Portable electric fumigator for preventing mosquito
Technical field
The utility model relates to electric fumigator for preventing mosquito, relates in particular to a kind of portable electric fumigator for preventing mosquito.
Background technology
Mosquito-repellent incense has mosquito-repellent incense and the electric mosquito repellent of naked light burning.The mosquito-repellent incense (being generally tray type structure) of naked light electric heating is fixed and is burnt by mosquito coil frame or mosquito coils box.Be 95218992 in China Patent No., Granted publication day be September 25 in 1996 day, be called the mosquito coil frame that discloses a kind of mosquito-repellent incense for fixing naked light burning in the patent document of " mosquito coil frame ".When use, mosquito-repellent incense is shelved on mosquito coil frame and is burnt.Electric mosquito repellent has electric mosquito repellent tablet and two kinds of forms of mosquito liquid.Electric mosquito repellent is heated and is produced mosquito-repellent incense gas and realize kill mosquito by electric fumigator for preventing mosquito.Be 2010201196115 in China Patent No., authorize open day for " disclosing a kind of electric fumigator for preventing mosquito for electric mat in the patent document of on March 30th, 2011, title " electric fumigator for preventing mosquito of USB power supply ".But this electric fumigator for preventing mosquito is only applicable to use in not mobile mode in the place that has power supply, can not carry out for user carries.In order to address the above problem, to design and can carry (claiming again portable) electric fumigator for preventing mosquito.As in China Patent No. being 992160529, authorize open day for January 3 calendar year 2001 day, be called in the patent document of " Portable electric mosquito-repellent incense " and disclose a kind of portable electric fumigator for preventing mosquito, electric fumigator for preventing mosquito in this patent comprises housing, the electric calorifie installation that is arranged at the mosquito liquid holding vessel of housing, evaporate for the mosquito liquid making in mosquito liquid holding vessel and the battery of powering to electric calorifie installation, mosquito liquid holding vessel is provided with the gas outlet being made up of siphon pipe towards upper shed.When use, electric mosquito repellent liquid is stored in mosquito liquid holding vessel, by siphon pipe mosquito liquid sucking-off, by battery, to electric calorifie installation, power supply adds thermal siphon, thereby makes electric mosquito repellent liquid produce the gas of mosquito repellent.This Portable electric-heating mosquito-repellent incense has the following disadvantages: due to be by siphon rod (pipe) in the mode of siphon by mosquito liquid sucking-off from holding vessel, make to be full of mosquito liquid in empty siphon pipe and inconvenience while making siphon pipe start to produce siphonage (below this process being called to siphon pipe initializes), if the electric mosquito repellent liquid in holding vessel adds electric mosquito repellent liquid again after using up, need the siphon pipe carrying out again to initialize, and forget that adding electric mosquito repellent liquid is the application that often can occur, so use inconvenience; Mosquito liquid while carrying in movement in mosquito liquid holding vessel can produce shaking phenomenon and make a noise; Electric mosquito repellent is heated the direction of produced gas can not be adjusted as required; The lack of homogeneity of the gas flowing out from gas outlet.
Utility model content
First object of the present utility model aims to provide electric mosquito repellent liquid in a kind of easy to use, moving process can not send the portable electric fumigator for preventing mosquito of noise, has solved existingly to extract mosquito liquid in the existing use inconvenience of mosquito liquid and moving process by siphon pipe and can produce the problem of sending noise of rocking.
Second object of the present utility model is intended to further provide on the basis of first object a kind of adjustable portable electric fumigator for preventing mosquito of outgassing direction of mosquito-repellent incense gas, solved the nonadjustable problem of outgassing direction of existing electric mosquito repellent.
The 3rd object of the present utility model is intended to further provide on the basis of second object a kind of portable electric fumigator for preventing mosquito of good uniformity of mosquito-repellent incense gas of outflow, solved the problem of the lack of homogeneity of the gas that existing electric mosquito repellent flows out from gas outlet.
Above technical problem solves by following technical proposal: a kind of portable electric fumigator for preventing mosquito, comprise housing, the electric calorifie installation that is arranged at the mosquito liquid holding vessel of housing, evaporate for the mosquito liquid making in mosquito liquid holding vessel and the battery of powering to electric calorifie installation, described mosquito liquid holding vessel is provided with the gas outlet towards upper shed, described housing is provided with bandage, in described mosquito liquid holding vessel and gas outlet, is all filled with sponge.When use, mosquito liquid is stored in mosquito liquid holding vessel by the mode of inhaling in sponge, produce and rise in gas outlet by the suction-operated of sponge, tie up on user's body and realize and carrying by bandage, electric calorifie installation heats mosquito liquid by powered battery, and the mosquito-repellent incense gas of generation flows out from the upper end of gas outlet.By mosquito liquid sucking-off, more convenient than siphon when use by sponge, without initialization procedure; By sponge, mosquito liquid is stored, moving process can not produce shaking phenomenon at electric mosquito repellent liquid, thereby can not produce noise.
The utility model also comprises retaining mechanism, the port of export of described gas outlet is to being connected to escape pipe, described escape pipe with described gas outlet sphere coordination hinge together, described escape pipe is fixed together with described gas outlet by described retaining mechanism, lock-screw on the face that the same gas outlet that described retaining mechanism comprises pressure holding piece and drives pressure holding piece to be pressed into escape pipe coordinates, described lock-screw is threaded togather with gas outlet, is sphere cooperation between described pressure holding piece and escape pipe.When use, rotation lock screw and make pressure holding piece unclamp the fixation of pressing to escape pipe, then according to user's needs, rotate escape pipe to the port of export of escape pipe towards correspondence direction, and then rotate backward lock-screw, be pressed on and on escape pipe, realize the fixing of escape pipe and gas outlet thereby lock-screw drives pressure holding piece.Realize second goal of the invention.
The utility model also comprises the sealing ring that described escape pipe and gas outlet are sealed connected together, and is matched in clearance between described escape pipe and gas outlet.Can either ensure that junction do not leak out, easily laborsaving can make to rotate escape pipe again time.
As preferably, described escape pipe is provided with spherical connector, and described gas outlet inwall is provided with sphere pit, and described escape pipe is connected in described sphere pit hinged with gas outlet by described spherical connector.Compact conformation, connects reliable.
As preferably, the free end of described spherical connector is contained in described sphere pit.When no matter escape pipe turns to that direction, the inner of escape pipe can not protrude from the inner surface of gas outlet and hinder flowing of gas.
As preferably, the port of export of described escape pipe is provided with even flow plate.Can improve the uniformity of the mosquito-repellent incense gas flowing out through the utility model.Realize the 3rd goal of the invention.
The utility model also comprises the structure that removably connects, and described even flow plate is detachably connected with described escape pipe by the structure that removably connects described in some.Can selectivity be installed by even flow plate.Thereby make the utility model can meet different use needs.
As preferably, described in the structure that removably connects comprise the latch that is arranged at the button hole on described even flow plate surface and is movably connected on described escape pipe and drive latch to reach the spring in described button hole.Convenience when installing/dismounting even flow plate is good.
As preferably, described latch is spherical, and described latch is that sphere coordinates with described escape pipe, and described latch is only against together with described spring.Convenience can further improve installing/dismounting even flow plate time.
As preferably, the center line of described interlocking screw is through the center of escape pipe and gas outlet mating surface.Damage to escape pipe surface can further reduce pressure holding piece and be pressed on escape pipe surface time.
The utlity model has following advantage: by mosquito liquid sucking-off, more convenient than siphon when use by sponge, without initialization procedure; By sponge, mosquito liquid is stored, moving process can not produce shaking phenomenon at electric mosquito repellent liquid, thereby can not produce noise; Bandage is set, can be bundled in easily with it user.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment mono-.
Fig. 2 is the structural representation of the utility model embodiment bis-.
Fig. 3 is the local enlarged diagram at the A place of Fig. 2.
Fig. 4 is the local enlarged diagram at the B place of Fig. 3.
In figure: the free end 62 of housing 1, mosquito liquid holding vessel 2, gas outlet 21, sponge 22, sphere pit 23, sealing ring 24, electric calorifie installation 3, heat insulating mattress 31, battery 4, charger 41, bandage 5, escape pipe 6, spherical connector 61, close spherical connector, retaining mechanism 7, pressure holding piece 71, lock-screw 72, even flow plate 8, the structure that removably connects 9, button hole 91, latch 92, spring 93.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the utility model is further described.
Embodiment mono-, referring to Fig. 1, a kind of portable electric fumigator for preventing mosquito, comprises housing 1.Housing 1 is provided with mosquito liquid holding vessel 2, electric calorifie installation 3 and battery 4.Housing 1 be each side provided with a bandage 5.Mosquito liquid holding vessel 2 is provided with gas outlet 21.Mosquito liquid holding vessel 2 and gas outlet 21 are down " T " font and link together.Gas outlet 21 is towards upper shed.In mosquito liquid holding vessel 2 and gas outlet 21, be all filled with sponge 22.Sponge 22 is filled full mosquito liquid holding vessel 2.The overfill lower semisection of gas port 21 of 22 fillings of sponge, can reduce the loss of mosquito liquid while use like this.Electric calorifie installation 3 is arranged at the outside of gas outlet 21.Electric calorifie installation 3 is for giving gas outlet 21 places heating.The back side (even if the used time is towards the face of human body) of electric calorifie installation 3 is provided with heat insulating mattress 31.Battery 4 is accumulator, and dry cell is also fine certainly.Battery 4 charges by the charger 41 that is arranged at housing 1.
When use, mosquito liquid is that upper end is canned to mosquito liquid holding vessel 2 from the port of export of gas outlet 21, mosquito liquid is that the mode by inhaling in sponge 22 is stored in mosquito liquid holding vessel 2, to tie up on user's body and realize and carrying by bandage 5. when battery 4 is powered to electric calorifie installation 3, electric calorifie installation 3 produces heat and makes mosquito liquid generation mosquito-repellent incense gas, and mosquito-repellent incense gas flows out from the upper end of gas outlet 21.
Embodiment bis-, with the difference of embodiment mono-is: also comprise escape pipe 6, retaining mechanism 7 and even flow plate 8.
The port of export that escape pipe 6 is docked at gas outlet 21 is upper end.Escape pipe 6 is fixed together with gas outlet 21 by retaining mechanism 7.
Even flow plate 8 is arranged on the port of export of escape pipe 6.
Referring to Fig. 3, the entrance point of escape pipe 6 is provided with spherical connector 61.Gas outlet 21 inwalls are provided with sphere pit 23.It is interior and hinged with gas outlet 21 that escape pipe 6 is connected to sphere pit 23 by spherical connector 61, is also that escape pipe 6 carries out hinged with gas outlet 21 for sphere coordinates.Between spherical connector 61 and sphere pit 23, it is matched in clearance.Between spherical connector 61 and sphere pit 23, be sealed connected together by sealing ring 24.Sealing ring 24 is fixed in gas outlet 21.The free end 62 of close spherical connector is all contained in sphere pit 23 (in the scope that also can rotate at escape pipe, the free end 62 of close spherical connector is all positioned at sphere pit 23).
Retaining mechanism 7 comprises pressure holding piece 71 and lock-screw 72.Pressure holding piece 71 is contained in the wall of sphere pit 23.The face that pressure holding piece 71 coordinates by the same gas outlet that is pressed in escape pipe is on the surface of spherical connector 61.Pressure holding piece 71 with between spherical connector 61 be sphere coordinate.Lock-screw 72 is threaded togather with gas outlet 21.The end of thread of lock-screw 72 is connected to together with pressure holding piece 71.The center line of lock-screw 72 is also the centre of sphere of the sphere at spherical connector 61 surperficial places through the center of escape pipe and gas outlet mating surface.Even flow plate 8 is Turbogrid plates.Even flow plate 8 is detachably connected with escape pipe 6 along the structure 9 that removably connects by several.The structure that removably connects 9 is along the circumferential distribution of escape pipe 6.
Referring to Fig. 4, the structure that removably connects 9 comprises button hole 91, latch 92 and spring 93.Button hole 91 is arranged at even flow plate 8 surfaces.Latch 92 is spherical.Latch 92 is movably connected on escape pipe 6 inner surfaces.It between latch 92 and escape pipe 6, is sphere cooperation.Spring 93 is positioned at escape pipe 6.Spring 93 one end with escape pipe 6 be connected to together, the other end is connected to together with latch 92.Latch 92 is with being only connected to together between spring 93, not being fixed together.Latch 92 stretches out escape pipe 6 inner surfaces and realizes even flow plate 8 is linked together with escape pipe 6 in being inserted into button hole 91 under the effect of spring 93.
The method of the lower even flow plate of dismounting is: draw even flow plate 8 outward, the wall of button hole 91 pushes latch 92 and makes latch contraction also lose the fixation to even flow plate 8, even flow plate 8 can be removed, process medi-spring 93 energy storage of shrinking at latch 92, even flow plate 8 takes out rear spring 93 and drives latch to reset and again stretch out the inner surface of escape pipe 6.Assembling is when even flow plate 8, only need in the situation that button hole 91 and latch 92 align, firmly press even flow plate 8 towards escape pipe inside.
Referring to Fig. 4, when use, unclamp the position that retaining mechanism 7 can freely rotate to escape pipe 6, rotate escape pipe 6 to the port of export towards needed direction, then from newly escape pipe 6 and gas outlet 21 being locked together and preventing displacement by retaining mechanism 7.
Referring to Fig. 3, retaining mechanism 7 unclamp and locking process is: rotation lock screw 72 goes to drive pressure holding piece 71 to move.