CN209197908U - A kind of novel electron temperature measuring set - Google Patents

Abstract

The utility model discloses a kind of novel electron temperature measuring sets, including electron temperature detector ontology, electron temperature detector shell is installed on the outside of the electron temperature detector ontology, the front end face of the electron temperature detector ontology is equipped with electron temperature detector display screen and operation panel, operation panel is installed below the electron temperature detector display screen, the upper surface of the electron temperature detector ontology is equipped with laser range finder, amasthenic lens and basher, the side of the amasthenic lens is equipped with laser range finder, the other side of the amasthenic lens is equipped with basher, the lower end surface of the electron temperature detector ontology is equipped with Heavy Light, USB interface and buzzer, the side of the USB interface is equipped with Heavy Light, the other side of the USB interface is equipped with buzzer.The utility model structure is simple, and it is convenient to place, good heat dissipation effect, and the anti-bending performance of waterproof shatter-resistant is high.

Description

A kind of novel electron temperature measuring set

Technical field

The utility model relates to electronic temperature measurement instrument technical field, specially a kind of novel electron temperature measuring set.

Background technique

Temperature measurer is one kind of thermometer, with the principle of infrared transmission number come sense object surface temperature, operates ratio More convenient, the especially measurement of high temp objects is widely used, such as steel casting, furnace temperature, machine parts, glass and room temperature, body temperature The measurement of various body surface temperature, at present with it is more be infrared radiation thermometer, infrared radiation thermometer is by optical system, photoelectricity The part such as detector, signal amplifier and signal processing, display output forms, and optical system converges the Infrared Targets in its visual field The size of radiation energy, visual field determines that focus infrared energy is on photodetector by the optical element and its position of temperature measurer And it is changed into corresponding electric signal, which passes through amplifier and signal processing circuit, and according to the algorithm and mesh of instrument internal Be changed into the temperature value of measured target after mark emissivity correction, with the development of science and technology with the needs of modern industrial technology, Thermometry is also continuously improved and is improved, and since temperature-measuring range is more and more wider, according to different requirements, and produces different need The temperature measuring device wanted, have high temperature thermometer, resistance thermometer, dial thermometer, glass thermometer, rotary thermometer, Thermocouple thermometer, flash ranging thermometer etc..

But existing electronic temperature measurement instrument is inconvenient to place, heat dissipation effect is bad, and the anti-bending performance of waterproof shatter-resistant is not It is good；Therefore, it is unsatisfactory for existing demand, we have proposed a kind of novel electron temperature measuring sets to this.

Utility model content

The purpose of this utility model is to provide a kind of novel electron temperature measuring sets, to solve to mention in above-mentioned background technique The problems such as existing electronic temperature measurement instrument out is inconvenient to place, and heat dissipation effect is bad, and the anti-bending performance of waterproof shatter-resistant is bad.

To achieve the above object, the utility model provides the following technical solutions: a kind of novel electron temperature measuring set, including Electron temperature detector ontology is equipped with electron temperature detector shell on the outside of the electron temperature detector ontology, described The front end face of electron temperature detector ontology is equipped with electron temperature detector display screen and operation panel, the electron temperature detection Operation panel is installed, the upper surface of the electron temperature detector ontology is equipped with laser range finder, gathers below instrument display screen Zoom lens and basher, the side of the amasthenic lens are equipped with laser range finder, the other side peace of the amasthenic lens Equipped with basher, the lower end surface of the electron temperature detector ontology is equipped with Heavy Light, USB interface and buzzing Device, the side of the USB interface are equipped with Heavy Light, and the other side of the USB interface is equipped with buzzer, the electricity Be provided with electronic component storehouse on the inside of sub- temperature monitor ontology, partition be installed below the electronic component storehouse, it is described every Lithium battery bin is provided with below plate, the inside of the lithium battery bin is equipped with lithium battery, and there are four lithium batteries, the lithium battery Outside lithium battery support base is installed, the upper surface of the electron temperature detector shell be provided with little groove, big groove and Square groove first, the side of the big groove are provided with little groove, and the other side of the big groove is provided with square groove first, institute The lower end surface for stating electron temperature detector shell is provided with square groove second, strip groove first and strip groove second, the bar shaped The side of groove first is provided with square groove second, and the other side of the strip groove first is provided with strip groove second, the electronics Inverted L shape convex block, the lower section setting of the electron temperature detector shell side are installed above temperature monitor shell side There is thermovent, there are three thermovents, and the other side of the electron temperature detector shell is provided with lanyard slot, the lanyard slot Outside is equipped with electron temperature detector lanyard, and the two sides of the electron temperature detector shell are mounted on anti-skidding little particle, Anti-skidding little particle is uniformly distributed, and is equipped with rubber suction cups, the electronics above the electron temperature detector outer casing back face It is provided with circular groove below temperature monitor outer casing back face, the inside of the circular groove is equipped with shaft, and described turn The outer surface of axis is equipped with flabellum, and there are three flabellums, is equipped with dust cover for fan on the outside of the flabellum.

Preferably, the inside of the electron temperature detector ontology be equipped with waterproof coating, counter-bending layer, high-temperature-resistant layer and Buffer layer, the side of the waterproof coating are equipped with counter-bending layer, and the side of the counter-bending layer is equipped with high-temperature-resistant layer, described The side of high-temperature-resistant layer is equipped with buffer layer, the inside of the counter-bending layer be equipped with polyvinyl resin layer, glass layer and Carbon fiber layer is equipped with polyvinyl resin layer above the glass layer, is equipped with carbon below the glass layer Fibrous layer, the inside of the buffer layer are equipped with silicon rubber layer.

Preferably, the electron temperature detector ontology is internally provided with threaded hole, the lithium battery and electron temperature Detector ontology is connected by screw to.

Preferably, one end of the inverted L shape convex block is bonded completely with electron temperature detector shell, and inverted L shape convex block with Electron temperature detector shell is by being welded and fixed.

Preferably, one end of the flabellum extends to the inside of shaft, and flabellum is connected by screw to shaft.

Preferably, the side of the rubber suction cups is bonded completely with electron temperature detector shell, and rubber suction cups and electricity Sub- temperature monitor shell is connected by a snap.

Preferably, the little groove and laser range finder are located at same axis, and the big groove and amasthenic lens are located at same One axis, the basher and square groove first are located at same axis, and the strip groove second is located at same with buzzer Axis, the strip groove first and USB interface are located at same axis, and the square groove second and Heavy Light are located at same axis Line.

Preferably, the upper surface of the electron temperature detector ontology is provided with threaded hole, the basher and electricity Sub- temperature monitor ontology is connected by internal screw thread.

Preferably, the outer surface of the silicon rubber layer is bonded completely with buffer layer, and buffer layer and silicon rubber layer are logical Cross grafting glue connection.

Preferably, the side of the waterproof coating is bonded completely with the side of counter-bending layer, and counter-bending layer and waterproof apply Layer passes through grafting glue connection.

Compared with prior art, the utility model has the beneficial effects that

1, the utility model is by being provided with lanyard slot, the outside peace of lanyard slot in the side of electron temperature detector shell Equipped with electron temperature detector lanyard, facilitate the suspension of device；

2, the utility model is convenient by being equipped with inverted L type convex block above the electron temperature detector shell other side The placement of device；

3, the utility model facilitates device by being provided with rubber suction cups in the rear end face of electron temperature detector shell It places；

4, the utility model is by being provided with circular groove in the rear end face of electron temperature detector shell, circular groove Inside is equipped with shaft, and there are three flabellums for the outer surface installation of shaft, is conducive to device radiation, by detecting in electron temperature There are three thermovents for the side setting of instrument shell, further increase radiating efficiency, improve the service life of device；

5, the utility model is conducive to make by being mounted on anti-skidding little particle in the two sides of electron temperature detector shell User is hand-held；

6, the utility model is by being provided with lithium battery bin on the inside of electron temperature detector ontology, lithium battery bin There are four lithium batteries for inside installation, use the time after being conducive to the full electricity of raising device storage；

7, the utility model is conducive to improve dress by being equipped with waterproof coating in the inside of electron temperature detector ontology The waterproof performance set；

8, the utility model is by being equipped with counter-bending layer in the inside of electron temperature detector ontology, counter-bending layer Inside is equipped with polyvinyl resin layer, glass layer and carbon fiber layer, is conducive to the bending resistance for improving device；

9, the utility model is conducive to improve dress by being equipped with high-temperature-resistant layer in the inside of electron temperature detector ontology The high temperature resistance set；

10, the utility model is by being equipped with buffer layer, the inside of buffer layer in the inside of electron temperature detector ontology Silicon rubber layer is installed, the crash resistance for improving device is conducive to；

11, the utility model is by being equipped with basher, electron temperature in electron temperature detector ontology upper surface The lower end surface of detector ontology is equipped with Heavy Light, convenient use device when dark.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model entirety；

Fig. 2 is the partial structural diagram of the utility model entirety；

Fig. 3 is the rearview of the utility model entirety；

Fig. 4 is the side view of the utility model entirety；

Fig. 5 is the inside structure schematic diagram of the utility model electron temperature detector ontology；

Fig. 6 is the schematic diagram of internal structure of the utility model electron temperature detector ontology.

In figure: 1, electron temperature detector ontology；2, electron temperature detector shell；3, operation panel；4, electron temperature is examined Survey instrument lanyard；5, electron temperature detector display screen；6, little groove；7, laser range finder；8, inverted L shape convex block；9, big groove； 10, amasthenic lens；11, basher；12, square groove first；13, lanyard slot；14, square groove second；15, large-scale illumination Lamp；16, strip groove first；17, USB interface；18, strip groove second；19, buzzer；20, rubber suction cups；21, shaft；22, Circular groove；23, flabellum；24, dust cover for fan；25, anti-skidding little particle；26, thermovent；27, electronic component storehouse；28, partition； 29, lithium battery；30, lithium battery bin；31, lithium battery support base；32, waterproof coating；33, counter-bending layer；34, polyvinyl resin Layer；35, glass layer；36, carbon fiber layer；37, high-temperature-resistant layer；38, buffer layer；39, silicon rubber layer.

Specific embodiment

In the technical program:

5, electron temperature detector display screen；6, little groove；7, laser range finder；8, inverted L type convex block；9, big groove； 10, amasthenic lens；11, basher；32, waterproof coating；33, counter-bending layer；34, polyvinyl resin layer；35, glass fibers Tie up layer；36, carbon fiber layer；37, high-temperature-resistant layer；38, buffer layer；39, silicon rubber layer is that the utility model contains substantive innovation Property component.

1, electron temperature detector ontology；2, electron temperature detector shell；3, operation panel；4, electron temperature detector is hung Rope；12, square groove first；13, lanyard slot；14, square groove second；15, Heavy Light；16, strip groove first；17,USB Interface；18, strip groove second；19, buzzer；20, rubber suction cups；21, shaft；22, circular groove；23, flabellum；24, fan Dust cover；25, anti-skidding little particle；26, thermovent；27, electronic component storehouse；28, partition；29, lithium battery；30, lithium battery bin； 31, lithium battery support base；To realize the essential connectivity component of technical solutions of the utility model

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Fig. 1-6 is please referred to, a kind of embodiment provided by the utility model: a kind of novel electron temperature measuring set, including electricity Sub- temperature monitor ontology 1, the outside of electron temperature detector ontology 1 are equipped with electron temperature detector shell 2, electron temperature The front end face of detector ontology 1 is equipped with electron temperature detector display screen 5 and operation panel 3, electron temperature detector display screen 5 Lower section operation panel 3 is installed, the upper surface of electron temperature detector ontology 1 is equipped with laser range finder 7, amasthenic lens 10 With basher 11, the side of amasthenic lens 10 is equipped with laser range finder 7, and the other side of amasthenic lens 10 is equipped with small Type headlamp 11, the lower end surface of electron temperature detector ontology 1 are equipped with Heavy Light 15, usb 17 and buzzer 19, By being equipped with basher 11, the lower end of electron temperature detector ontology 1 in 1 upper surface of electron temperature detector ontology Face is equipped with Heavy Light 15, and convenient use device, the side of usb 17 when dark are equipped with large-scale illumination Lamp 15, the other side of usb 17 are equipped with buzzer 19, and the inside of electron temperature detector ontology 1 is provided with electronic component Storehouse 27, the lower section in electronic component storehouse 27 are equipped with partition 28, and the lower section of partition 28 is provided with lithium battery bin 30, lithium battery bin 30 Inside is equipped with lithium battery 29, and there are four lithium batteries 29, uses time, lithium battery 29 after being conducive to the full electricity of raising device storage Outside lithium battery support base 31 is installed, the upper surface of electron temperature detector shell 2 is provided with little groove 6,9 and of big groove Square groove first 12, the side of big groove 9 are provided with little groove 6, and the other side of big groove 9 is provided with square groove first 12, electricity The lower end surface of sub- temperature monitor shell 2 is provided with square groove second 14, strip groove first 16 and strip groove second 18, and bar shaped is recessed The side of slot first 16 is provided with square groove second 14, and the other side of strip groove first 16 is provided with strip groove second 18, electronics temperature Degree is equipped with inverted L shape convex block 8 above 2 side of detector shell, is provided with below 2 side of electron temperature detector shell scattered Hot mouth 26, there are three thermovents 26, facilitates the heat dissipation of device, and the other side of electron temperature detector shell 2 is provided with lanyard slot 13, the outside of lanyard slot 13 is equipped with electron temperature detector lanyard 4, facilitates the suspension of device, electron temperature detector shell 2 Two sides be mounted on anti-skidding little particle 25, anti-skidding little particle 25 is uniformly distributed, convenient for users to hand-held device, electron temperature inspection It surveys above 2 rear end face of instrument shell and rubber suction cups 20 is installed, facilitate the placement of device, 2 rear end of electron temperature detector shell Circular groove 22 is provided with below face, the inside of circular groove 22 is equipped with shaft 21, and the outer surface of shaft 21 is equipped with fan Leaf 23, there are three flabellums 23, improves the radiating efficiency of device, and the outside of flabellum 23 is equipped with dust cover for fan 24.

Further, the inside of electron temperature detector ontology 1 is equipped with waterproof coating 32, counter-bending layer 33, high-temperature-resistant layer 37 and buffer layer 38, the side of waterproof coating 32 counter-bending layer 33 is installed, be conducive to improve device bending resistance, bending resistance The side of bent layer 33 is equipped with high-temperature-resistant layer 37, is conducive to the high temperature resistance for improving device, the side installation of high-temperature-resistant layer 37 There is buffer layer 38, the inside of counter-bending layer 33 is equipped with polyvinyl resin layer 34, glass layer 35 and carbon fiber layer 36, glass The top of fibrous layer 35 is equipped with polyvinyl resin layer 34, and the lower section of glass layer 35 is equipped with carbon fiber layer 36, buffer layer 38 inside is equipped with silicon rubber layer 39, is conducive to the crash resistance for improving device.

Further, electron temperature detector ontology 1 is internally provided with threaded hole, lithium battery 29 and electron temperature detector Ontology 1 is connected by screw to, and improves the stability of connection.

Further, one end of inverted L shape convex block 8 is bonded completely with electron temperature detector shell 2, and inverted L shape convex block 8 and electricity Sub- temperature monitor shell 2 improves fixed fastness by being welded and fixed.

Further, one end of flabellum 23 extends to the inside of shaft 21, and flabellum 23 is connected by screw to shaft 21, Improve the stability of connection.

Further, the side of rubber suction cups 20 is bonded completely with electron temperature detector shell 2, and rubber suction cups 20 and electricity Sub- temperature monitor shell 2 is connected by a snap, and improves the stability of connection.

Further, little groove 6 and laser range finder 7 are located at same axis, and big groove 9 and amasthenic lens 10 are located at same axis Line, basher 11 and square groove first 12 are located at same axis, and strip groove second 18 and buzzer 19 are located at same axis, Strip groove first 16 and usb 17 are located at same axis, and square groove second 14 and Heavy Light 15 are located at same axis.

Further, the upper surface of electron temperature detector ontology 1 is provided with threaded hole, basher 11 and electronics temperature It spends detector ontology 1 to connect by internal screw thread, improves the stability of connection.

Further, the outer surface of silicon rubber layer 39 is bonded completely with buffer layer 38, and buffer layer 38 and silicon rubber layer 39, by grafting glue connection, improve the stability of connection.

Further, the side of waterproof coating 32 is bonded completely with the side of counter-bending layer 33, and counter-bending layer 33 and waterproof Coating 32 improves the stability of connection by grafting glue connection.

Working principle: in use, connecting usb 17, device is stored into full electricity, 2 liang of hand-held electronic temperature monitor shell The anti-skidding little particle 25 of side turns on the switch button by operation panel 3, laser range finder 7 is directed at object being measured, according to using The demand of person uses operation panel 3, and measurement data shows that displays temperature is excessively high on 5 surface of electron temperature detector display screen, buzzing Device 19 can sound, and by being equipped with electron temperature detector lanyard 4, facilitate the suspension of device, by being equipped with inverted L shape convex block 8, facilitate the placement of device, by being provided with rubber suction cups 20 in the rear end face of electron temperature detector shell 2, also facilitates device Placement, by being provided with circular groove 22 in the rear end face of electron temperature detector shell 2, the inside installation of circular groove 22 There is shaft 21, there are three flabellums 23 for the outer surface installation of shaft 21, are conducive to device radiation, by detecting in electron temperature The side setting of instrument shell 2 further increases radiating efficiency, improves the service life of device there are three thermovent 26, by The inside of electron temperature detector ontology 1 is provided with lithium battery bin 30, and the inside of lithium battery bin 30 is installed there are four lithium battery 29, The time is used after being conducive to the full electricity of raising device storage, by being equipped with waterproof painting in the inside of electron temperature detector ontology 1 Layer 32 is conducive to the waterproof performance for improving device, by being equipped with counter-bending layer in the inside of electron temperature detector ontology 1 33, the inside of counter-bending layer 33 is equipped with polyvinyl resin layer 34, glass layer 35 and carbon fiber layer 36, is conducive to improve dress The bending resistance set is conducive to improve dress by being equipped with high-temperature-resistant layer 37 in the inside of electron temperature detector ontology 1 The high temperature resistance set, by being equipped with buffer layer 38, the inside peace of buffer layer 38 in the inside of electron temperature detector ontology 1 Equipped with silicon rubber layer 39, be conducive to the crash resistance for improving device, by being equipped in 1 upper surface of electron temperature detector ontology Basher 11, the lower end surface of electron temperature detector ontology 1 is equipped with Heavy Light 15, convenient when dark Use device.

It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting Related claim.

Claims (10)

1. a kind of novel electron temperature measuring set, including electron temperature detector ontology (1), it is characterised in that: the electronics temperature Electron temperature detector shell (2) is installed on the outside of degree detector ontology (1), the electron temperature detector ontology (1) Front end face is equipped with electron temperature detector display screen (5) and operation panel (3), the electron temperature detector display screen (5) Lower section is equipped with operation panel (3), and the upper surface of the electron temperature detector ontology (1) is equipped with laser range finder (7), focuses The side of camera lens (10) and basher (11), the amasthenic lens (10) is equipped with laser range finder (7), the focus lamp The other side of head (10) is equipped with basher (11), and the lower end surface of the electron temperature detector ontology (1) is equipped with greatly The side of type headlamp (15), USB interface (17) and buzzer (19), the USB interface (17) is equipped with Heavy Light (15), the other side of the USB interface (17) is equipped with buzzer (19), the inside of the electron temperature detector ontology (1) It is provided with electronic component storehouse (27), is equipped with partition (28) below the electronic component storehouse (27), under the partition (28) Side is provided with lithium battery bin (30), and the inside of the lithium battery bin (30) is equipped with lithium battery (29), and there are four lithium batteries (29), It is equipped with lithium battery support base (31) on the outside of the lithium battery (29), the upper surface of the electron temperature detector shell (2) It is provided with little groove (6), big groove (9) and square groove first (12), the side of the big groove (9) is provided with little groove (6), The other side of the big groove (9) is provided with square groove first (12), and the lower end surface of the electron temperature detector shell (2) is set It is equipped with square groove second (14), strip groove first (16) and strip groove second (18), the side of the strip groove first (16) is set It is equipped with square groove second (14), the other side of the strip groove first (16) is provided with strip groove second (18), the electronics temperature Degree is equipped with inverted L shape convex block (8) above detector shell (2) side, under electron temperature detector shell (2) side Side is provided with thermovent (26), and there are three thermovents (26), and the other side of the electron temperature detector shell (2) is provided with extension Rope groove (13), is equipped with electron temperature detector lanyard (4) on the outside of the lanyard slot (13), outside the electron temperature detector The two sides of shell (2) are mounted on anti-skidding little particle (25), and anti-skidding little particle (25) is uniformly distributed, outside the electron temperature detector It is equipped with rubber suction cups (20) above shell (2) rear end face, the lower section setting of electron temperature detector shell (2) rear end face Have circular groove (22), the inside of the circular groove (22) is equipped with shaft (21), the outer surface installation of the shaft (21) Have flabellum (23), there are three flabellums (23), is equipped with dust cover for fan (24) on the outside of the flabellum (23).

2. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: the electron temperature detector The inside of ontology (1) is equipped with waterproof coating (32), counter-bending layer (33), high-temperature-resistant layer (37) and buffer layer (38), described anti- The side of water coating (32) is equipped with counter-bending layer (33), and the side of the counter-bending layer (33) is equipped with high-temperature-resistant layer (37), The side of the high-temperature-resistant layer (37) is equipped with buffer layer (38), and the inside of the counter-bending layer (33) is equipped with polyvinyl resin Layer (34), glass layer (35) and carbon fiber layer (36) are equipped with polyvinyl resin above the glass layer (35) Layer (34) is equipped with carbon fiber layer (36) below the glass layer (35), and the inside of the buffer layer (38) is equipped with Silicon rubber layer (39).

3. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: the electron temperature detector Ontology (1) is internally provided with threaded hole, and the lithium battery (29) is connected by screw to electron temperature detector ontology (1).

4. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: the inverted L shape convex block (8) One end is bonded completely with electron temperature detector shell (2), and inverted L shape convex block (8) passes through with electron temperature detector shell (2) It is welded and fixed.

5. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: one end of the flabellum (23) The inside of shaft (21) is extended to, and flabellum (23) is connected by screw to shaft (21).

6. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: the rubber suction cups (20) Side is bonded completely with electron temperature detector shell (2), and rubber suction cups (20) passes through with electron temperature detector shell (2) It snaps connection.

7. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: the little groove (6) and swash Optar (7) is located at same axis, and the big groove (9) and amasthenic lens (10) are located at same axis, the compact illumination Lamp (11) and square groove first (12) are located at same axis, and the strip groove second (18) and buzzer (19) are located at same axis Line, the strip groove first (16) and USB interface (17) are located at same axis, the square groove second (14) and Heavy Light (15) it is located at same axis.

8. a kind of novel electron temperature measuring set according to claim 1, it is characterised in that: the electron temperature detector The upper surface of ontology (1) is provided with threaded hole, and the basher (11) and electron temperature detector ontology (1) pass through interior spiral shell Line connection.

9. a kind of novel electron temperature measuring set according to claim 2, it is characterised in that: the silicon rubber layer (39) Outer surface be bonded completely with buffer layer (38), and buffer layer (38) and silicon rubber layer (39) pass through grafting glue connection.

10. a kind of novel electron temperature measuring set according to claim 2, it is characterised in that: the waterproof coating (32) Side be bonded completely with the side of counter-bending layer (33), and counter-bending layer (33) and waterproof coating (32) pass through grafting glue connection It connects.