CN102524216B - Insect killing lamp device - Google Patents
Insect killing lamp device Download PDFInfo
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- CN102524216B CN102524216B CN201110458297.2A CN201110458297A CN102524216B CN 102524216 B CN102524216 B CN 102524216B CN 201110458297 A CN201110458297 A CN 201110458297A CN 102524216 B CN102524216 B CN 102524216B
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Abstract
The invention provides an insect killing lamp device, belonging to the technical field of agricultural insect killing equipment. By the device, the technical problem that the existing insect killing lamp devices are likely to accidentally injure the users and cause potential safety hazards to the users is solved. The insect killing lamp comprises an upper lamp cap and an insect collection plate, wherein the insect collection plate is arranged below the upper lamp cap and is connected with the upper lamp cap by columns; high-voltage meshes are arranged between the upper lamp cap and the insect collection plate; and an insect attracting lamp is arranged at the lower end of the upper lamp cap. The insect killing lamp is characterized in that uncharged protective meshes are arranged outside the high-voltage meshes; and isolation structures which can prevent the high-voltage meshes from partial discharge toward the columns are arranged between the columns and the outer sides of the high-voltage meshes. The insect killing lamp device has the following advantage that: the electricity utilization safety of the insect killing lamp is improved.
Description
Technical field
The invention belongs to agriculture vermin exterminating apparatus technical field, relate to a kind of deinsectization instrument, particularly a kind of insect killing lamp device.
Background technology
Chemical pesticide deinsectization is the deinsectization method that friend peasant is traditional, but chemical pesticide not only affects environment,, there is insect killing lamp in the hidden danger that sometimes also can bring crops edible safety, it is the phototaxis of utilizing mosquito in recent years, bug killing equipment send a certain wavelength spectrum line, mosquito is responsive especially to the light of this wavelength, under the luring of the light of this wavelength, to this light source, flies to, it is dead that people utilize high-voltage fence that mosquito is touched, and reaches the effect of deinsectization.
For improving the deinsectization effect of insect killing lamp device, I disclose a kind of High-Voltage Network grid structure of insect killing lamp in patent (CN2927698Y), it coordinates vertical rod to form supporting structure by upper dead ring, insulation underframe, lower dead ring is arranged a kind of high-pressure metal bar of polarity along anchor ring, the insulation underframe that is positioned at lower dead ring below one segment distance is installed with the high-pressure metal bar of another polarity.The bottom of the high-pressure metal bar of two kinds of polarity bends inwards and each is soldered in becket separately, from becket respectively conductor introduction be fixedly arranged in dead ring or insulation underframe.
Above-mentioned utility model improves an anti-breakdown performance, and the low side of the high-pressure metal bar of two-stage bends inwards, and facilitates clear worm, can avoid the breakdown and phenomenon that is short-circuited of the insect corpse of embedding collection between positive or negative high voltage bonding jumper root.But insect killing lamp device is a high-pressure installation, in use, may there is hand and stretch into by mistake and touch High-Voltage Network grid and cause danger in friend peasant.Be subject to the impact of insect killing lamp device operating environment (humidity is more high), the phenomenon that High-Voltage Network grid or its periphery are broken down by high-voltage may occur, thereby affect safety in utilization and the durability of this device.
Summary of the invention
The object of the invention is the problems referred to above that exist for existing technology, a kind of insect killing lamp device is provided, technical problem to be solved by this invention is to improve the Electrical Safety of insect killing lamp.
Object of the present invention can realize by following technical proposal: a kind of insect killing lamp device, insect killing lamp comprises the crown top of burner and collection worm dish, described collection worm dish is positioned at the below of the crown top of burner and both are connected by column, between the described upper crown top of burner and collection worm dish, be provided with High-Voltage Network grid, the lower end of the described upper crown top of burner is provided with insect attractant light, it is characterized in that, the outside of described High-Voltage Network grid is arranged with uncharged protection network grid, is provided with and can prevents that High-Voltage Network grid from producing the isolation structure of shelf depreciation to column between described column and the outside portion of High-Voltage Network grid; Described collection worm dish comprises that the disk body and that is a plate-like is erected at the connection bracket on disk body, the upper end of above-mentioned High-Voltage Network grid is connected on the crown top of burner, lower end is connected in described connection bracket, has the concave configuration of its body of an increase and High-Voltage Network grid lower end spacing in described connection bracket.
The operation principle of this device is as follows: column is used for connecting the crown top of burner and collection worm dish, the middle part, lower surface of the upper crown top of burner is provided with insect attractant light, High-Voltage Network grid are arranged on the periphery of insect attractant light, work as night, insect is under the attraction of the light of insect attractant light, to insect attractant light is sudden, hit on High-Voltage Network grid, thereby get an electric shock and die, the insect after death drops on collection worm dish.High-Voltage Network grid itself are with high-tension electricity, and general voltage ratio is higher, and electric current is not very large, but because the periphery of High-Voltage Network grid does not have effective protector at present, thereby thereby cause others' false touch High-Voltage Network grid injured.This device is provided with uncharged protection network grid in the periphery of High-Voltage Network grid, like this when having people to encounter because of carelessness protection network grid, can be not injured because of high voltage electricity yet, protection network grid will effectively separate between personnel and High-Voltage Network grid, thus the safety that has improved this insect killing lamp; This device also column and and its approaching high pressure grizzly bar part between isolation structure is set, both are separated, avoided the possibility of the breakdown generation shelf depreciation of air in this region, guarantee that column is not charged, thus the safety that has improved insect killing lamp.Concave configuration main purpose is the spacing that increases High-Voltage Network grid lower end and connection bracket, after insect is electrocuted by High-Voltage Network grid, is difficult for making insect to stay between High-Voltage Network grid lower end and connection bracket, prevents the insect connection bracket of igniting.
In above-mentioned a kind of insect killing lamp device, described protection network grid comprise some successively left and right join end to end and be distributed in ringwise the guard boom in High-Voltage Network grid outsides, every guard boom two ends all have connector, on the described upper crown top of burner and collection worm dish, all offer several slots, described connector is plugged in described slot.Employing is plugged on this inserting mode in slot by connector and is connected, relatively simple for structure, mounts and dismounts all than being easier to, and not too relies on professional instrument.
In above-mentioned a kind of insect killing lamp device, described guard boom comprises at least two support bars longitudinally, this guard boom also comprises some laterally protection grizzly bars and longitudinal protection grizzly bar, described horizontal protection grizzly bar and support bar and longitudinally protect grizzly bar and be connected, the two ends of described support bar have above-mentioned connector.Every guard boom uses support bar as skeleton, and connector is arranged on support bar, has optimized stressing conditions.
Wherein, the quantity of described support bar is two, and lays respectively at the two ends, left and right of guard boom.Each support bar, as the edge of every guard boom, is conducive to install like this.Described connector and support bar are integral type structure.Connector and support bar are made of one to formula structure, when making support bar processing, just can process the size and dimension of connector, simplified operation.The described upper crown top of burner and collection worm dish are polygonized structure, and the limit number of the quantity of described guard boom and the upper crown top of burner matches.Each limit of the upper crown top of burner or collection worm dish is provided with a guard boom, guarantees that the protection of High-Voltage Network grid does not have dead angle.Described support bar is insulator, and described horizontal protection grizzly bar and longitudinally protection grizzly bar are also insulator.Three is that insulator has guaranteed that guard boom is insulator.
In above-mentioned a kind of insect killing lamp device, the quantity of described High-Voltage Network grid is provided with some, centered by the insect attractant light of these some above crown tops of burner of High-Voltage Network grid outwards radially, described single-chip high voltage net grid comprise some with column longitudinal grizzly bar that be arranged in parallel, the two ends that are positioned at outermost longitudinal grizzly bar are connected on the crown top of burner and collection worm dish, and above-mentioned isolation structure is arranged between this outermost longitudinal grizzly bar and the two ends of column.
Wherein, the preferred version of High-Voltage Network grid is three, 120 ° of distributions of angle mutually.
In above-mentioned a kind of insect killing lamp device, described isolation structure comprises the insulating part one being connected with collection worm dish and the insulating part two being connected with the upper crown top of burner, the easy breakdown area of described insulating part one between column and the lower end of the longitudinal grizzly bar of outermost, the easy breakdown area of described insulating part two between column and the upper end of the longitudinal grizzly bar of outermost, longitudinal grizzly bar in described High-Voltage Network grid comprises grizzly bar group one and the grizzly bar group two of two groups of band opposed polarity electric charges, described grizzly bar group one and grizzly bar group two have respectively several binding posts one and binding post two, described binding post one and the easy breakdown area between binding post two are also provided with described insulating part two.Column and and its longitudinal grizzly bar approaching between insulating part two is set, both are separated, avoided the possibility of the breakdown generation shelf depreciation of air in this region, guarantee that column is not charged, thus the safety that has improved insect killing lamp; Easy breakdown area between binding post one and binding post two is also provided with insulating part two, guarantees that both electric arc can not occur, and improves safety; This insulating part two comprises that two insulation that be arranged in parallel are dull and stereotyped, has greatly improved insulating coefficient, breakdown phenomenon can not occur.
In above-mentioned a kind of insect killing lamp device; described insulating part one comprises that at least one insulation longitudinally arranging is dull and stereotyped; the lower end of described insulation flat board is connected on collection worm dish; described at least one insulation longitudinally arranging of insulating part two enclosed mass is dull and stereotyped; the upper end of described insulation flat board is connected on the crown top of burner, and described easy breakdown area is that two air line distances between protected body are less than 4mm.In general be less than the region of 4mm easily by the high-voltage breakdown of this insect killing lamp.
Wherein, as preferred version, the dull and stereotyped quantity of insulation in each insulating part one is one.As preferred version, the quantity of the insulation flat board in each insulating part two is two, and both be arranged in parallel.
In above-mentioned a kind of insect killing lamp device, described concave configuration comprises that one is placed in the bar shaped body of every High-Voltage Network grid below, turn back out upwardly and outwardly respectively at the bar shaped body two ends connecting portion of the longitudinal grizzly bar in both sides of the above-mentioned High-Voltage Network grid of connection, the inner of every bar shaped body is connected mutually by an annulus, and the outer end of every bar shaped body is connected on above-mentioned column.The bar shaped body of this connection bracket is corresponding one by one with every above-mentioned High-Voltage Network grid.
In above-mentioned a kind of insect killing lamp device, on the described upper crown top of burner, be hinged with a solar panel, the upper end of the described upper crown top of burner has the joint pin of the above-mentioned solar panel of a connection, on solar panel, be provided with a connecting plate that is concavity, in the recess of above-mentioned joint pin Snap joint plate and be hinged on connecting plate by jointed shaft, between solar panel and the upper crown top of burner, be provided with one and when solar panel, relatively go up the crown top of burner and turn an angle and solar panel can be fixed on to the location structure on the crown top of burner.Between solar panel and deinsectization lamp body, be provided with a location structure, this location structure is mainly to turn an angle and solar panel can be fixed on deinsectization lamp body when the relative deinsectization lamp body of solar panel, solar panel utilizes this swing feature, can make solar panel there is good daylighting effect, region restriction while making too insect killing lamp with solar panel not use, this solar panel daylighting effect is better.
In above-mentioned a kind of insect killing lamp device, described location structure comprises that one is arranged on solar panel with respect to relatively going up the location-plate that the crown top of burner limits rotational angle on upper crown top of burner swaying direction and to solar panel, radial direction along joint pin on above-mentioned joint pin is installed with a screw rod, and described screw rod is located on above-mentioned location-plate and with location-plate and is connected mutually.This location-plate is positioned at the recess place of connecting plate, when solar panel with respect on the crown top of burner while turning an angle, this location-plate can be assisted fixing to solar panel at the upper crown top of burner.
Wherein, offer a bar shaped locating hole on described location-plate, above-mentioned screw rod is located in bar shaped locating hole and by nut location-plate is locked on screw rod.This screw rod can move at the length direction of bar shaped locating hole on bar shaped locating hole, when solar panel is when deinsectization lamp body turns an angle, location-plate is reconciled interlock displacement because of solar panel at deinsectization lamp body, and this screw rod and bar shaped locating hole can relatively move.Described location-plate comprises the plate body of a rectangle, turns down out the flat tabular connecting portion that forms an angle of inclination with above-mentioned plate body at an edge of plate body, and above-mentioned bar shaped locating hole is arranged on connecting portion along the length direction of location-plate.Turnover place between plate body and connecting portion can back and forth turn down arbitrarily.Described location-plate is an elasticity location-plate, and this location-plate can elasticity be turned back in the bending place of connecting portion and plate body.The object arranging is like this by location-plate, to turn down deformation to limit the rotational angle of solar panel on deinsectization lamp body.
In above-mentioned a kind of insect killing lamp device, the outside of described column is arranged with the charge-conduction that can prevent on High-Voltage Network grid to the insulation sleeve of column, described insulation sleeve and the length of column match, the upper end of described insulation sleeve is resisted against on the lower surface of the crown top of burner, the lower end abutment of described insulation sleeve is on the upper surface of collection worm dish, described insulation sleeve comprises skin and internal layer, described skin and internal layer be independence and be insulator separately, the side of described insulation sleeve has the opening axially running through along column, described opening is provided with the slide fastener made from insulating materials.
Compared with prior art,
1, this device is provided with uncharged protection network grid in the periphery of High-Voltage Network grid, like this when having people to encounter because of carelessness protection network grid, can be not injured because of high voltage electricity yet, protection network grid will effectively separate between personnel and High-Voltage Network grid, thus the safety that has improved this insect killing lamp;
2, this device also column and and its approaching high pressure grizzly bar part between isolation structure is set, both are separated, avoided the possibility of the breakdown generation shelf depreciation of air in this region, guarantee that column is not charged, thus the safety that has improved insect killing lamp.
3, column and and its longitudinal grizzly bar approaching between insulating part two is set, both are separated, avoided the possibility of the breakdown generation shelf depreciation of air in this region, guarantee that column is not charged, thus the safety that has improved insect killing lamp; Easy breakdown area between binding post one and binding post two is also provided with insulating part two, guarantees that both electric arc can not occur, and improves safety; This insulating part two comprises that two insulation that be arranged in parallel are dull and stereotyped, has greatly improved insulating coefficient, breakdown phenomenon can not occur.
4, adopt concave configuration to increase the spacing of High-Voltage Network grid lower end and connection bracket, after insect is electrocuted by High-Voltage Network grid, be difficult for making insect to stay between High-Voltage Network grid lower end and connection bracket, prevent the insect connection bracket of igniting.
5, between solar panel and deinsectization lamp body, be provided with a location structure, can make solar panel there is good daylighting effect, region restriction while making too insect killing lamp with solar panel not use, this solar panel daylighting effect is better.
Accompanying drawing explanation
Fig. 1 is the structure front elevational schematic of this insect killing lamp.
Fig. 2 is that schematic diagram is looked on the structure left side of this insect killing lamp.
Fig. 3 is that this insect killing lamp is removed the structure front elevational schematic after protection network grid.
Fig. 4 is that schematic diagram is looked on the structure left side that this insect killing lamp is removed after protection network grid.
Fig. 5 is column and the structural representation of insulation sleeve in insect killing lamp.
Fig. 6 is the partial schematic sectional view of column and insulation sleeve.
In figure, 1, the upper crown top of burner; 2, collection worm dish; 2a, disk body; 2b, connection bracket; 3, column; 4, High-Voltage Network grid; 41, longitudinal grizzly bar; 41a, grizzly bar group one; 41aa, binding post one; 41b, grizzly bar group two; 41ba, binding post two; 5, insect attractant light; 6, protection network grid; 61, guard boom; 61a, support bar; 61b, laterally protect grizzly bar; 61c, longitudinally protect grizzly bar; 61d, connector; 7, slot; 8, insulating part one; 9, insulating part two; 10, insulation is dull and stereotyped; 11, solar panel; 12, joint pin; 13, connecting plate; 14, jointed shaft; 15, location-plate; 15a, bar shaped locating hole; 16, insulation sleeve; 16a, internal layer; 16b, skin; 17, screw rod; 18, bar shaped body; 19, connecting portion; 20, annulus.
Embodiment
Be below specific embodiments of the invention by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiment.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, this insect killing lamp device comprises the crown top of burner 1 and collection worm dish 2, collection worm dish 2 is positioned at the below of the crown top of burner 1 and both are connected by column 3, between the upper crown top of burner 1 and collection worm dish 2, be provided with High-Voltage Network grid 4, the lower end of the upper crown top of burner 1 is provided with insect attractant light 5, the outside of High-Voltage Network grid 4 is arranged with uncharged protection network grid 6, is provided with and can prevents that High-Voltage Network grid 4 from producing the isolation structure of shelf depreciation to column 3 between column 3 and the outside portion of High-Voltage Network grid 4.
Specifically, the outside of column 3 is arranged with the charge-conduction that can prevent on High-Voltage Network grid 4 to the insulation sleeve 16 of column 3, the length of insulation sleeve 16 and column 3 matches, the upper end of insulation sleeve 16 is resisted against on the lower surface of the crown top of burner 1, the lower end abutment of insulation sleeve 16 is on the upper surface of collection worm dish 2, insulation sleeve 16 comprises outer 16b and internal layer 16a, outer 16b and internal layer 16a be independence and be insulator separately, the side of insulation sleeve 16 has the opening axially running through along column 3, and opening is provided with the slide fastener made from insulating materials.
As shown in Figure 5 and Figure 6, the quantity of High-Voltage Network grid 4 is provided with some, and the preferred version of the present embodiment mesohigh net grid 4 is three, 120 ° of distributions of angle mutually.Centered by the insect attractant light 5 of the above crown top of burner 1 of High-Voltage Network grid 4 outwards radially, single-chip high voltage net grid 4 comprise some with column 3 longitudinal grizzly bar 41 that be arranged in parallel, the two ends that are positioned at outermost longitudinal grizzly bar 41 are connected on the crown top of burner 1 and collection worm dish 2, and above-mentioned isolation structure is arranged between this outermost longitudinal grizzly bar 41 and the two ends of column 3.
Protection network grid 6 comprise some successively left and right join end to end and be distributed in ringwise the guard boom 61 in High-Voltage Network grid 4 outsides, in the present embodiment, be four, every guard boom 61 two ends all have connector 61d, on the upper crown top of burner 1 and collection worm dish 2, all offer several slots 7, connector 61d is plugged in slot 7.Employing is plugged on the interior this inserting mode of slot 7 by connector 61d and is connected, relatively simple for structure, mounts and dismounts all than being easier to, and not too relies on professional instrument.In the present embodiment, the upper crown top of burner 1 and collection worm dish 2 are polygonized structure, and the limit number of the quantity of guard boom 61 and the upper crown top of burner 1 matches.Each limit of the upper crown top of burner 1 or collection worm dish 2 is provided with a guard boom 61, guarantees that the protection of High-Voltage Network grid 4 does not have dead angle.Support bar 61a is insulator, and laterally protecting grizzly bar 61b and longitudinally protecting grizzly bar 61c is also insulator.Three is that insulator has guaranteed that guard boom 61 is for insulator.Guard boom 61 comprises at least two support bar 61a longitudinally, and the quantity of support bar 61a is two in the present embodiment, and lays respectively at the two ends, left and right of guard boom 61.Each support bar 61a, as the edge of every guard boom 61, is conducive to install like this.This guard boom 61 also comprises some laterally protection grizzly bar 61b and longitudinal protection grizzly bar 61c, laterally protect grizzly bar 61b and support bar 61a and longitudinally protect grizzly bar 61c and be connected, the two ends of support bar 61a have above-mentioned connector 61d, in the present embodiment, connector 61d and support bar 61a are integral type structure.When making support bar 61a processing, just can process the size and dimension of connector 61d, simplify operation.Every guard boom 61 use support bar 61a are as skeleton, and it is upper that connector 61d is arranged on support bar 61a, optimized stressing conditions.
Isolation structure comprises the insulating part 1 being connected with collection worm dish 2 and the insulating part 29 being connected with the upper crown top of burner 1, the easy breakdown area of insulating part 1 between column 3 and the lower end of the longitudinal grizzly bar 41 of outermost, the easy breakdown area of insulating part 29 between column 3 and the upper end of the longitudinal grizzly bar 41 of outermost, longitudinal grizzly bar 41 in High-Voltage Network grid 4 comprises grizzly bar group one 41a and grizzly bar group two 41b of two groups of band opposed polarity electric charges, grizzly bar group one 41a and grizzly bar group two 41b have respectively several binding posts one 41aa and binding post two 41ba, in the present embodiment, are respectively two.Easy breakdown area between binding post one 41aa and binding post two 41b a is also provided with insulating part 29.Column 3 and and its longitudinal grizzly bar 41 approaching between insulating part 29 is set, both are separated, avoided the possibility of the breakdown generation shelf depreciation of air in this region, guarantee that column 3 is not charged, thus the safety that has improved insect killing lamp; Easy breakdown area between binding post one 41aa and binding post two 41ba is also provided with insulating part 29, guarantees that both electric arc can not occur, and improves safety; This insulating part 29 comprises two insulation flat boards 10 that be arranged in parallel, has greatly improved insulating coefficient, breakdown phenomenon can not occur.Insulating part 1 comprises at least one insulation flat board 10 longitudinally arranging, the lower end of insulation dull and stereotyped 10 is connected on collection worm dish 2, at least one insulation flat board 10 longitudinally arranging of insulating part 29 enclosed mass, the upper end of insulation dull and stereotyped 10 is connected on the crown top of burner 1, wherein, as preferred version, dull and stereotyped 10 quantity of insulation in each insulating part 1 are one.As preferred version, the quantity of the insulation flat board 10 in each insulating part 29 is two, and both be arranged in parallel.Easily breakdown area is that two air line distances between protected body are less than 4mm.In general be less than the region of 4mm easily by the high-voltage breakdown of this insect killing lamp.
On the upper crown top of burner 1, be hinged with a solar panel 11, the upper end of the upper crown top of burner 1 has the joint pin 12 of the above-mentioned solar panel 11 of a connection, on solar panel 11, be provided with a connecting plate 13 that is concavity, in the recess of above-mentioned joint pin 12 Snap joint plates 13 and by jointed shaft 14, be hinged on connecting plate 13, between solar panel 11 and the upper crown top of burner 1, be provided with one and relatively go up the crown top of burner 1 and turn an angle and solar panel 11 can be fixed on to the location structure on the crown top of burner 1 when solar panel 11.Between solar panel 11 and deinsectization lamp body, be provided with a location structure, this location structure is mainly to turn an angle and solar panel 11 can be fixed on deinsectization lamp body when the relative deinsectization lamp body of solar panel 11, solar panel 11 utilizes this swing feature, can make solar panel 11 there is good daylighting effect, region restriction while making too insect killing lamp with solar panel 11 not use, these solar panel 11 daylighting effects are better.Location structure comprises that one is arranged on solar panel 11 with respect to relatively going up the location-plate 15 that the crown top of burner 1 limits rotational angle on the upper crown top of burner 1 swaying direction and to solar panel 11, radial direction along joint pin 12 on above-mentioned joint pin 12 is installed with a screw rod 17, and screw rod 17 is located on above-mentioned location-plate 15 and with location-plate 15 and is connected mutually.This location-plate 15 is positioned at the recess place of connecting plate 13, when solar panel 11 with respect on the crown top of burner 1 while turning an angle, this location-plate 15 can be assisted fixing to solar panel 11 at the upper crown top of burner 1.
Wherein, offer a bar shaped locating hole 15a on location-plate 15, above-mentioned screw rod 17 is located in bar shaped locating hole 15a and by nut location-plate 15 is locked on screw rod 17.This screw rod 17 can move at the length direction of bar shaped locating hole 15a on bar shaped locating hole 15a, when solar panel 11 is when deinsectization lamp body turns an angle, location-plate 15 is reconciled interlock displacement because of solar panel 11 at deinsectization lamp body, and this screw rod 17 can relatively move with bar shaped locating hole 15a.Location-plate 15 comprises the plate body of a rectangle, turns down out the flat tabular connecting portion 19 that forms an angle of inclination with above-mentioned plate body at an edge of plate body, and above-mentioned bar shaped locating hole 15a is arranged on connecting portion 19 along the length direction of location-plate 15.Turnover place between plate body and connecting portion 19 can back and forth turn down arbitrarily.Location-plate 15 is an elasticity location-plate 15, and this location-plate 15 can elasticity be turned back in the bending place of connecting portion 19 and plate body.The object arranging is like this to limit the rotational angle of solar panel 11 on deinsectization lamp body by location-plate 15 turnover deformation.
The operation principle of this device is as follows: column 3 is used for connecting the crown top of burner 1 and collection worm dish 2, the middle part, lower surface of the upper crown top of burner 1 is provided with insect attractant light 5, High-Voltage Network grid 4 are arranged on the periphery of insect attractant light 5, work as night, insect is under the attraction of the light of insect attractant light 5, to insect attractant light 5 is sudden, hit on High-Voltage Network grid 4, thereby get an electric shock and die, the insect after death drops on collection worm dish 2.High-Voltage Network grid 4 are own with high-tension electricity, and general voltage ratio is higher, and electric current is not very large, but because the periphery of High-Voltage Network grid 4 does not have effective protector at present, thereby thereby cause others' false touch High-Voltage Network grid 4 injured.This device is provided with uncharged protection network grid 6 in the periphery of High-Voltage Network grid 4, like this when having people to encounter because of carelessness protection network grid 6, can be not injured because of high voltage electricity yet, protection network grid 6 will effectively separate between personnel and High-Voltage Network grid 4, thus the safety that has improved this insect killing lamp; This device also column 3 and and its approaching high pressure grizzly bar part between isolation structure is set, both are separated, avoided the possibility of the breakdown generation shelf depreciation of air in this region, guarantee that column 3 is not charged, thus the safety that has improved insect killing lamp.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various modifications or supplement or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Claims (10)
1. an insect killing lamp device, insect killing lamp comprises the crown top of burner (1) and collection worm dish (2), described collection worm dish (2) is positioned at the below of the crown top of burner (1) and both are connected by column (3), between the described upper crown top of burner (1) and collection worm dish (2), be provided with High-Voltage Network grid (4), the lower end of the described upper crown top of burner (1) is provided with insect attractant light (5), it is characterized in that, the outside of described High-Voltage Network grid (4) is arranged with uncharged protection network grid (6), between the outside portion of described column (3) and High-Voltage Network grid (4), be provided with and can prevent that High-Voltage Network grid (4) from producing the isolation structure of shelf depreciation to column (3), described collection worm dish (2) comprises that the disk body (2a) and that is a plate-like is erected at the connection bracket (2b) on disk body (2a), the upper end of above-mentioned High-Voltage Network grid (4) is connected on the crown top of burner (1), it is upper that lower end is connected to described connection bracket (2b), has the concave configuration of its body of an increase and High-Voltage Network grid (4) lower end spacing in described connection bracket (2b).
2. a kind of insect killing lamp device according to claim 1, it is characterized in that, described protection network grid (6) comprise some successively left and right join end to end and be distributed in ringwise the guard boom (61) in High-Voltage Network grid (4) outsides, every guard boom (61) two ends all have connector (61d), on the described upper crown top of burner (1) and collection worm dish (2), all offer several slots (7), described connector (61d) is plugged in described slot (7).
3. a kind of insect killing lamp device according to claim 2, it is characterized in that, described guard boom (61) comprises at least two support bars (61a) longitudinally, this guard boom (61) also comprises some laterally protection grizzly bars (61b) and longitudinal protection grizzly bar (61c), described horizontal protection grizzly bar (61b) and support bar (61a) and longitudinally protect grizzly bar (61c) and be connected, the two ends of described support bar (61a) have above-mentioned connector (61d).
4. according to a kind of insect killing lamp device described in claim 1 or 2 or 3, it is characterized in that, the quantity of described High-Voltage Network grid (4) is provided with some, single-chip high voltage net grid (4) comprise some with column (3) the longitudinal grizzly bar (41) that be arranged in parallel, centered by the insect attractant light (5) of these above crown tops of burner of some High-Voltage Network grid (4) (1) outwards radially, described isolation structure comprises the insulating part one (8) being connected with collection worm dish (2) and the insulating part two (9) being connected with the upper crown top of burner (1), described insulating part one (8) is positioned at the easy breakdown area between column (3) and the lower end of the longitudinal grizzly bar of outermost (41), described insulating part two (9) is positioned at the easy breakdown area between column (3) and the upper end of the longitudinal grizzly bar of outermost (41).
5. a kind of insect killing lamp device according to claim 4, it is characterized in that, longitudinal grizzly bar (41) in described High-Voltage Network grid (4) comprises grizzly bar group one (41a) and the grizzly bar group two (41b) of two groups of band opposed polarity electric charges, described grizzly bar group one (41a) and grizzly bar group two (41b) have respectively several binding posts one (41aa) and several binding posts two (41ba), and described binding post one (41aa) and the easy breakdown area between binding post two (41ba) are also provided with described insulating part two (9).
6. a kind of insect killing lamp device according to claim 5; it is characterized in that; described insulating part one (8) comprises at least one insulation longitudinally arranging dull and stereotyped (10); the lower end of described insulation dull and stereotyped (10) is connected on collection worm dish (2); the described at least one insulation longitudinally arranging of insulating part two (9) enclosed mass dull and stereotyped (10); it is upper that the upper end of described insulation dull and stereotyped (10) is connected in the crown top of burner (1), and described easy breakdown area is that two air line distances between protected body are less than 4mm.
7. according to a kind of insect killing lamp device described in claim 1 or 2 or 3, it is characterized in that, on the described upper crown top of burner (1), be hinged with a solar panel (11), the upper end of the described upper crown top of burner (1) has the joint pin (12) of the above-mentioned solar panel of a connection (11), on solar panel (11), be provided with a connecting plate (13) that is concavity, in the recess of above-mentioned joint pin (12) Snap joint plate (13), also by jointed shaft (14), be hinged on connecting plate (13), between solar panel (11) and the upper crown top of burner (1), being provided with one relatively goes up the crown top of burner (1) when solar panel (11) and turns an angle and solar panel (11) can be fixed on to the location structure on the upper crown top of burner (1).
8. a kind of insect killing lamp device according to claim 7, it is characterized in that, described location structure comprises that one is arranged on solar panel (11) with respect to relatively going up the location-plate (15) that the crown top of burner (1) limits rotational angle on the upper crown top of burner (1) swaying direction and to solar panel (11), in the upper radial direction along joint pin (12) of above-mentioned joint pin (12), be installed with a screw rod (17), described screw rod (17) is located in above-mentioned location-plate (15) above and is connected mutually with location-plate (15).
9. according to a kind of insect killing lamp device described in claim 1 or 2 or 3, it is characterized in that, the outside of described column (3) is arranged with the charge-conduction that can prevent on High-Voltage Network grid (4) to the insulation sleeve (16) of column (3), the length of described insulation sleeve (16) and column (3) matches, the upper end of described insulation sleeve (16) is resisted against on the lower surface of the crown top of burner (1), the lower end abutment of described insulation sleeve (16) is on the upper surface of collection worm dish (2), described insulation sleeve (16) comprises skin (16b) and internal layer (16a), described skin (16b) and internal layer (16a) be independence and be insulator separately, the side of described insulation sleeve (16) has the opening axially running through along column (3), described opening is provided with the slide fastener made from insulating materials.
10. according to a kind of insect killing lamp device described in claim 1 or 2 or 3, it is characterized in that, described concave configuration comprises that one is placed in the bar shaped body (18) of every High-Voltage Network grid (4) below, turn back out upwardly and outwardly respectively at bar shaped body (18) the two ends connecting portion (19) of the longitudinal grizzly bars in both sides (41) of the above-mentioned High-Voltage Network grid of connection (4), the inner of every bar shaped body (18) is connected mutually by an annulus (20), and the outer end of every bar shaped body (18) is connected on above-mentioned column (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110458297.2A CN102524216B (en) | 2011-12-31 | 2011-12-31 | Insect killing lamp device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110458297.2A CN102524216B (en) | 2011-12-31 | 2011-12-31 | Insect killing lamp device |
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| Publication Number | Publication Date |
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| CN102524216A CN102524216A (en) | 2012-07-04 |
| CN102524216B true CN102524216B (en) | 2014-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110458297.2A Active CN102524216B (en) | 2011-12-31 | 2011-12-31 | Insect killing lamp device |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108244075B (en) * | 2016-12-28 | 2023-08-04 | 北京国强博源科技发展有限公司 | Insecticidal lamp short-circuit prevention type power grid and insecticidal lamp with same |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4962611A (en) * | 1983-05-26 | 1990-10-16 | Millard Lance L | Portable electronic insect controller |
| CN2927698Y (en) * | 2006-07-11 | 2007-08-01 | 徐昌春 | High voltage grid structure for insect killing lamp |
| CN101861854A (en) * | 2010-06-24 | 2010-10-20 | 徐昌春 | High-voltage net-boom radiation-type insecticidal lamp of improved structure |
| CN202374926U (en) * | 2011-12-31 | 2012-08-15 | 徐昌春 | Insect killing lamp device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA1169649A (en) * | 1980-12-29 | 1984-06-26 | Delta Promotions, Inc. | Electronic insect killer |
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2011
- 2011-12-31 CN CN201110458297.2A patent/CN102524216B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4962611A (en) * | 1983-05-26 | 1990-10-16 | Millard Lance L | Portable electronic insect controller |
| CN2927698Y (en) * | 2006-07-11 | 2007-08-01 | 徐昌春 | High voltage grid structure for insect killing lamp |
| CN101861854A (en) * | 2010-06-24 | 2010-10-20 | 徐昌春 | High-voltage net-boom radiation-type insecticidal lamp of improved structure |
| CN202374926U (en) * | 2011-12-31 | 2012-08-15 | 徐昌春 | Insect killing lamp device |
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