CN207912922U - A kind of disinfection cabinet - Google Patents
A kind of disinfection cabinet Download PDFInfo
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- CN207912922U CN207912922U CN201720559485.7U CN201720559485U CN207912922U CN 207912922 U CN207912922 U CN 207912922U CN 201720559485 U CN201720559485 U CN 201720559485U CN 207912922 U CN207912922 U CN 207912922U
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Abstract
The utility model is related to a kind of disinfection cabinets, including liner, the liner has at least two processing spaces, it is provided with sliding assembly on the liner, each processing space is both provided with an at least quartz burner, and the quartz burner in the processing space that the quartz burner in each processing space can be adjacent thereto under the action of above-mentioned sliding assembly at least has that there are three types of relative motion modes：Quartz burner in each processing space can be adjacent thereto processing space in quartz burner move in the same direction, mutually from mobile or move towards.Compared with prior art, the utility model can preferably adjust ultraviolet irradiation angle and range, further avoid lighting dead angle so that irradiation-sterilize effect is more preferable by the setting to the quartz burner relative motion mode in adjacent processing space.
Description
Technical field
The utility model is related to appliance field more particularly to a kind of disinfection cabinets.
Background technology
Disinfection cabinet is that one kind is dried to tableware, tableware, towel, clothing, cosmetology apparatus, medical instrument and other items
The tool that dry, sterilizing, heat preservation dehumidify, shape are generally cabinet box-shaped, and cabinet body major part material is stainless steel.According to disinfection side
The difference of formula can be divided into high-pressure steam sterilizer, electrothermal sterilizing cabinet, ozone disinfection cabinet, ultraviolet disinfection cabinet and combined disappear
Malicious cabinet etc. is a variety of.Wherein, ultraviolet disinfection cabinet is irradiated to microorganisms such as bacterium, viruses using ultraviolet light, to damage it
DNA structure in body, kill bacterium or loss procreation could, wherein DNA to wavelength be 253.7nm ultraviolet radiation absorption most
By force, the sterilization functions of ultraviolet light are related with its exposure intensity and total exposure, general up to killing rate >=99%.
The inside of existing ultraviolet disinfection cabinet is generally divided into one in multiple disinfection spaces, such as common dishware disinfection cabinet
As be divided into cabinet and lower cabinet, ultraviolet radiator is usually one, and is fixed between upper and lower cabinet, is at the top of disinfection cabinet liner or interior
The positions such as courage back, since the position of ultraviolet radiator immobilizes, and placement position of the article to be sterilized in liner is because of user
Put custom and exist different so that position of the article to be sterilized in liner is uncertain, thus be easy to cause disinfection
Dead angle, to influence the Disinfection Effect of disinfection cabinet.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of ultraviolet irradiation range for the prior art
Extensively, the disinfection cabinet of lighting dead angle can effectively be avoided.
Technical solution is used by the utility model solves above-mentioned technical problem：A kind of disinfection cabinet, including liner, this is interior
Courage has at least two processing spaces, which is characterized in that sliding assembly is provided on the liner, each processing space is all provided with
Be equipped with an at least quartz burner, the quartz burner in each processing space can under the action of above-mentioned sliding assembly with its phase
Quartz burner in adjacent processing space at least have there are three types of relative motion mode：First way, in each processing space
Quartz burner in quartz burner energy processing space adjacent thereto moves in the same direction；The second way, in each processing space
Quartz burner can be in processing space adjacent thereto quartz burner mutually from movement；The third mode, each processing space
In quartz burner can be in processing space adjacent thereto quartz burner move towards.
Preferably, in the first way, the quartz burner in each processing space can be adjacent thereto
Quartz burner synchronizing moving in processing space.The convenient control to each ultraviolet lamp tube of synchronizing moving, can make inside disinfection cabinet
It is simple in structure, while being irradiated by the superposition of more quartz burners, reinforce ultraviolet irradiation intensity.
Preferably to realize the synchronizing moving of each ultraviolet radiator in two adjacent processing spaces, it is preferable that the sliding assembly
Including sliding motor, sliding rail, sliding block, the nut by above-mentioned sliding motor-driven lead screw and being socketed on the lead screw, the silk
Bar and nut form worm drive pair；Above-mentioned sliding rail is fixed on the inner wall of liner, and offers prolong along its length thereon
The slide opening stretched, lamp holder of the above-mentioned sliding block one end respectively with each quartz burner are fixed, and the other end is inlaid in above-mentioned slide opening；It is above-mentioned
Lead screw and sliding motor are each attached on the outer wall of liner, and through-hole corresponding with above-mentioned slide opening is offered on the side wall of liner,
One end of above-mentioned nut is fixed by the other end of through-hole and sliding block, to be slid back and forth along slide opening with movable slider.
Preferably to realize a variety of relative motions of each ultraviolet radiator in two adjacent processing spaces, it is preferable that the sliding
Component and each quartz burner correspond, and each sliding assembly includes sliding motor, sliding rail, sliding block, driven by the sliding motor
Dynamic lead screw and the nut being socketed on the lead screw, the lead screw and nut form worm drive pair, and in each sliding assembly
Sliding rail is arranged in parallel；Above-mentioned sliding rail is fixed on the inner wall of liner, and offers the slide opening extended along its length thereon,
Each sliding block one end is fixed with the lamp holder of corresponding quartz burner, and the other end is inlaid in above-mentioned slide opening；Above-mentioned lead screw and sliding
Motor is each attached on the outer wall of above-mentioned liner, and through-hole corresponding with above-mentioned slide opening, above-mentioned spiral shell are offered on the side wall of liner
Female one end is fixed by the other end of through-hole and sliding block, to be slid back and forth along slide opening with movable slider.
Due to offering through-hole on the side wall of liner in said program, to avoid ultraviolet light from being revealed from through-hole, it is preferable that
It is fixed with protective cover on the lateral surface of the side wall of the liner, the inner peripheral surface of the protective cover is enclosed with above-mentioned lateral surface to be set to form closing
Space, the sliding motor, lead screw and nut are arranged in the enclosure space.
Preferably to realize the phase of the quartz burner in two adjacent processing spaces from movement, it is preferable that the sliding group
Part be arranged inside liner comprising sliding motor and with the one-to-one sliding rail of each quartz burner, sliding block and link block, institute
It states and driving pulley is installed on the power output shaft of sliding motor, driven pulley, above-mentioned master are installed on the inner wall of the liner
Movable belt pulley is with driven pulley by being driven V belt translation；Each sliding rail is each attached on the side wall of liner, and each sliding block is inlaid in
It can slide in corresponding sliding rail and along each sliding rail, the lamp holder of each quartz burner is both connected on corresponding sliding block, each link block
One end fixed with corresponding sliding block, the other end fix on the belt.
To keep the relative motion form of the quartz burner in two adjacent processing spaces more abundant, so as to further adjust
Save the indexs such as irradiating angle, range, the intensity of each quartz burner so that irradiation-sterilize effect is more preferable, it is preferable that each purple
Being provided between the lamp holder and sliding assembly of outside line fluorescent tube can be such that the other end of the quartz burner is swung relative to lamp holder end
Swing mechanism or the lamp holder and sliding assembly between be provided with the other end of quartz burner can be made to be revolved relative to lamp holder end
The rotating mechanism turned.
Further, it is preferable that the swing mechanism is corresponded with quartz burner, and each swing mechanism includes swinging electricity
Machine, swing arm, swing driving gear, swing driven gear and mounting base, above-mentioned oscillating motor are fixed in mounting base, are installed
Seat is fixed on sliding block；Above-mentioned swing arm is two, and one end of each swing arm is hinged with the both sides of lamp holder respectively, and the other end is solid respectively
The both sides of mounting base are scheduled on, swinging axle is fixed on one of swing arm；Above-mentioned swing driving gear is fixed on oscillating motor
Power output shaft on, swing driven gear be fixed on swinging axle.
Further, it is preferable that the rotation direction of the swing arm is vertical with the extending direction of sliding rail.
Preferably, the quartz burner in each processing space is one, the rotating mechanism includes electric rotating
Machine, rotation driving gear, the rotary drive gear engaged with the rotation driving gear, tube face, above-mentioned electric rotating machine and fluorescent tube
Seat is each attached on sliding block, and the rotation driving gear is fixed on the power output shaft of electric rotating machine, each quartz burner
Lamp holder is arranged by shaft on tube face respectively, and above-mentioned rotary drive gear is fixed therein in a shaft, above-mentioned rotation
The power output shaft of rotating motor is fixed with another shaft.
Compared with prior art, the utility model has the advantage of：By the way that sliding assembly is arranged in the utility model so that
Quartz burner in adjacent processing space also has at least on the basis of realizing movement and expand its ultraviolet light range of exposures
Three kinds of relative motion modes：It is mobile in the same direction, the convenient control to quartz burner, while can be irradiated by the superposition of ultraviolet light,
Enhance exposure intensity；Mutually from movement, ultraviolet light can be made more uniformly to irradiate and throughout managed in space；It moves towards, makes purple
On the basis of outside line is equably irradiated, the superposition irradiation of ultraviolet light, further enhances exposure intensity when by moving towards.It can
See, the utility model can be adjusted preferably by the setting to the quartz burner relative motion mode in adjacent processing space
Ultraviolet irradiation angle and range, further avoid lighting dead angle so that irradiation-sterilize effect is more preferable.
Description of the drawings
Fig. 1 is the structural schematic diagram of disinfection cabinet in the utility model embodiment 1；
Fig. 2 is the partial structural diagram of disinfection cabinet in the utility model embodiment 1；
Fig. 3 is the other direction structural schematic diagram of Fig. 2；
Fig. 4 is 1 middle-ultraviolet lamp fluorescent tube motion state schematic diagram of the utility model embodiment；
Fig. 5 is the mounting structure schematic diagram of 1 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Fig. 6 is the mounting structure exploded view of 1 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Fig. 7 is the partial structural diagram of disinfection cabinet in the utility model embodiment 2；
Fig. 8 is the structural schematic diagram of the other direction of Fig. 7；
Fig. 9 is 2 middle-ultraviolet lamp fluorescent tube motion state schematic diagram of the utility model embodiment；
Figure 10 is the mounting structure schematic diagram of 2 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Figure 11 is the mounting structure exploded view of 2 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Figure 12 is the partial structural diagram of disinfection cabinet in the utility model embodiment 3；
Figure 13 is 3 middle-ultraviolet lamp fluorescent tube motion state schematic diagram of the utility model embodiment；
Figure 14 is the mounting structure exploded view of 3 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Figure 15 is the mounting structure schematic diagram of 4 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Figure 16 is the mounting structure exploded view of 4 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Figure 17 is the first motion state of two quartz burners in the utility model embodiment 4；
Figure 18 is second of motion state of two quartz burners in the utility model embodiment 4；
Figure 19 is the third motion state of two quartz burners in the utility model embodiment 4；
Figure 20~Figure 22 is the process of the 4th kind of motion state of two quartz burners in the utility model embodiment 4
Figure；
Figure 23 is the partial structural diagram of disinfection cabinet in the utility model embodiment 5；
Figure 24 is the mounting structure schematic diagram of 5 middle-ultraviolet lamp fluorescent tube of the utility model embodiment；
Figure 25 is the mounting structure exploded view of 5 middle-ultraviolet lamp fluorescent tube of the utility model embodiment.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing embodiment.
Embodiment 1：
As shown in figs. 1 to 6, a kind of disinfection cabinet, including shell 11 and the liner 12 that is arranged in shell 11.Liner 12 it is interior
Chamber is divided into two processing spaces 121,122 up and down, wherein being provided with pull-up basket 13, lower processing space in upper processing space 121
Drop-down basket 14 is provided in 122, upper and lower draw in basket 13,14 is used equally for placing article to be sterilized.In the present embodiment, the disinfection
Cabinet is dishware disinfection cabinet, and accordingly, above-mentioned article to be sterilized is tableware.
A quartz burner 2 is respectively arranged in above-mentioned upper and lower processing space 121,122, wherein upper processing space 121
In quartz burner 2 be arranged straight up, and the quartz burner 2 in lower processing space 122 is arranged straight down, and two
About 2 quartz burner is opposite.In addition, also setting up sliding assembly 3 in liner 12, above-mentioned two quartz burners 2 can be in the cunning
Moving component 3 drives lower synchronous translational, to solve the problems, such as that the ultraviolet light that quartz burner 2 is sent out is blocked by tableware, increase purple
The irradiated area of outside line, avoids lighting dead angle.
Specifically, two quartz burners 2 in the present embodiment share one group of sliding assembly 3, to make two ultraviolet radiator
Pipe 2 can realize synchronizing moving.Above-mentioned sliding assembly 3 include sliding motor 33, sliding rail 31, sliding block 32, by above-mentioned sliding motor 33
The lead screw 34 of driving and the nut 35 being socketed on the lead screw 34, the lead screw 34 and nut 35 form worm drive pair.Wherein,
Above-mentioned sliding rail 31 is horizontally fixed on the medial surface of backboard 123 of liner 12, and positioned at the middle part of backboard 123, i.e. sliding rail 31
At the middle level of upper and lower processing space 121,122.The slide opening 311 extended along its length, the slide opening are offered on sliding rail 31
311 both ends are respectively arranged with limit protrusion 312, and 32 one end of above-mentioned sliding block is fixed with the lamp holder of each quartz burner 2 21 respectively,
The other end is inlaid in above-mentioned slide opening 311.In addition, above-mentioned lead screw 34 and sliding motor 33 are each attached to the backboard 123 of liner 12
Lateral surface on, and through-hole (not shown) corresponding with above-mentioned slide opening 311, one end of above-mentioned nut 35 are offered on backboard 123
It is fixed by the interconnecting piece 361 of through-hole and sliding block 32, to be slid back and forth along slide opening 311 with movable slider 32.To avoid ultraviolet light
Revealed by above-mentioned through-hole, protective cover 15 be fixed on the lateral surface of the backboard 123 of liner, the inner peripheral surface of the protective cover 15 with it is upper
It states lateral surface and encloses and set to form enclosure space, above-mentioned sliding motor 33, lead screw 34 and nut 35 are arranged in the enclosure space.
In the present embodiment, the quartz burner 2 in upper and lower processing space 121,122 can be under the driving of sliding motor 33
The left and right synchronous translational in respective processing space respectively, to irradiate corresponding drawing basket respectively, and then to drawing the tableware in basket
It carries out disinfection.By the left and right translation of quartz burner 2, ultraviolet irradiation angle is expanded, ultraviolet irradiation is increased
Range avoids ultraviolet light and is blocked problem, solves lighting dead angle problem, improve the Disinfection Effect of disinfection cabinet.
Embodiment 2：
As shown in Fig. 7~11, as different from Example 1, in the present embodiment, sliding assembly 3 and each quartz burner 2 one
One corresponds to, i.e., is respectively arranged with sliding assembly 3 in upper and lower processing space 121,122, so as to be carried out to each quartz burner 2
Independent control makes each quartz burner 2 that can kill virus respectively to the tableware in upper and lower processing space 121,122, can basis
Need a variety of relative motions of two quartz burners 2 of realization (such as：It is mobile in the same direction, mutually from movement, move towards) for example：Upper place
Quartz burner 2 in reason space 121 is still on the left of processing space 121, the tableware in 121 left side of processing space in sterilization,
And this quartz burner 2 at present in processing space 122 can be still in the right side of lower processing space 122, and it is empty to sterilize lower processing
Between 122 right side tableware.It, can more easily root as it can be seen that by the separate space of the quartz burner 2 in different disposal space
It carries out disinfection according to needs, it is user-friendly.
Specifically, in the present embodiment each sliding assembly 3 include sliding motor 33, sliding rail 31, sliding block 32, by the sliding electricity
The lead screw 34 that machine 33 drives and the nut 35 being socketed on the lead screw 34, the lead screw 34 and nut 35 form worm drive pair,
And the sliding rail 31 in each sliding assembly 3 is arranged in parallel.Above-mentioned each sliding rail 31 is horizontally fixed on the inside of the backboard 123 of liner
On face, and positioned at the middle part of backboard 123, i.e., two sliding rails 31 are respectively positioned at the middle level of upper and lower processing space 121,122, and each cunning
The slide opening 311 extended along its length, the lamp holder of each sliding block 32 one end and corresponding quartz burner 2 are offered on rail 31
21 fix, and the other end is inlaid in corresponding slide opening 311.Above-mentioned lead screw 34 and sliding motor 33 are each attached to above-mentioned liner 12
Through-hole corresponding with above-mentioned slide opening 311, above-mentioned nut 35 are offered on the lateral surface of backboard 123, and on the backboard 123 of liner 12
One end fixed by the other end of through-hole and sliding block 32, to being slid back and forth along slide opening 311 with movable slider 32.It is similarly and avoids
Ultraviolet light is revealed, and protective cover 15 is fixed on the lateral surface of the backboard 123 of liner, the inner peripheral surface of the protective cover 15 and above-mentioned outside
Face, which is enclosed, to be set to form enclosure space, and above-mentioned each sliding motor 33, lead screw 34 and nut 35 are accommodated in the enclosure space.
Embodiment 3：
As shown in Figure 12~14, as different from Example 1, in the present embodiment, sliding assembly 3 is arranged in liner 12
Portion comprising sliding motor 33 and with 2 one-to-one sliding rail 31 of each quartz burner, sliding block 32 and link block 37, sliding electricity
Driving pulley 38 is installed on the power output shaft of machine 33, driven pulley 39, above-mentioned main belt are installed on the inner wall of liner 12
Wheel 38 is driven with driven pulley 39 by transmission belt 30.Each sliding rail 31 is horizontally fixed on the middle part of the backboard 123 of liner 12, respectively
Sliding block 32 is inlaid in corresponding sliding rail 31 and can be slided along each sliding rail 31, and the lamp holder 21 of each quartz burner 2 is both connected to
On corresponding sliding block 32, one end of each link block 37 is fixed with corresponding sliding block 32, and the other end is fixed on transmission belt 30.In this way
Quartz burner 2 in upper and lower processing space 121,122 can realize phase from movement in the case where sliding motor 33 drives, such as：When upper
When 2 level of quartz burner in processing space 121 moves right, the quartz burner 2 in lower processing space 122 is horizontal to the left
It is mobile, it is throughout managed in space so as to make ultraviolet light more uniformly irradiate.
Embodiment 4：
As shown in Figure 15~23, as different from Example 3, in the present embodiment, the lamp holder 21 of each quartz burner 2 with
The swing mechanism 4 that the other end of the quartz burner 2 can be made to be swung relative to 21 end of lamp holder is provided between sliding assembly 3.It should
Swing mechanism 4 is corresponded with quartz burner 2, and each swing mechanism 4 includes oscillating motor 41, swing arm 43, swings actively
Gear 44, swing driven gear 45 and mounting base 42, above-mentioned oscillating motor 41 are fixed in mounting base 42, and mounting base 42 is fixed
In sliding block 32.Above-mentioned swing arm 43 is two, and one end of each swing arm 43 is hinged with the both sides of lamp holder 21 respectively, other end difference
The both sides of mounting base 42 are fixed on, swinging axle 431 is fixed on one of swing arm 43, above-mentioned swing driving gear 44 is fixed
On the power output shaft of oscillating motor 41, swings driven gear 45 and be fixed on swinging axle 431.As it can be seen that in the present embodiment
Two quartz burners 2 respectively can also independently be swung under the driving of oscillating motor 41 respectively on the basis of phase is from movement, to
The relative motion form of two quartz burners 2 is further enriched, so that angle and intensity that ultraviolet light can be as needed are more
Add and is sufficiently irradiated with.
As shown in figure 17, in the quartz burner 2 in upper processing space 121 (placing straight up) and lower processing space
Quartz burner 2 (placing straight down) moves horizontally sterilization in the upper and lower part of liner backboard 123 respectively and (is located at the same of three-dimensional
One planar movement).The wavelength that two quartz burners 2 are sent out can be different, can (i.e. 9 kinds of three kinds of wavelength collocation selection below
Collocation mode)：1) two quartz burners 2 send out 253.7nm wavelength, are sterilized using ultraviolet C wave；2) two quartz burner 2
253.7nm (sterilization of ultraviolet C wave) and 184.9nm (generating ozone) wavelength are sent out respectively, while utilizing ultraviolet C wave and ozone
Sterilization；3) two quartz burners 2 send out the broadband light-wave of 250-780nm and are sterilized.Pass through the collocation of different ultraviolet wavelengths
Selection, can make irradiation-sterilize effect more preferable.
As shown in figure 18, the 2 horizontal forward placement of quartz burner in upper processing space 121, at the upper place of disinfection cabinet
Space 121 and middle layer movement sterilization are managed, the quartz burner 2 in lower processing space 122 is placed straight down, in lower processing
Sterilization is moved at the back side in space 122, i.e. two quartz burners 2 in the two-dimensional plane positioned at three-dimensional, sterilize simultaneously by movement, ultraviolet
Line irradiating angle bigger, range are wider.Equally, it can arrange in pairs or groups by said program to the wavelength of two quartz burner 2, into one
Step promotes bactericidal effect.
As shown in figure 19, the quartz burner 2 in upper processing space 121 is placed straight up, in upper processing space 121
The back side movement sterilization, the 2 horizontal forward placement of quartz burner of lower processing space 122, in lower processing space 122 and centre
The mobile sterilization of layer, i.e. two quartz burners 2 are positioned at the mobile sterilization simultaneously of three-dimensional two-dimensional plane, and ultraviolet light irradiating angle is more
Greatly, range is wider.Equally, it can arrange in pairs or groups by said program to the wavelength of two quartz burner 2, further promote sterilization effect
Fruit.
In addition, quartz burner 2 in upper and lower processing space 121,122 can also horizontal forward setting simultaneously, i.e., two is purple
Outside line fluorescent tube 2 is lower on the intermediate layer to be placed, and sterilization is moved horizontally simultaneously positioned at two three-dimensional planes, equally, can be to two purple
The wavelength of outside line fluorescent tube 2 is arranged in pairs or groups by said program.
As shown in Figure 20~22, emphasis sterilizes lower processing space 122 at this time, the ultraviolet light of lower processing space 122
Fluorescent tube 2 moves at the back side of lower processing space 122, and the quartz burner 2 of upper processing space 121 is swung (most while mobile
It is 90 degree big), it realizes the dynamic sterilization of two dimension variation, arranges in pairs or groups in conjunction with the different wave length of two quartz burners 2, bactericidal effect is more preferable.
It is similar with this when emphasis sterilizes upper processing space 121, it repeats no more.
Embodiment 5：
As shown in Figure 23~25, as different from Example 1, between the lamp holder 21 and sliding assembly 3 of each quartz burner 2
It is provided with the rotating mechanism 5 that the other end of quartz burner 2 can be made to be rotated relative to 21 end of lamp holder.The rotating mechanism 5 includes rotation
Rotating motor 51, rotation driving gear 52, the rotary drive gear 53 engaged with the rotation driving gear 52, tube face 211, it is above-mentioned
Electric rotating machine 51 and fluorescent tube 2 are each attached on sliding block 32, and rotation driving gear 52 is fixed on the power output of electric rotating machine 51
On axis, the lamp holder 21 of each quartz burner 2 is arranged by shaft 212 on tube face 211 respectively, and above-mentioned rotary drive gear
53 are fixed therein in a shaft 212, and the power output shaft of above-mentioned electric rotating machine 51 is fixed with another shaft 212.This reality
Two quartz burners 2 in example are applied on the basis of horizontal synchronization is moved, moreover it is possible to occur under the driving of electric rotating machine 51 opposite
Rotation, such as：Two quartz burners 2 can turn to horizontal forward state simultaneously, translate and sterilize in middle layer；Or two ultraviolet light
Fluorescent tube 2 can be rotated respectively to state straight up and vertically downward state, translated in upper and lower processing space 121,122 respectively
Sterilization.
Claims (5)
1. a kind of disinfection cabinet, including liner (12), there are at least two processing spaces, which is characterized in that institute in the liner (12)
It states and is provided with sliding assembly (3) on liner (12), an at least quartz burner is respectively arranged in each processing space
(2), the processing space that the quartz burner (2) in each processing space can be adjacent thereto under the action of above-mentioned sliding assembly (3)
In quartz burner (2) have at least three kinds of relative motion modes：First way, the quartz burner in each processing space
(2) quartz burner (2) in processing space that can be adjacent thereto is mobile in the same direction；The second way, the purple in each processing space
Quartz burner (2) in outside line fluorescent tube (2) energy processing space adjacent thereto is mutually from movement；The third mode, each processing are empty
Between in quartz burner (2) can be in processing space adjacent thereto quartz burner (2) move towards；
In the first way, in the processing space that the quartz burner (2) in each processing space can be adjacent thereto
Quartz burner (2) synchronizing moving, the sliding assembly (3) include sliding motor (33), sliding rail (31), sliding block (32), by
The lead screw (34) of above-mentioned sliding motor (33) driving and the nut (35) being socketed on the lead screw (34), the lead screw (34) and spiral shell
Female (35) form worm drive pair；Above-mentioned sliding rail (31) is fixed on the inner wall of liner (12), and offers thereon along its length
The slide opening (311) that direction extends, above-mentioned sliding block (32) one end is fixed with the lamp holder of each quartz burner (2) (21) respectively, another
End is inlaid in above-mentioned slide opening (311)；Above-mentioned lead screw (34) and sliding motor (33) are each attached on the outer wall of liner (12), and
Offer through-hole corresponding with above-mentioned slide opening (311) on the side wall of liner (12), one end of above-mentioned nut (35) by through-hole with
The other end of sliding block (32) is fixed, to be slid back and forth along slide opening (311) with movable slider (32)；
In the second way, the sliding assembly (3) setting is internal in liner (12) comprising sliding motor (33) and
With the one-to-one sliding rail (31) of each quartz burner (2), sliding block (32) and link block (37), the sliding motor (33) is moved
Driving pulley (38) is installed on power output shaft, driven pulley (39), above-mentioned active are installed on the inner wall of the liner (12)
Belt wheel (38) is driven with driven pulley (39) by transmission belt (30)；Each sliding rail (31) is each attached to the side wall of liner (12)
On, each sliding block (32) is inlaid in corresponding sliding rail (31) and can be slided along each sliding rail (31), the lamp of each quartz burner (2)
Seat (21) is both connected on corresponding sliding block (32), and one end of each link block (37) is fixed with corresponding sliding block (32), the other end
It is fixed on transmission belt (30)；
In the third above-mentioned mode, sliding assembly (3) is corresponded with each quartz burner (2), and each sliding assembly (3) is wrapped
It includes sliding motor (33), sliding rail (31), sliding block (32), the lead screw (34) driven by the sliding motor (33) and is socketed in the silk
Nut (35) on bar (34), the lead screw (34) and nut (35) form worm drive pair, and the sliding rail in each sliding assembly (3)
(31) it is arranged in parallel；Above-mentioned sliding rail (31) is fixed on the inner wall of liner (12), and offers prolong along its length thereon
The slide opening (311) stretched, each sliding block (32) one end is fixed with the lamp holder (21) of corresponding quartz burner (2), and the other end is inlaid in
In above-mentioned slide opening (311)；Above-mentioned lead screw (34) and sliding motor (33) are each attached on the outer wall of above-mentioned liner (12), and liner
(12) through-hole corresponding with above-mentioned slide opening (311) is offered on side wall, one end of above-mentioned nut (35) passes through through-hole and sliding block
(32) the other end is fixed, to be slid back and forth along slide opening (311) with movable slider (32).
2. disinfection cabinet as described in claim 1, which is characterized in that the lamp holder (21) of each quartz burner (2) and sliding
The swing mechanism (4) that the other end of the quartz burner (2) can be made to be swung relative to lamp holder end is provided between component (3), or
Being provided between person's lamp holder (21) and sliding assembly (3) can be such that the other end of quartz burner (2) is rotated relative to lamp holder end
Rotating mechanism (5).
3. disinfection cabinet as claimed in claim 2, which is characterized in that the swing mechanism (4) is a pair of with quartz burner (2) one
It answers, each swing mechanism (4) includes oscillating motor (41), swing arm (43), swings driving gear (44), swings driven gear
(45) and mounting base (42), above-mentioned oscillating motor (41) are fixed in mounting base (42), and mounting base (42) is fixed on sliding block
(32)；
Above-mentioned swing arm (43) is two, and one end of each swing arm (43) is hinged with the both sides of lamp holder (21) respectively, the other end point
It is not fixed on the both sides of mounting base (42), swinging axle (431) is fixed on one of swing arm (43)；
Above-mentioned swing driving gear (44) is fixed on the power output shaft of oscillating motor (41), and it is fixed to swing driven gear (45)
On swinging axle (431).
4. disinfection cabinet as claimed in claim 3, which is characterized in that the rotation direction of the swing arm (43) and sliding rail (31)
Extending direction is vertical.
5. disinfection cabinet as claimed in claim 2, which is characterized in that the quartz burner (2) in each processing space is
One, the rotating mechanism (5) includes electric rotating machine (51), rotation driving gear (52), is nibbled with the rotation driving gear (52)
The rotary drive gear (53) of conjunction, tube face (211), above-mentioned electric rotating machine (51) and tube face (211) are each attached to sliding block
(32) on, the rotation driving gear (52) is fixed on the power output shaft of electric rotating machine (51), each quartz burner (2)
Lamp holder (21) is arranged by shaft (212) on tube face (211) respectively, and above-mentioned rotary drive gear (53) is fixed therein
On a piece shaft (212), the power output shaft of above-mentioned electric rotating machine (51) is fixed with another shaft (212).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720559485.7U CN207912922U (en) | 2017-05-19 | 2017-05-19 | A kind of disinfection cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720559485.7U CN207912922U (en) | 2017-05-19 | 2017-05-19 | A kind of disinfection cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207912922U true CN207912922U (en) | 2018-09-28 |
Family
ID=63612262
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720559485.7U Withdrawn - After Issue CN207912922U (en) | 2017-05-19 | 2017-05-19 | A kind of disinfection cabinet |
Country Status (1)
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| CN (1) | CN207912922U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111166902A (en) * | 2018-11-09 | 2020-05-19 | 宁波方太厨具有限公司 | Disinfection cabinet |
-
2017
- 2017-05-19 CN CN201720559485.7U patent/CN207912922U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111166902A (en) * | 2018-11-09 | 2020-05-19 | 宁波方太厨具有限公司 | Disinfection cabinet |
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| GR01 | Patent grant | ||
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180928 Effective date of abandoning: 20230818 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180928 Effective date of abandoning: 20230818 |