CN208597185U - A kind of electric-heating belt - Google Patents
A kind of electric-heating belt Download PDFInfo
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- CN208597185U CN208597185U CN201821207401.4U CN201821207401U CN208597185U CN 208597185 U CN208597185 U CN 208597185U CN 201821207401 U CN201821207401 U CN 201821207401U CN 208597185 U CN208597185 U CN 208597185U
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Abstract
The utility model provides a kind of electric-heating belt, it include: electric-heating belt ontology and to be coated on the electric-heating belt sheet external and can be with the heat discoloration layer that temperature change changes colour, the heat discoloration layer according to the temperature change of the electric-heating belt ontology for changing colour, so that inspection patrol color change inspection electric-heating belt that personnel shows according to the heat discoloration layer whether failure, electric-heating belt provided by the utility model, it realizes and changes that electric-heating belt is normal or the purpose of failure to detect according to electric-heating belt self color, substantially increase routing inspection efficiency and inspection quality, it solves when existing electric tracing detection device detects electric tracing and detects not comprehensive and inaccurate technical problem.
Description
Technical field
The utility model relates to technical field of oil field equipment, in particular to a kind of electric-heating belt of included detection function.
Background technique
Electric-heating belt is that a kind of effective pipe insulation and antifreeze scheme are saved since electric-heating belt has the thermal efficiency high
The advantages that energy, design is simple, and construction and installation are convenient, pollution-free, long service life, is able to achieve remote control and automatically controls, therefore
Electric-heating belt is widely used always, is the technological development direction for replacing steam, hotwater tracing, wherein the work of electric-heating belt
Principle is that certain heat is distributed by heat tracing media, is supplemented by direct or indirect heat exchange by the heat waste of heat tracing pipeline
It loses, to reach heating, heat preservation or the requirement of antifreeze normal work, wherein electric-heating belt is held along length of pipeline direction or tank body
Uniform heat release in product large area, electric-heating belt temperature gradient is small, and heat-stable time is longer, is suitble to be used for a long time, needed for
Heat (electrical power) is significantly less than electric heating.
Currently, there are two types of common electric-heating belts: one is common electric-heating belts, it is matched with temperature controller, temperature
What control device controlled is the control loop of electric-heating belt, and another kind is automatic temperature-controlled heat tracing cable, it can be adjusted automatically according to heat tracing temperature
Its whole output power, principle are to fill PTC conductive polymer plastics among two parallel wires to make core ribbon, this conductive modeling
Material, when temperature rises, expanded by heating so that portion of electrical current channel network gradually disconnects, by electric current reduce, calorific value
It reduces therewith, wherein for common electric-heating belt, the inspection of electric-heating belt is mainly by checking that electric-heating belt temperature control is matched
Electric the temperature inside the box controls whether normally, and for automatic temperature-controlled heat tracing cable, main to pass through the calorific value for detecting conductive plastics
To judge whether automatic temperature-controlled heat tracing cable is normal.
However, when by checking whether electric-heating belt temperature control temperature inside the box normally detect electric-heating belt, due to electricity
The general length of heating tape is longer, although easily occurring, bulk temperature detection is normal, and middle section is but possible to occur not hot
Phenomenon, and by detection calorific value size come when judging automatic temperature-controlled heat tracing cable, although detection is normal, certain reasons cause
Conductive plastics damage, causes certain parts not hot, and to the detection inaccuracy of electric-heating belt, and this phenomenon cannot be found in time
It is possible to lead to frozen block, is unfavorable for keeping the safety in production.
Utility model content
The utility model provides a kind of electric-heating belt, detects when solving the detection of existing electric-heating belt inaccurate and incomplete
The technical issues of face.
The utility model provides a kind of electric-heating belt, comprising:
Electric-heating belt ontology and the sense that is coated on the electric-heating belt sheet in vitro and can change colour with temperature change
Warm photochromic layer, the heat discoloration layer according to the temperature change of the electric-heating belt ontology for changing colour, so that people is patrolled in inspection
The color change inspection electric-heating belt that member show according to the heat discoloration layer whether failure.
Electric-heating belt as described above, optionally, the heat discoloration layer are fabricated using thermosensitive chromotropic material
Coating.
When being made by using thermosensitive chromotropic material, since thermosensitive chromotropic material can become with the variation of temperature
When the temperature of color, such electric-heating belt ontology reaches the discoloring temperature of thermosensitive chromotropic material, then heat discoloration layer changes colour, i.e.,
The temperature change of electric-heating belt can reflect with color change, and the color change of electric-heating belt for patrol officer more
Add intuitively, so, in the present embodiment, when forming heat discoloration layer using thermosensitive chromotropic material, so that the detection of electric-heating belt is more
It is convenient and efficient to add, and greatly reduces the workload of patrol officer, improves routing inspection efficiency and inspection quality.
Electric-heating belt as described above, optionally, the thermosensitive chromotropic material are arranged by coating method in the electric companion
On the outer surface of tropical ontology.
Electric-heating belt as described above, optionally, the thermosensitive chromotropic material pass through vapor deposition or chemical vapor deposition manner
It is arranged on the outer surface of the electric-heating belt ontology.
Electric-heating belt as described above, optionally, the heat discoloration layer are the film that can be varied with temperature and change colour, institute
Film is stated to be fitted in by bonding mode on the outer surface of the electric-heating belt ontology.
Electric-heating belt as described above, optionally, the heat discoloration layer are heat-sensitive colour-changing ink layer, and the temperature-sensitive becomes
Color ink layer is formed on the outer surface of the electric-heating belt ontology by silk-screen mode.
Electric-heating belt as described above, optionally, the electric-heating belt ontology temperature be greater than or equal to preset temperature
When, the heat discoloration layer shows the first color, and when the temperature of the electric-heating belt ontology is lower than preset temperature, the temperature-sensitive becomes
Chromatograph shows the second color.
Electric-heating belt as described above, optionally, first color are green, and second color is red.
Electric-heating belt as described above is optionally set between the electric-heating belt ontology and the heat discoloration layer and leads
Thermosphere.
Pass through the actual temperature that heat-conducting layer can make heat discoloration layer accurately perceive electric-heating belt ontology in this way, from
And heat discoloration layer is made to be the actual temperature of electric-heating belt ontology when changing colour, so that the color change energy of heat discoloration layer
The working condition for accurately reflecting electric-heating belt, makes when avoiding between heat discoloration layer and electric-heating belt ontology gap if it exists
There is deviation in the temperature change of the discoloration and electric-heating belt ontology that obtain heat discoloration layer, so as to cause according to the face of heat discoloration layer
Occurs the situation of judgement inaccuracy when color change to judge the work of electric-heating belt ontology.
Electric-heating belt as described above, optionally, the heat discoloration layer with a thickness of 0.1mm-10mm.
The utility model provides a kind of electric-heating belt, by including electric-heating belt ontology and being coated on the electric-heating belt
This is external and can be with the heat discoloration layer that temperature change changes colour, so that the electric-heating belt outer surface of the application has
The heat discoloration layer of one layer of changeable colour, when the temperature of the electric-heating belt ontology in electric-heating belt changes, heat discoloration layer
Change the color of electric-heating belt outer surface according to the temperature change of electric-heating belt ontology, such patrol officer carries out electric-heating belt
When inspection, the color change that need to only observe electric-heating belt outer surface just can judge whether electric-heating belt is working properly, so that patrolling
Inspection process was not only simple but also efficient, to substantially increase routing inspection efficiency and inspection quality, improved safety in production level, and feel
Warm photochromic layer is coated on the entire outer surface of electric-heating belt ontology, has been achieved to each of entire outer surface of electric-heating belt
The purpose that position is detected avoids and occurs electricity when detecting electric-heating belt by checking distribution box temperature in the prior art
The detection of heating tape bulk temperature is normal and middle section is likely to occur not hot drawback, therefore, electric tracing provided in this embodiment
Band realizes and changes detecting that electric-heating belt is normal or the purpose of failure according to electric-heating belt self color, substantially increases and patrol
Efficiency and inspection quality are examined, it is not comprehensive and inaccurate to solve detection when existing electric tracing detection device detects electric tracing
The technical issues of.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is
Some embodiments of the utility model, for those of ordinary skill in the art, in the premise of not making the creative labor property
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the schematic diagram of the section structure for the electric-heating belt that the utility model embodiment one provides；
Fig. 2 is the schematic diagram of the section structure of the electric-heating belt that the utility model embodiment one provides and pipeline；
Fig. 3 is the schematic diagram of the section structure for the electric-heating belt that the utility model embodiment two provides.
Description of symbols:
Heat discoloration layer -10；
Electric-heating belt ontology -20；
Pipeline -30；
Heat-conducting layer -21.
Specific embodiment
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model
Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to
The range of the utility model protection.
Embodiment one
Fig. 1 is the schematic diagram of the section structure for the electric-heating belt that the utility model embodiment one provides, and Fig. 2 is the utility model
The schematic diagram of the section structure of electric-heating belt and pipeline that embodiment one provides.
Electric-heating belt provided in this embodiment can be located on the outer surface of pipeline, be mended by direct or indirect heat exchange
It fills by the heat loss of heat tracing pipeline, to reach heating, heat preservation or antifreeze job requirement.
Wherein, by being coated with one layer of heat discoloration in electric-heating belt ontology in electric-heating belt provided in this embodiment
Layer, heat discoloration layer change colour according to the temperature change of electric-heating belt ontology, i.e. the temperature change transformation of electric-heating belt ontology
It is shown for color, such testing staff just can judge whether electric-heating belt is normal according to the color change of heat discoloration layer
Work, to achieve the purpose that electric-heating belt fault detection, therefore, electric-heating belt provided in this embodiment carries fault detection
Function, patrol officer can be assisted convenient for the electric-heating belt of discovery damage in time, the routing inspection efficiency greatly improved and inspection matter
Amount improves safety in production level.
In the present embodiment, as shown in Figure 1, electric-heating belt includes: electric-heating belt ontology 20 and is coated on electric-heating belt sheet
Body 20 is outer and can be used for the heat discoloration layer 10 that temperature change changes colour, heat discoloration layer 10 according to electric-heating belt ontology
20 temperature change changes colour, and such patrol officer just can detect electric-heating belt according to the color that heat discoloration layer 10 is shown
Whether work normally, specifically, the temperature of electric-heating belt ontology 20 has reached temperature-sensitive change when electric-heating belt ontology 20 works normally
The discoloring temperature of chromatograph 10, at this point, heat discoloration layer 10 can change colour according to the temperature of electric-heating belt ontology 20, heat discoloration
Layer 10 shows a kind of color, and when breaking down on electric-heating belt ontology 20, the temperature of fault zone is lower than heat discoloration layer 10
Discoloring temperature, heat discoloration layer 10 will not change colour at this time, and heat discoloration layer 10 is restored to by the color after changing colour and is not sent out
Change color when color, wherein color when heat discoloration layer 10 does not change colour can be the face of heat discoloration layer 10 itself
Color, the different colours that such patrol officer shows according to heat discoloration layer 10 just can judge the working condition of electric-heating belt, example
Such as when the color of heat discoloration layer 10 itself is black, when discoloration, the color that heat discoloration layer 10 is shown is green, such inspection
Personnel then judge that the temperature of electric-heating belt is normal, if inspection if it is observed that when the entire outer surface of electric-heating belt is green
Personnel in green area if it is observed that have black region, then black on the electric-heating belt of surface on the outer surface of electric-heating belt
The temperature of the corresponding position in region is abnormal, and the electric-heating belt at this breaks down, and can not work normally, the present embodiment
In, since electric-heating belt can change colour, such patrol officer especially at night inspection when, can be easily to electric tracing
The state of band is detected, and is very easy to find the fault zone on electric-heating belt, greatly reduces the work of patrol officer
Amount, inspection process are time saving and labor saving.
Wherein, in the present embodiment, heat discoloration layer 10 is arranged in the entire outer surface of electric-heating belt, such heat discoloration layer
10 can change colour according to the temperature change of any one position on electric-heating belt, i.e., each position is ok on electric-heating belt
It is detected by warm photochromic layer, and in the prior art, when electric-heating belt length is longer, by checking electric tracing in distribution box
The temperature of band when detecting electric-heating belt, often will appear that the detection of electric-heating belt bulk temperature is normal and middle section may not
Therefore compared with prior art, there is electricity in heat when avoiding in the prior art by checking distribution box temperature detection electric-heating belt
The detection of heating tape bulk temperature is normal and middle section is likely to occur not hot drawback, in the present embodiment, each of electric-heating belt
Region can be detected, so realizing the comprehensive and accurate detection mesh to electric-heating belt whole region in the present embodiment
, moreover, when detecting to electric-heating belt, only need to check that the color change of electric-heating belt just can detect electric companion in the present embodiment
Whether the torrid zone works normally, and substantially increases routing inspection efficiency and inspection quality in this way, while improving safety in production level.
Wherein, the electric-heating belt provided in the present embodiment is on pipeline 30 in use, as shown in Fig. 2, being specially by electric companion
The torrid zone carries out winding in the outer surface of pipeline 30, wherein electric-heating belt can be in the appearance face interval winding of pipeline, or electric companion
The torrid zone can all cover the outer surface of pipeline, and distribution situation of the electric-heating belt outside pipeline is with specific reference to ambient temperature
It is set, such as when ambient temperature is lower, then electric-heating belt can all cover the outer surface of pipeline, to guarantee
Flow media in pipeline keeps reasonable technological temperature, and when ambient temperature is not very low, then electric-heating belt can be by pipeline
Outer surface part covered, mainly can guarantee that flow media in pipeline keeps reasonable technological temperature.
Wherein, the temperature in the present embodiment, when the discoloring temperature of heat discoloration layer 10 is worked normally with specific reference to electric-heating belt
Degree is set, such as temperature when electric-heating belt normal work is 35 DEG C -40 DEG C, then the discoloration for the heat discoloration layer 10 selected
Temperature can be 35 DEG C -40 DEG C, and in this way when electric-heating belt temperature is lower than 35 DEG C, heat discoloration layer 10 is without discoloration, only
When electric-heating belt temperature reaches 35 DEG C, heat discoloration layer 10 just starts to change colour, the color shown in this way according to heat discoloration layer 10
Just it can judge the temperature conditions of electric-heating belt.
Wherein, in the present embodiment, the discoloration of heat discoloration layer 10 is reversible, the i.e. temperature change that reaches heat discoloration layer 10
When color temperature, heat discoloration layer 10 changes colour, when temperature is lower than the discoloring temperature of heat discoloration layer 10, then heat discoloration layer
10 are restored to color when not changing colour, i.e. heat discoloration layer 10 may return to original color.
Wherein, in the present embodiment, the structure of electric-heating belt ontology 20 can refer to existing electric-heating belt, in the present embodiment
The electric-heating belt of offer is that heat discoloration layer, such electric tracing is made using thermo-sensitive material in the outermost layer of existing electric-heating belt
The outermost layer of band can change colour according to the temperature change of electric-heating belt itself, convert face for the temperature change of electric-heating belt
Color change, so that the detection of electric-heating belt is more intuitively and conveniently.
The electric-heating belt of the present embodiment offer, by including electric-heating belt ontology 20 and being coated on electric-heating belt ontology
It and can be with the heat discoloration layer 10 that temperature change changes colour outside 20, so that the electric-heating belt outer surface of the application has
The heat discoloration layer 10 of one layer of changeable colour, when the temperature of the electric-heating belt ontology 20 in electric-heating belt changes, temperature-sensitive becomes
Chromatograph 10 changes the color of electric-heating belt outer surface according to the temperature change of electric-heating belt ontology 20, and such patrol officer is to electric companion
When the torrid zone is checked, the color change that need to only observe electric-heating belt outer surface just can judge whether electric-heating belt works just
Often, so that inspection process was not only simple but also efficient, to substantially increase routing inspection efficiency and inspection quality, safety in production water is improved
It is flat, and heat discoloration layer 10 is coated on the entire outer surface of electric-heating belt ontology 20, has been achieved whole to electric-heating belt
The purpose that each position of a outer surface is detected, avoids and detects electricity by checking distribution box temperature in the prior art
Occur that the detection of electric-heating belt bulk temperature is normal when heating tape and middle section is likely to occur not hot drawback, therefore, this implementation
The electric-heating belt that example provides realizes and changes that electric-heating belt is normal or the mesh of failure to detect according to electric-heating belt self color
, routing inspection efficiency and inspection quality are substantially increased, solves detection when existing electric tracing detection device detects electric tracing
Not comprehensive and inaccurate technical problem.
Further, on the basis of the above embodiments, in the present embodiment, heat discoloration layer 10 is using heat-sensitive variable colour material
Expect the coating being fabricated, i.e., in the present embodiment, the material of heat discoloration layer 10 is specially thermosensitive chromotropic material, wherein temperature-sensitive
Off-color material is specially polychromatic fibre, wherein polychromatic fibre specifically can be by being filled to fibre for heat-sensitive variable colour agent
Dimension is internal to be made, or the vinyl chloride-base polymer solution of the microcapsules containing heat-sensitive variable colour can also be applied to fiber surface, and through heat
Processing makes solution gelled to obtain reversible heat-sensitive variable colour effect, wherein in the present embodiment, heat discoloration layer 10 can be
Different colours are shown under different temperatures, i.e. heat discoloration layer 10 can carry out the variation of multiple color, for example, electric-heating belt is normal
Temperature when work is 35 DEG C -40 DEG C, then the discoloring temperature for the heat discoloration layer 10 selected can be 35 DEG C -40 DEG C and 25
DEG C -35 DEG C, in this way when electric-heating belt temperature reaches 35 DEG C, then heat discoloration layer 10 occurs to change colour for the first time, works as electric-heating belt
Lower than 35 DEG C and when being greater than 25 DEG C, heat discoloration layer 10 occurs second and changes colour temperature, when electric-heating belt temperature is lower than 25 DEG C,
Heat discoloration layer 10 is restored to color when not changing colour, for example, when electric-heating belt temperature is lower than 25 DEG C, heat discoloration layer
10 be black (not changing colour), and when electric-heating belt temperature reaches 25 DEG C, heat discoloration layer 10 becomes red from black, works as electricity
When heating tape temperature reaches 35 DEG C, heat discoloration layer 10 becomes green from red, in the course of work, if electric-heating belt is certain
Regional temperature is lower than 35 DEG C and when being greater than 25 DEG C, then heat discoloration layer 10 becomes red from green, i.e. the temperature of electric-heating belt is low
In electrically heat tracing normal temperature, but do not reach the Faulty Temperature of electric-heating belt also, if some regions temperature of electric-heating belt
When lower than 25 DEG C, then heat discoloration layer 10 becomes black from red, shows that electric-heating belt can not work normally at this time, is in failure
State, in this way, patrol officer in the detection process as discovery red area can judge the region lower than it is electrically heat tracing just
Normal operating temperature, but the Faulty Temperature of not up to electric-heating belt, play reminding effect to the malfunction of electric-heating belt in this way,
Prepare to carry out maintenance in advance, i.e., in the present embodiment, heat discoloration layer 10, which carries out discoloration in different temperatures, can make inspection
Personnel can know the malfunction of electric-heating belt in advance.
Wherein, in the present embodiment, thermosensitive chromotropic material is specifically as follows inorganic thermosensitive chromotropic material, and liquid crystal type temperature-sensitive becomes
Color material or organic thermosensitive chromotropic material, wherein inorganic thermosensitive chromotropic material is mainly transistion metal compound, has generation
The compound of table is the double salt of mercuric iodixde, such as Cu2HgI4And Ag2HgI4, become black and 50.7 from red at 70.6 DEG C respectively
DEG C become red from yellow, this is because caused by they undergo phase transition under distinct temperature, the water of many transistion metal compounds
Thermo-color, such as CoCl also occur for solution2Solution is pink at 25 DEG C, is heated to become skipper at 75 DEG C, this is because matching
Position body geometry variation or dehydration caused by, inorganic thermosensitive chromotropic material can be single compound, be also possible to by
The mixture of various ingredients composition, the appropriate temperature for changing proportion and being also adjustable discoloration.
Wherein, in liquid crystal type thermosensitive chromotropic material, cholesteryl liquid crystal has layered molecular structure, and molecular long axis is mutual in layer
In parallel, each layer molecule axial direction and adjacent bed molecule are axially all slightly displaced from, so that liquid crystal molecule structure in the shape of a spiral, thus show
Unique optical property, it occurs selective absorbing to white light and reflects the polarised lights of certain wavelength, surface reflection and penetrates two
The light of kind different colours, and color can change with elongating or shortening for helical structure, helical structure is to extraneous factor (such as temperature
Degree) it is very sensitive, the flexible of it changes with temperature.Therefore, cholesteric can be in a certain temperature range, with the change of temperature
Change, reversible colour developing, organic thermosensitive chromotropic material are carried out in entire visible-range
Wherein, the organic compound quantity with heat-sensitive variable colour is more, can be divided into triarylmethane compound, Material of Fluoran, spiral shell pyrrole
Class of muttering etc., they mostly due to medium soda acid variation and cause molecule structure change, to generate the variation of color, also have by
Heat generates structure change.The discoloration key of such material is that a carbon atom is by sp in system3Hybrid state switchs to sp2Miscellaneous zization
State, the π system transition being originally spaced are complete big π system, absorption spectrum Einstein shift, so that compound be made to become having from colourless
Color.
Wherein, it should be noted that in the present embodiment, the material of heat discoloration layer 10 includes but is not limited to heat-sensitive variable colour material
Material is outer, the material that can also can be changed colour using other.
Further, on the basis of the above embodiments, in the present embodiment, thermosensitive chromotropic material is arranged by coating method
On the outer surface of electric-heating belt ontology 20, specifically, thermosensitive chromotropic material is coated on electric-heating belt ontology using coating machine
On 20 outer surface, heat discoloration layer 10 in homogeneous thickness is formed, heat discoloration layer 10 is by the outer surface of electric-heating belt ontology 20
All covered.
Further, on the basis of the above embodiments, in the present embodiment, thermosensitive chromotropic material passes through vapor deposition or chemical gas
Phase depositional mode is formed on the outer surface of electric-heating belt ontology 20, specifically, passing through thermosensitive chromotropic material in the present embodiment
Vapor deposition, chemical vapor deposition or sputtering mode are deposited on the outer surface of electric-heating belt ontology 20, form heat discoloration layer 10,
Wherein, vapor deposition refers specifically in vacuum environment, and material is heated and is plated on substrate referred to as vacuum evaporation, or cries vacuum coating,
Chemical vapour deposition technique is using gaseous pioneer's reactant, by atom, intermolecular chemical reaction, so that in gaseous precursor
Certain ingredient breakdowns, and film is formed on matrix, chemical vapor deposition includes that aumospheric pressure cvd, plasma are auxiliary
Chemical deposition, Laser-assisted chemical deposition, metallo-organic compound deposition etc. are helped, sputters mode, wherein in the present embodiment, remove
Outside using vapor deposition or chemical vapor deposition manner, thermosensitive chromotropic material can also be deposited on using physical vapour deposition (PVD) mode
On the outer surface of electric-heating belt ontology 20, heat discoloration layer 10 is formed.
Further, on the basis of the above embodiments, in the present embodiment, heat discoloration layer 10 be can vary with temperature and
The film of discoloration, film are fitted on the outer surface of electric-heating belt ontology 20 by bonding mode, thermosensitive chromotropic material are made
Film, then on the outer surface that film is fitted in electric-heating belt ontology 20 by bonding mode, for example, in electric-heating belt sheet
Adhesive glue is set on the outer surface of body 20, and film is fitted on the outer surface of electric-heating belt ontology 20 by adhesive glue.
The electric-heating belt of the present embodiment offer, by including electric-heating belt ontology 20 and being coated on electric-heating belt ontology
It and can be with the heat discoloration layer 10 that temperature change changes colour outside 20, so that the electric-heating belt outer surface of the application has
The heat discoloration layer 10 of one layer of changeable colour, when the temperature of the electric-heating belt ontology 20 in electric-heating belt changes, temperature-sensitive becomes
Chromatograph 10 changes the color of electric-heating belt outer surface according to the temperature change of electric-heating belt ontology 20, and such patrol officer is to electric companion
When the torrid zone is checked, the color change that need to only observe electric-heating belt outer surface just can judge whether electric-heating belt works just
Often, so that inspection process was not only simple but also efficient, to substantially increase routing inspection efficiency and inspection quality, safety in production water is improved
It is flat, and heat discoloration layer 10 is coated on the entire outer surface of electric-heating belt ontology 20, has been achieved whole to electric-heating belt
The purpose that each position of a outer surface is detected, avoids and detects electricity by checking distribution box temperature in the prior art
Occur that the detection of electric-heating belt bulk temperature is normal when heating tape and middle section is likely to occur not hot drawback, therefore, this implementation
The electric-heating belt that example provides realizes and changes that electric-heating belt is normal or the mesh of failure to detect according to electric-heating belt self color
, routing inspection efficiency and inspection quality are substantially increased, solves detection when existing electric tracing detection device detects electric tracing
Not comprehensive and inaccurate technical problem.
Further, on the basis of the above embodiments, in the present embodiment, heat discoloration layer 10 is heat-sensitive colour-changing ink
Layer, i.e., heat discoloration layer 10 is the ink layer formed using heat-sensitive colour-changing ink, wherein heat-sensitive colour-changing ink layer passes through silk-screen side
Formula is formed on the outer surface of electric-heating belt ontology 20, i.e., heat-sensitive colour-changing ink is located at electric-heating belt ontology 20 by silk-screen mode
Outer surface on.
The electric-heating belt of the present embodiment offer, by including electric-heating belt ontology 20 and being coated on electric-heating belt ontology
It and can be with the heat discoloration layer 10 that temperature change changes colour outside 20, so that the electric-heating belt outer surface of the application has
The heat discoloration layer 10 of one layer of changeable colour, when the temperature of the electric-heating belt ontology 20 in electric-heating belt changes, temperature-sensitive becomes
Chromatograph 10 changes the color of electric-heating belt outer surface according to the temperature change of electric-heating belt ontology 20, and such patrol officer is to electric companion
When the torrid zone is checked, the color change that need to only observe electric-heating belt outer surface just can judge whether electric-heating belt works just
Often, so that inspection process was not only simple but also efficient, to substantially increase routing inspection efficiency and inspection quality, safety in production water is improved
It is flat, and heat discoloration layer 10 is coated on the entire outer surface of electric-heating belt ontology 20, has been achieved whole to electric-heating belt
The purpose that each position of a outer surface is detected, avoids and detects electricity by checking distribution box temperature in the prior art
Occur that the detection of electric-heating belt bulk temperature is normal when heating tape and middle section is likely to occur not hot drawback, therefore, this implementation
The electric-heating belt that example provides realizes and changes that electric-heating belt is normal or the mesh of failure to detect according to electric-heating belt self color
, routing inspection efficiency and inspection quality are substantially increased, solves detection when existing electric tracing detection device detects electric tracing
Not comprehensive and inaccurate technical problem.
Further, on the basis of the above embodiments, in the present embodiment, the temperature of electric-heating belt ontology 20 is higher than or waits
When preset temperature, heat discoloration layer 10 shows the first color, when the temperature of electric-heating belt band body is lower than preset temperature, temperature-sensitive
Photochromic layer 10 shows the second color, wherein preset temperature be specially electric-heating belt it is working properly when corresponding temperature, such as can
Think 50 DEG C -60 DEG C, in this way when the temperature of electric-heating belt ontology 20 is greater than or equal to 50 DEG C, then heat discoloration layer 10 changes colour simultaneously
The first color is shown, when the temperature of electric-heating belt ontology 20 is lower than 50 DEG C, heat discoloration layer 10 is become from the first color
Second color is shown as the second color.
Wherein, in the present embodiment, the first color is specially green, and the second color is red, alternatively, the first color is green
Color, the second color is the taint-free color of heat discoloration layer 10, i.e., when the temperature of electric-heating belt ontology 20 is lower than preset temperature, sense
Warm photochromic layer 10 is restored to color when not changing colour.
The electric-heating belt of the present embodiment offer is greater than or equal to preset temperature by the temperature of electric-heating belt ontology 20
When, heat discoloration layer 10 shows the first color, and when the temperature of electric-heating belt band body is lower than preset temperature, heat discoloration layer 10 is aobvious
Show the second color, when such patrol officer checks electric-heating belt, need to only observe the color change of electric-heating belt outer surface
Just can judge whether electric-heating belt is working properly, so that inspection process is not only simple but also efficient, to substantially increase inspection effect
Rate and inspection quality improve safety in production level, and heat discoloration layer 10 is coated on the entire outer of electric-heating belt ontology 20
On surface, the purpose detected to each position of the entire outer surface of electric-heating belt is achieved, has avoided existing skill
Occur when checking distribution box temperature to detect electric-heating belt in art the detection of electric-heating belt bulk temperature it is normal and middle section
It is likely to occur not hot drawback, therefore, electric-heating belt provided in this embodiment realizes and changes according to electric-heating belt self color
Electric-heating belt is normal or the purpose of failure detecting, and substantially increases routing inspection efficiency and inspection quality, solves existing electric companion
Not comprehensive and inaccurate technical problem is detected when heat detecting device detects electric tracing.
Further, on the basis of the above embodiments, in the present embodiment, heat discoloration layer 10 with a thickness of 0.1mm-
10mm, for example, the thickness of heat discoloration layer 10 can be 0.2mm or 0.3mm etc., since the thickness of heat discoloration layer 10 is thicker
When on the one hand influence heat transfer between electric-heating belt ontology 20 and pipeline 30, the thickness of other end heat discoloration layer 10 is thicker
When, increase the weight of electric-heating belt, therefore, in the present embodiment, 10 thickness of heat discoloration layer is set with specific reference to actual demand
It is fixed.
Further, on the basis of the above embodiments, in the present embodiment, since heat discoloration layer 10 is electric-heating belt
Outmost one layer, and heat discoloration layer 10 is made of thermosensitive chromotropic material, so in order to be protected to thermosensitive chromotropic material,
In the present embodiment, the protective layer of layer of transparent can be set outside heat discoloration layer 10, it so both will not be to heat discoloration layer 10
Color impact, while can also play a protective role to heat discoloration layer 10, wherein in the present embodiment, protective layer tool
Body can be formed using transparent adhesive tape, specifically, transparent adhesive tape can be covered on heat discoloration layer 10.
Embodiment two
Fig. 3 is the schematic diagram of the section structure for the electric-heating belt that the utility model embodiment two provides.
In the present embodiment, since heat discoloration layer 10 is become by perceiving the temperature change of electric-heating belt ontology 20
Color, thus between heat discoloration layer 10 and electric-heating belt ontology 20 if there is gap when, then can make heat discoloration layer 10
There is deviation in discoloration and the temperature change of electric-heating belt ontology 20, cause in this way according to the color change of heat discoloration layer 10 come pair
Occur the situation of judgement inaccuracy when the work of electric-heating belt ontology 20 judges, for this purpose, in the present embodiment, electric-heating belt ontology 20
It is set to heat-conducting layer 21 between heat discoloration layer 10, heat discoloration layer 10 can be made accurately to perceive by heat-conducting layer 21 in this way
To the actual temperature of electric-heating belt ontology 20, so that being the practical temperature of electric-heating belt ontology 20 when heat discoloration layer 10 changes colour
Degree, so that the color change of heat discoloration layer 10 can accurately reflect the working condition of electric-heating belt.
The electric-heating belt of the present embodiment offer, by including electric-heating belt ontology 20 and being coated on electric-heating belt ontology
It and can be with the heat discoloration layer 10 that temperature change changes colour outside 20, so that the electric-heating belt outer surface of the application has
The heat discoloration layer 10 of one layer of changeable colour, when the temperature of the electric-heating belt ontology 20 in electric-heating belt changes, temperature-sensitive becomes
Chromatograph 10 changes the color of electric-heating belt outer surface according to the temperature change of electric-heating belt ontology 20, and such patrol officer is to electric companion
When the torrid zone is checked, the color change that need to only observe electric-heating belt outer surface just can judge whether electric-heating belt works just
Often, so that inspection process was not only simple but also efficient, to substantially increase routing inspection efficiency and inspection quality, safety in production water is improved
It is flat, and heat discoloration layer 10 is coated on the entire outer surface of electric-heating belt ontology 20, has been achieved whole to electric-heating belt
The purpose that each position of a outer surface is detected, avoids and detects electricity by checking distribution box temperature in the prior art
Occur that the detection of electric-heating belt bulk temperature is normal when heating tape and middle section is likely to occur not hot drawback, therefore, this implementation
The electric-heating belt that example provides realizes and changes that electric-heating belt is normal or the mesh of failure to detect according to electric-heating belt self color
, routing inspection efficiency and inspection quality are substantially increased, solves detection when existing electric tracing detection device detects electric tracing
Not comprehensive and inaccurate technical problem.
Meanwhile by being set to heat-conducting layer 21 between electric-heating belt ontology 20 and heat discoloration layer 10, so that temperature-sensitive
Photochromic layer 10 accurately perceives the actual temperature of electric-heating belt ontology 20, so that being electric companion when heat discoloration layer 10 changes colour
The actual temperature of tropical ontology 20, it is ensured that the accurate detection of 10 pairs of electric-heating belt of heat discoloration layer.
In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width
Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" etc. refer to
The orientation or positional relationship shown be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description the utility model and
Simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific orientation construction
And operation, therefore should not be understood as limiting the present invention.
In the description of the present invention, it should be understood that term " includes " used herein and " having " and
Their any deformation, it is intended that cover it is non-exclusive include, for example, containing the process of a series of steps or units, side
Method, system, product or equipment those of are not necessarily limited to be clearly listed step or unit, but may include being not clearly listed
Or other step or units intrinsic for these process, methods, product or equipment.
Unless otherwise clearly defined and limited, term " installation ", " connected ", " connection ", " fixation " etc. should do broad sense reason
Solution, such as may be a fixed connection, it may be a detachable connection, or be integrally formed；It can be directly connected, can also pass through
Intermediary is indirectly connected, and can make the connection inside two elements or the interaction relationship of two elements.For this field
Those of ordinary skill for, can understand the concrete meaning of above-mentioned term in the present invention as the case may be.In addition,
Term " first ", " second " etc. are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance or implicit finger
The quantity of bright indicated technical characteristic.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of electric-heating belt, which is characterized in that the electric-heating belt includes:
Electric-heating belt ontology and to be coated on the electric-heating belt sheet external and can be with the temperature-sensitive change that temperature change changes colour
Chromatograph, the heat discoloration layer according to the temperature change of the electric-heating belt ontology for changing colour, so that personnel's root is patrolled in inspection
The color change shown according to the heat discoloration layer check electric-heating belt whether failure.
2. electric-heating belt according to claim 1, which is characterized in that the heat discoloration layer is using thermosensitive chromotropic material
The coating being fabricated.
3. electric-heating belt according to claim 2, which is characterized in that the thermosensitive chromotropic material is arranged by coating method
On the outer surface of the electric-heating belt ontology.
4. electric-heating belt according to claim 2, which is characterized in that the thermosensitive chromotropic material passes through vapor deposition or chemical gas
Phase depositional mode is arranged on the outer surface of the electric-heating belt ontology.
5. electric-heating belt according to claim 1, which is characterized in that the heat discoloration layer is that can vary with temperature and become
The film of color, the film are fitted on the outer surface of the electric-heating belt ontology by bonding mode.
6. electric-heating belt according to claim 1, which is characterized in that the heat discoloration layer is heat-sensitive colour-changing ink layer,
And the heat-sensitive colour-changing ink layer is formed on the outer surface of the electric-heating belt ontology by silk-screen mode.
7. -6 any electric-heating belt according to claim 1, which is characterized in that the temperature of the electric-heating belt ontology is higher than
Or when being equal to preset temperature, the heat discoloration layer shows the first color, and the temperature of the electric-heating belt ontology is lower than default temperature
When spending, the heat discoloration layer shows the second color.
8. electric-heating belt according to claim 7, which is characterized in that first color is green, second color
For red.
9. -6 any electric-heating belt according to claim 1, which is characterized in that the electric-heating belt ontology and the temperature-sensitive
Heat-conducting layer is set between photochromic layer.
10. -6 any electric-heating belt according to claim 1, which is characterized in that the heat discoloration layer with a thickness of
0.1mm-10mm。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821207401.4U CN208597185U (en) | 2018-07-27 | 2018-07-27 | A kind of electric-heating belt |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821207401.4U CN208597185U (en) | 2018-07-27 | 2018-07-27 | A kind of electric-heating belt |
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| Publication Number | Publication Date |
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| CN208597185U true CN208597185U (en) | 2019-03-12 |
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ID=65603858
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| CN (1) | CN208597185U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112038741A (en) * | 2020-08-31 | 2020-12-04 | 江苏艾力升电缆有限公司 | Novel insulating radio frequency cable that danger prevention ability is strong |
-
2018
- 2018-07-27 CN CN201821207401.4U patent/CN208597185U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112038741A (en) * | 2020-08-31 | 2020-12-04 | 江苏艾力升电缆有限公司 | Novel insulating radio frequency cable that danger prevention ability is strong |
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