A kind of blowing good knapsack of effect gardens hair-dryer
Technical field
The utility model relates to garden instrument field, relates in particular to a kind of blowing good knapsack of effect gardens hair-dryer.
Background technology
Garden instrument hair-dryer is mainly used for purging fallen leaves, road dust, ponding, accumulated snow and forest extinguishing.
Backpack type hair-dryer refers to that user can bear the hair-dryer of use, the Backpack type hair-dryer of technology is because design defect now, so air output is less, will cause like this blowing effect of hair-dryer poor, especially during for the heavier foreign material of some weight, hair-dryer is difficult to foreign material heavier these weight to blow afloat, and then can not meet user's demand.
Summary of the invention
Technical problem to be solved in the utility model is: a kind of blowing good knapsack of effect gardens hair-dryer is provided.
The technical scheme that the utility model adopts is: a kind of blowing good knapsack of effect gardens hair-dryer, comprise knapsack seat, be arranged on the wearing parts on knapsack seat, the power module that is arranged on the hair-dryer body on knapsack seat and is electrically connected with hair-dryer body, the discharge pipe that described hair-dryer body comprises casing, is arranged on the air duct assembly on casing and is communicated with air duct assembly, when described hair-dryer body moves with maximum quantity of wind, the ratio of described air quantity and input power is more than or equal to 0.75cfm/w.
Adopt above structure compared with prior art, the utlity model has following advantage: in the time that maximum quantity of wind moves, the ratio of air quantity and power is set for and is more than or equal to 0.75cfm/w, because the blowing efficiency of whole hair-dryer body is improved, blowing better effects if, can blow afloat the larger foreign material of weight on ground.
As preferably, described hair-dryer body is plugged on knapsack seat and by retaining mechanism and the locking of knapsack seat, described power module is plugged on knapsack seat, and described hair-dryer body is provided with the depression of power supply source Module-embedding, and described knapsack seat is provided with heat radiation through hole near power module one side. Hair-dryer body and power module are all arranged on knapsack seat by the form of pegging graft, and by retaining mechanism, hair-dryer body is locked, dismounting is more convenient like this, and hair-dryer body is fixing also more firm, and because power module is the larger parts of caloric value in hair-dryer, so heat radiation through hole is set in knapsack seat corresponding power module position, can greatly improves like this radiating effect of power module.
As preferably, it also comprises joystick, in described hair-dryer body, is provided with blower fan, and described joystick is electrically connected with blower fan, and described joystick is arranged on discharge pipe. A joystick is set, and joystick is arranged on discharge pipe, control so more convenient.
As preferably, described discharge pipe is provided with an accommodating cavity for accommodating connecting line, and described joystick is electrically connected by connecting line with blower fan. Because need to be electrically connected between joystick and motor, so just need connecting line that both are coupled together, an accommodating cavity is set, connecting line just can be arranged in accommodating cavity and can not be arranged in discharge pipe and upcast ventilation pipe like this, so just can not affect the air-out of discharge pipe, make air-out effect better.
As preferably, on described discharge pipe, be also provided with protective sleeve. The leaf on the ground because hair-dryer need to blow off, so discharge pipe is easy to and ground touching, and then makes discharge pipe be easy to damage, so be provided with protective sleeve at discharge pipe, can effectively protect discharge pipe, the service life of increase discharge pipe like this.
Brief description of the drawings
Fig. 1 is the overall structure schematic diagram of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Fig. 2 is the blast structural representation of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Fig. 3 be the utility model good knapsack of a kind of effect of drying gardens hair-dryer hair-dryer body partly cut open figure.
Fig. 4 is the cutaway view of the joystick of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Fig. 5 is the structural representation of the air duct assembly of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Fig. 6 is the part-structure schematic diagram of the utility model good knapsack of a kind of effect of drying gardens hair-dryer discharge pipe.
Fig. 7 is the cutaway view of the air duct assembly of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Fig. 8 is the front view of the air duct assembly air duct of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Fig. 9 is the structural representation of the conducting element of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
Figure 10 be the utility model good knapsack of a kind of effect of drying gardens hair-dryer upcast ventilation pipe partly cut open figure.
Figure 11 is the structural representation of the fan blade of the utility model good knapsack of a kind of effect of drying gardens hair-dryer.
As shown in the figure: 1, knapsack seat; 2, dress parts; 3, hair-dryer body; 4, power module; 5, casing; 6, air duct assembly; 7, blower fan; 8, discharge pipe; 9, joystick; 10, handle; 11, heat radiation through hole; 12, depression; 13, retaining mechanism; 14, blower fan grip part; 15, air inlet; 16, extension tube; 17, protective sleeve; 18, handle grip position; 19, upper trigger; 20, lower trigger; 21, very fast button; 22, accommodating cavity; 23, display module; 24, air duct; 25, upcast ventilation pipe; 26, motor; 27, motor shaft; 28, fan blade; 29, the first support member; 30, the second support member; 31, the first annular cover; 32, upper shield; 33, the first guide vane; 34, passage; 35, through hole; 36, installing hole; 37, fresh air inlet; 38, the second annular cover; 39, flow guide sleeve; 40, the second guide vane; 41, exhaust vent; 42, conducting element; 43, annulus; 44, flow deflector; 45, projection; 46, draw-in groove; 47, breach; 48, translot; 49, groove; 50, gland; 51, blade; 52, base plate; 53, side plate.
Detailed description of the invention
Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described further, but the utility model is not limited only to following detailed description of the invention.
As shown in Figure 1, Figure 2 with shown in Fig. 3, a kind of knapsack power brick, comprise knapsack seat 1, be arranged on the wearing parts 2 on knapsack seat 1, the removable power module 4 that is connected to the hair-dryer body 3 on knapsack seat 1 and is electrically connected with hair-dryer body 3, described hair-dryer body 3 comprises casing 5, be arranged on air duct assembly 6 on casing 5, be arranged on blower fan 7, the discharge pipe 8 being communicated with air duct assembly 6 in air duct assembly 6 and be arranged on the joystick 9 on discharge pipe 8.
Described knapsack seat 1 comprises base plate 52 and side plate 53, and described wearing parts 2 are arranged on side plate 53, on described side plate 53, is also provided with handle 10, and described side plate 53 is the arc surface caving inward against a side for user. Described wearing parts 2 are that confession under directions user wears or be worn over assembly with it, can be single shoulder belt, double-shoulder belt or waistband etc., and optimum is double-shoulder belt. Described base plate 52 is provided with heat radiation through hole 11 near power brick position.
Described power module 4 is power brick, the capacity of described power brick is greater than 102wh, and described casing 5 is all plugged on knapsack seat 1 with power brick, both can be plugged on side plate 53, also can be plugged on base plate 52, can horizontally insert, also can erect slotting, and described power brick optimum is two, be plugged on respectively knapsack seat 1 both sides, and casing 5 both sides are also provided with the depression 12 embedding for two power brick. And between described casing 5 and knapsack seat 1, be also provided with a retaining mechanism 13, after casing 5 is inserted on knapsack seat 1 completely, retaining mechanism 13 can be locked casing 5 completely, and described retaining mechanism 13 can be a buckle structure, also can be that a shell fragment adds a stage clip, can be also the cooperation between a projection and a groove.
Described casing 5 upper ends can also arrange a blower fan grip part 14, and described blower fan grip part 14 is connected with casing 5 is removable, optimum for pegging graft. And described casing 5 one end are air inlet 15, described casing 5 other ends are communicated with discharge pipe 8.
On described discharge pipe 8, extension tube 16 can also be set; extension tube 16 can be set; also can be that multiple extension tubes 16 are set; this is all to need to determine according to client; and discharge pipe 8 or extension tube 16 are also provided with protective sleeve 17 for air-out one end; and described protective sleeve 17 is generally metal protection protector 17, and protective sleeve 17 buckles are connected in discharge pipe 8 or extension tube 16.
Described joystick 9 is generally arranged on discharge pipe 8 away from casing 5 one end, and generally arrange upward, user controls more convenient like this, and joystick 9 inside are provided with control panel, as shown in Figure 4, described joystick 9 also comprises handle grip position 18, and upper trigger 19 and lower trigger 20 are separately positioned on the both sides at handle grip position 18, and only have and first press trigger 19 and just can press lower trigger 20, and be provided with very fast button 21, press very fast button 21 rear motors and start with maximal rate. Described upper trigger 19, lower trigger 20 and very fast button 21 are all electrically connected with the control panel in joystick 9. And described joystick 9 is to be electrically connected by connecting line with blower fan, and an accommodating cavity 22 is also set on discharge pipe 8 to be passed for connecting line, described accommodating cavity 22 can be that an accommodating cover is one-body molded on discharge pipe 8, also can be releasable connection on discharge pipe 8, connecting line does not just need to be arranged in discharge pipe 8 or is directly exposed outside discharge pipe 8 like this.
Described display module 23 is electrically connected with the control panel of joystick 9 inside for showing the display module 23 of fan parameter on described joystick 9, to be also provided with one, and described display module 23 is mainly the rotating speed that shows motor, facilitates user to control.
As Fig. 7, 8, shown in 9, described air duct assembly 6 comprises air duct 24 and upcast ventilation pipe 25, described blower fan 7 comprises motor 26 and is arranged on the fan blade 28 on machine shaft 27, described fan blade 28 is axial-flow leaf, and described fan blade 28 external diameters are 90-130mm, in described air duct 24, be provided with the first support member 29, in described upcast ventilation pipe 25, be provided with the second support member 30, described the first support member 29 and the second support member 30 are combined to form the cavity for accommodating motor 26, described the first support member 29 comprises the first annular cover 31, be arranged on the upper shield 32 of first annular cover 31 one end and be evenly arranged on the first guide vane 33 between the first annular cover 31 and air duct 24, described the first annular cover 31 is one-body molded with upper shield 32, and be provided with the passage 34 that power supply machine connecting line passes in one of them first guide vane 33, described passage 34 is a groove, described upper shield 32 middle parts are provided with the through hole 35 that power supply machine rotating shaft is stretched out, and described through hole 35 limits are provided with for motor 26 being installed to the installing hole 36 on upper shield 32, and on described upper shield 32 circumference, be also evenly provided with multiple air feeds and flow into the fresh air inlet 37 in cavity, as shown in figure 10: described the second support member 30 comprises the second annular cover 38, covers the flow guide sleeve 39 of second annular cover 38 one end and is circumferentially evenly arranged on the second guide vane 40 between the second annular cover 38 and upcast ventilation pipe 25, described flow guide sleeve 39 is greater than near the second annular cover 38 1 lateral sections are long-pending that it is long-pending away from the second annular cover 38 1 lateral sections, in other words, the shape of the similar sub warhead of the shape of described flow guide sleeve 39, and described the second annular cover 38 circumference be provided with in cavity distinguished and admirable go out exhaust vent 41, also can be called air-out groove, and the position of this exhaust vent 41 is the position near motor 26 coils, and one of them second guide vane 40 coordinates with one of them first guide vane 33 that is provided with passage 34, after air duct 24 is set on upcast ventilation pipe 25, one of them second guide vane 40 is inserted in the groove of one of them the first guide vane 33, for compressing the motor connecting wire being arranged in this first guide vane 33. and one end that described upcast ventilation pipe 25 is communicated with discharge pipe 8 is also provided with a conducting element 42, described conducting element 42 is connected with upcast ventilation pipe 25 buckles, and described conducting element 42 comprises the annulus 43 of multiple concentrics and is evenly arranged on the flow deflector 44 between multiple adjacent annulus 43.
As Fig. 5, shown in 6, described upcast ventilation pipe 25 outer walls are provided with projection 45, described discharge pipe 8 is provided with and projection 45 draw-in grooves that match 46 for being connected to the inwall of upcast ventilation pipe 25 one end, described draw-in groove 46 comprises for projection 45 breach that stretch into 47, be communicated with breach 47 and supply the translots 48 of projection 45 slips and be arranged on translot 48 and supply the groove 49 of projection embedding locking away from breach 47 one end, and described protruding 45 are two with draw-in groove 46, two projections 45 are symmetrical arranged according to the axle center of upcast ventilation pipe 25, two draw-in grooves 46 are symmetrical arranged according to the axle center of discharge pipe 8, and described protruding 45 is circular protrusions, and the width of breach 47 is just greater than the diameter of circular protrusions, and the width of described translot 48 one end is identical with breach 47 width, the width of described translot 48 other ends is identical with the diameter of projection 45, and the shape of groove 49 is identical with the shape of projection 45, cross section is circle, and the diameter of groove 49 is also identical with the diameter of projection 45, make like this projection 45 can better embed the interior clamping of groove 49. and after discharge pipe 8 installs, be close to casing 5, can prevent from like this leaking out, and sealing ring sealing can also be set between the two.
As shown in figure 11, described fan blade 28 comprises the gland 50 being fixed on machine shaft and is evenly arranged on the blade 51 on gland 50 circumference, as shown in Figure 5 and Figure 6, described air duct 24 is greater than the sectional area of discharge pipe 8 for air-out one end away from the sectional area of discharge pipe 8 one end, between described gland 50 diameter maximums and air duct 24, form a circulating face, and described discharge pipe 8 is greater than or equal to 0.9 for the ratio of the sectional area between sectional area and this circulating face of air-out one end.
And in the time that hair-dryer body moves with maximum quantity of wind, the ratio of described air quantity and power of motor is greater than or equal to 0.75cfm/w, and described power of motor is input power. And the maximum air output of described hair-dryer body is greater than 400cfm.