CN207248796U - A kind of cooling device of x Fluorescence Spectrometer - Google Patents

Abstract

The utility model discloses a kind of cooling device of x Fluorescence Spectrometer, its structure includes：Scavenger fan, radiator fan, radiating fin, elbow, cooling water pump, pagoda connector, water cooling tube, cabinet, fast twist-on head, X-ray light pipe, supply fan, scavenger fan is fixed on the right side of radiator fan and using electrical connection, X-ray light pipe, which is fixed on above cabinet, uses rivet interlacement, radiator fan rear is equipped with radiating fin and is connected using screw, water cooling tube is fixed on radiating fin rear using gemel connection, elbow uses gemel connection equipped with multiple water cooling tube both sides of being fixed on, cooling water pump is with pagoda connector by water cooling tube using interference fit, the utility model X-ray light pipe is equipped with copper pipe, fluorescent tube, fluorescent tube binding post, copper pipe water inlet, lamp housing, stent, realize to reach water-cooling and wind-cooling heat dissipating and be combined with each other and substantially increase radiating efficiency, and the effect of water-cooling is more significantly reliable.

Description

A kind of cooling device of x Fluorescence Spectrometer

Technical field

The utility model is a kind of cooling device of x Fluorescence Spectrometer, belongs to cooling device field.

Background technology

X fluorescence spectrometer can measure constituent content, in recent years, X-fluorescence according to the intensity of the characteristic X-ray of each element Spectrum analysis is constantly expanded in every profession and trade application range, it has also become one kind is widely used in metallurgy, geology, coloured, building materials, business The every field such as inspection, environmental protection, health, particularly answer with the most use also most extensive, most of analytical elements in detection field Analyzed with it, the samples such as solid, powder, bead, liquid can be analyzed, analyst coverage is Be to U.And there is analyze speed It hurry up, measurement range is wide, disturbs the characteristics of small.

Prior art discloses a kind of New Type of Fan cooling device of Application No. CN201320452867.1, including it is oriented to Type ventilating board and temperature control air quantity fan, the guidance type ventilating board include flase floor, a guiding are equipped with below the flase floor Type air-supply arrangement, the guidance type air-supply arrangement inner homogeneous have been densely aligned several guide vanes, the guide vane Upper circumferential direction is evenly equipped with several wind guide tanks, and the wind guide tank has certain deflection angle；Put below the guidance type ventilating board There is a temperature control air quantity fan, the temperature control air quantity fan includes control panel, fan is equipped with below the control panel, and Control is adjusted to the fan.It is easy for installation according to the high high adjustment of thermal load demands wind speed, easy to available data center Transformation, but the traditional radiating mode of the prior art simply installs a radiator fan at instrument rear panel, and in instrument A few place's heat emission holes are opened in front panel or both sides, are so only capable of reaching very limited heat dissipation effect, if heat dissipation hole plug or not smooth, Wind path can be so cut off, causes radiating efficiency to substantially reduce.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of cooling device of x Fluorescence Spectrometer, One radiator fan, and the front panel in instrument or both sides are simply installed at instrument rear panel to solve traditional radiating mode Open a few place's heat emission holes.So it is only capable of reaching very limited heat dissipation effect, if heat dissipation hole plug or not smooth, then wind can be cut off Road, the problem of causing radiating efficiency to substantially reduce.

To achieve these goals, the utility model is to realize by the following technical solutions：A kind of x Fluorescence Spectrometer Cooling device, its structure include scavenger fan, radiator fan, radiating fin, elbow, cooling water pump, pagoda connector, water cooling Pipe, cabinet, fast twist-on head, X-ray light pipe, supply fan, the scavenger fan are fixed on the right side of radiator fan and using electricity Connection, the supply fan are connected and fixed on cabinet rear using screw, and the X-ray light pipe, which is fixed on above cabinet, uses riveting Nail connection, the radiator fan rear are equipped with radiating fin and are connected using screw, and the water cooling tube is fixed on scattered using gemel connection Hot fin rear, the elbow are equipped with multiple water cooling tube both sides of being fixed on and use gemel connection, the cooling water pump and pagoda connector By water cooling tube using being interference fitted, two fast twist-on heads are equipped with the left of the X-ray light pipe and use gemel connection, it is described fast Twist-on head is fixed on the right side of water cooling tube is equipped with copper pipe, fluorescent tube, fluorescent tube binding post, copper pipe using interference fit, the X-ray light pipe Water inlet, lamp housing, stent, the copper pipe are wound in around fluorescent tube and are gap-matched, and the fluorescent tube binding post is equipped with two A use is fixedly welded on the right side of fluorescent tube, uses gemel connection equipped with two copper pipe water inlets on the right side of the copper pipe, the lamp housing is consolidated Use and snap connection above stent.

Further, the cooling water pump is made of cable, motor, spring washer, the pump housing.

Further, the cable is fixed on motor rear using electrical connection.

Further, the motor is fixed on pump housing rear by spring washer and is connected using screw.

Further, the spring washer is close to pump housing rear and uses gemel connection.

Further, the X-ray light pipe is electronic unit, and precision is high, and stability is strong.

Further, the cabinet is alloy material, and hardness is high, anti-deformation.

Beneficial effect

The utility model X-ray light pipe is equipped with copper pipe, fluorescent tube, fluorescent tube binding post, copper pipe water inlet, lamp housing, stent, realizes Water-cooling can be reached it be combined with each other with wind-cooling heat dissipating and substantially increase radiating efficiency, and the effect of water-cooling is more It is significantly reliable.

Brief description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon：

Fig. 1 is a kind of structure diagram of the cooling device of x Fluorescence Spectrometer of the utility model.

Fig. 2 is a kind of X-ray light-pipe structure schematic diagram of the cooling device of x Fluorescence Spectrometer of the utility model.

Fig. 3 is a kind of cooling water pump structure diagram of the cooling device of x Fluorescence Spectrometer of the utility model.

In figure：Scavenger fan -1, radiator fan -2, radiating fin -3, elbow -4, cooling water pump -5, pagoda connector -6, water Cold pipe -7, cabinet -8, fast twist-on head -9, X-ray light pipe -10, supply fan -11, copper pipe -1001, fluorescent tube -1002, fluorescent tube connect Terminal -1003, copper pipe water inlet -1004, lamp housing -1005, stent -1006, cable -501, motor -502, spring washer -503, pump Body -504.

Embodiment

To make the technical means, creative features, achievable purpose and effectiveness that the utility model is realized easy to understand, below With reference to embodiment, the utility model is expanded on further.

- Fig. 3 is please referred to Fig.1, the utility model provides a kind of cooling device of x Fluorescence Spectrometer：Its structure includes：Exhaust Fan 1, radiator fan 2, radiating fin 3, elbow 4, cooling water pump 5, pagoda connector 6, water cooling tube 7, cabinet 8, fast twist-on are first 9, X Ray light pipe 10, supply fan 11, the scavenger fan 1 are fixed on the right side of radiator fan 2 and using electrical connection, the air inlets Fan 11 is connected and fixed on 8 rear of cabinet using screw, and the X-ray light pipe 10 is fixed on the top of cabinet 8 and uses rivet interlacement, 2 rear of radiator fan is equipped with radiating fin 3 and is connected using screw, and the water cooling tube 7 is fixed on heat radiating fin using gemel connection 3 rear of piece, the elbow 4 are equipped with multiple 7 both sides of water cooling tube of being fixed on and use gemel connection, the cooling water pump 5 and pagoda connector 6 By water cooling tube 7 using being interference fitted, the left side of X-ray light pipe 10 is equipped with two fast twist-ons first 9 and uses gemel connection, institute State fast twist-on first 9 and be fixed on the right side of water cooling tube 7 using interference fit, the X-ray light pipe 10 is equipped with copper pipe 1001, fluorescent tube 1002nd, fluorescent tube binding post 1003, copper pipe water inlet 1004, lamp housing 1005, stent 1006, the copper pipe 1001 are wound in fluorescent tube Around 1002 and it is gap-matched, the fluorescent tube binding post 1003 is fixedly welded on the right side of fluorescent tube 1002 equipped with two uses Side, the right side of copper pipe 1001 use gemel connection equipped with two copper pipe water inlets 1004, and the lamp housing 1005 is fixed on stent Using snapping connection, the cooling water pump 5 is made of cable 501, motor 502, spring washer 503, the pump housing 504, described for 1006 tops Cable 501 is fixed on 502 rear of motor using being electrically connected, and the motor 502 is fixed on 504 rear of the pump housing by spring washer 503 to be adopted Being connected with screw, the spring washer 503 is close to 504 rear of the pump housing and uses gemel connection, and the X-ray light pipe 10 is electronic unit, Precision is high, and stability is strong, and the cabinet 8 is alloy material, and hardness is high, anti-deformation.

The present apparatus is made of liquid circulation cooling and air-cooled two parts, when in use, firstly for the big X-ray of caloric value Light pipe 10, abandons unstable air cooling way, and using the liquid circulation type of cooling, one layer of copper is wound in 10 outer layer of X-ray light pipe Pipe 1001, then guides to copper pipe 1001 at the radiating fin 3 of rear panel, installs a radiator fan 2 additional at radiating fin 3, Utilize the capillary brass pipe in radiating fin 3, increasing heat radiation area, the 1001 interior injection coolant in copper pipe, by a small-power Cooling water pump 5 drives.

X-ray light pipe 10 described in the utility model has a water inlet and water outlet, has a plurality of water channel inside radiator, The advantage of water cooling can be so given full play to, more heats can be taken away.Here it is the basic principle of water-filled radiator, from water cooling Mounting means from the point of view of, and two kinds of built-in water-cooling and external water cooling can be divided into.For built-in water-cooling, mainly by radiating Device, water pipe, water pump, enough water sources composition, it is larger that this has just been doomed most of water-cooling heat radiating system " volume ", and requires machine Case inner space is sufficiently wide remaining.In terms of external water-filled radiator, since the operation elements such as its cooling water tank and water pump are all pacified Come outside cabinet, not only reduce the occupancy in space in cabinet, and more preferable heat dissipation effect can be obtained.

Its structure and principle are all that this technology personnel can be learnt by technical manual or be known by normal experiment method, The utility model solves the problems, such as it is that traditional radiating mode simply installs a radiator fan at instrument rear panel, and in instrument A few place's heat emission holes are opened in the front panel of device or both sides.So be only capable of reaching very limited heat dissipation effect, if heat dissipation hole plug or It is not smooth, then wind path can be cut off, cause radiating efficiency to substantially reduce, the utility model is combined with each other by above-mentioned component, can It is combined with each other to reach water-cooling and wind-cooling heat dissipating and substantially increases radiating efficiency, and the effect of water-cooling is more notable Reliably, it is described in detail below：

The copper pipe 1001 is wound in around fluorescent tube 1002 and is gap-matched, and the fluorescent tube binding post 1003 is equipped with Two uses are fixedly welded on the right side of fluorescent tube 1002, and copper pipe (1001) right side uses glue equipped with two copper pipe water inlets 1004 Connection, the lamp housing 1005 are fixed on the top of stent 1006 using snapping connection, and the stent 1006 is fixed using rivet interlacement Above cabinet 8.

The advantages of basic principle and main feature and the utility model of the utility model has been shown and described above, for For those skilled in the art, it is clear that the utility model is not limited to the details of above-mentioned one exemplary embodiment, and without departing substantially from this In the case of the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than described above limit, it is intended that will fall in the implication and scope of the equivalency of claim All changes are embraced therein.Any reference numeral in claim should not be considered as to the involved right of limitation It is required that.

Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment is only wrapped Containing an independent technical solution, this narrating mode of specification is only that those skilled in the art should for clarity Using specification as an entirety, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art It is appreciated that other embodiment.

Claims (5)

1. a kind of cooling device of x Fluorescence Spectrometer, its structure include：Scavenger fan (1), radiator fan (2), radiating fin (3), elbow (4), cooling water pump (5), pagoda connector (6), water cooling tube (7), cabinet (8), fast twist-on head (9), X-ray light pipe (10), supply fan (11), the scavenger fan (1) are arranged on the left of radiator fan (2) and using electrical connection, the air inlet wind Fan (11) is connected and fixed on cabinet (8) rear using screw, and the X-ray light pipe (10), which is fixed on above cabinet (8), uses riveting Nail connection, it is characterised in that：

Radiator fan (2) rear is equipped with radiating fin (3) and is connected using screw, and the water cooling tube (7) is consolidated using gemel connection Due to radiating fin (3) rear, the elbow (4) uses gemel connection, the cooling equipped with multiple water cooling tube (7) both sides of being fixed on Water pump (5) is fast equipped with two using interference fit, X-ray light pipe (10) left side by water cooling tube (7) with pagoda connector (6) Twist-on head (9) and gemel connection is used, the fast twist-on head (9) is fixed on the right side of water cooling tube (7) using interference fit；

The X-ray light pipe (10) is equipped with copper pipe (1001), fluorescent tube (1002), fluorescent tube binding post (1003), copper pipe water inlet (1004), lamp housing (1005), stent (1006), the copper pipe (1001) are wound in around fluorescent tube (1002) and are matched somebody with somebody using gap Close, the fluorescent tube binding post (1003) is fixedly welded on the right side of fluorescent tube (1002) equipped with two uses, and the copper pipe (1001) is right Side uses gemel connection equipped with two copper pipe water inlets (1004), and the lamp housing (1005) is fixed on above stent (1006) using card Button connection, the stent (1006) are fixed on above cabinet (8) using rivet interlacement.

A kind of 2. cooling device of x Fluorescence Spectrometer according to claim 1, it is characterised in that：The cooling water pump (5) It is made of cable (501), motor (502), spring washer (503), the pump housing (504).

A kind of 3. cooling device of x Fluorescence Spectrometer according to claim 2, it is characterised in that：The cable (501) is solid Due to motor (502) rear using electrical connection.

A kind of 4. cooling device of x Fluorescence Spectrometer according to claim 2, it is characterised in that：The motor (502) is logical Cross spring washer (503) and be fixed on the pump housing (504) rear using screw connection.

A kind of 5. cooling device of x Fluorescence Spectrometer according to claim 2, it is characterised in that：The spring washer (503) is tight It is affixed on the pump housing (504) rear and uses gemel connection.