provided with top branch pipe (252) and lower part branch pipe (253), steam supply manifold
(251) it is connected with steam (vapor) outlet (120), top branch pipe (252) is connected with sterilization tank (200) inner cavity top, lower part branch pipe (253)
It is connected with sterilization tank (200) inner cavity lower part.
2. sterilizing chamber as described in claim 1, which is characterized in that the elevating mechanism (500) is including being set to tank body (100)
The pulley (510) at top, the motor (520) being set on the outside of tank body (100) and the turntable (530) being connect with motor (520), institute
It states coil heat exchanger (300) and turntable (530) and is connected by bypassing the draught line (540) of pulley (510).
3. sterilizing chamber as claimed in claim 2, which is characterized in that temperature sensor (130) is equipped in the tank body (100),
The motor (520) is connected with controller, and the controller connect to control motor (520) work with temperature sensor (130)
Make state.
4. sterilizing chamber as described in claim 1, which is characterized in that tank body (100) outer wall is equipped with and steam (vapor) outlet (120)
The drum (600) of connection, the drum (600) equipped with pressure maintaining valve (610) and for steam ports (620), steam supply manifold (251) with it is described
It is connected for steam ports (620).
5. sterilizing chamber as described in claim 1, which is characterized in that the sterilization tank (200) is equipped with roller delivery mechanism
(240)。
6. sterilizing chamber as claimed in claim 5, which is characterized in that the sterilization tank (200) includes babinet (210) and chamber door
(220), babinet (210) one end offers feed inlet (211), and babinet (210) other end offers discharge port (212), chamber door
(220) it is set on feed inlet (211) and discharge port (212), hinged with babinet (210) at the top of the chamber door (220), chamber door
(220) resetting spring (221) for closing feed inlet (211) and discharge port (212), institute are connected between babinet (210)
It states roller delivery mechanism (240) and is set to babinet (210) bottom.
7. the sterilizing chamber as described in any one in claim 1 to 6, which is characterized in that the tank body (100) is provided with bottom plate
(140), the resistance heater (700) is uniformly distributed on bottom plate (140) and stretches into the enclosing chamber of partition board (400).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721171379.8U CN207527542U (en) | 2017-09-13 | 2017-09-13 | A kind of sterilizing chamber using fused salt steam supply |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721171379.8U CN207527542U (en) | 2017-09-13 | 2017-09-13 | A kind of sterilizing chamber using fused salt steam supply |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207527542U true CN207527542U (en) | 2018-06-22 |
Family
ID=62568514
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721171379.8U Expired - Fee Related CN207527542U (en) | 2017-09-13 | 2017-09-13 | A kind of sterilizing chamber using fused salt steam supply |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207527542U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111059948A (en) * | 2019-12-11 | 2020-04-24 | 北京工业大学 | Single-tank heat storage system with continuously adjustable heat exchanger area |
-
2017
- 2017-09-13 CN CN201721171379.8U patent/CN207527542U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111059948A (en) * | 2019-12-11 | 2020-04-24 | 北京工业大学 | Single-tank heat storage system with continuously adjustable heat exchanger area |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180622 Termination date: 20200913 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |